User Guide for GEBERIT models including: HS05 Hygiene Flush Unit, HS05, Hygiene Flush Unit, Flush Unit, Unit
971.816.00.0(03) - Systemhandbuch Geberit Connect EN
Geberit International AG, CH-8645 Jona
Geberit Selva urinal with integrated control, battery operation | Geberit product catalogue
Geberit HS05 Hygienespülung für Sigma UP-Spülkasten 12 cm, Netzbetrieb | geberit.de
Geberit elektronikus WC öblítés működtetés, elemes működtetés, 12 cm-es Sigma falsík alatti öblítőtartályhoz, Sigma10 működtetőlappal, kerek, felhajtható kapaszkodóhoz, rádiófrekvenciás | Geberit termékkatalógus
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971.816.00.0 03 GEBERIT CONNECT
SYSTEM MANUAL
Table of contents
Table of contents
1
1.1
1.2
1.3
1.4
2
2.1
2.2
2.3
2.4
2.5
3
3.1
3.2
3.3 3.3.1 3.3.2
4
4.1 4.1.1 4.1.2 4.1.3 4.1.4 4.1.5 4.1.6 4.1.7 4.1.8 4.1.9
4.2 4.2.1 4.2.2
4.3 4.3.1 4.3.2
4.4
4.5
4.6 4.6.1 4.6.2
4.7 4.7.1 4.7.2
About this document .................................................................................... 6
Purpose.................................................................................................................................... 6
Related documents .................................................................................................................. 6
Marketing and sales contact person ........................................................................................ 6
Change history ......................................................................................................................... 7
Safety ............................................................................................................. 8
Target group............................................................................................................................. 8
Safety notes ............................................................................................................................. 8
Data protection......................................................................................................................... 8
Availability ................................................................................................................................ 8
Qualified persons involved ....................................................................................................... 9
System overview ........................................................................................... 11
Topology overview ................................................................................................................... 11
Components overview.............................................................................................................. 12
Applications.............................................................................................................................. 14 Drinking water hygiene............................................................................................................. 14 Facility management ................................................................................................................ 17
System components ..................................................................................... 18
Geberit Gateway ...................................................................................................................... 18 Intended use ............................................................................................................................ 18 Safety notes ............................................................................................................................. 18 Structure................................................................................................................................... 19 Technical data.......................................................................................................................... 20 Simplified EU declaration of conformity ................................................................................... 20 Wired interfaces ....................................................................................................................... 20 Wireless interfaces................................................................................................................... 21 LED display .............................................................................................................................. 21 Installation ................................................................................................................................ 23
Geberit bus converter for urinals and washbasin taps ............................................................. 26 Technical data.......................................................................................................................... 26 LED display .............................................................................................................................. 26
Geberit bus converter with integrated power supply unit ......................................................... 27 Technical data.......................................................................................................................... 27 LED display .............................................................................................................................. 27
Geberit bus cable (GEBUS cable) ........................................................................................... 28
Terminal block for Geberit Gateway......................................................................................... 29
Geberit Connect end devices................................................................................................... 30 Connection of end devices via GEBUS ................................................................................... 32 Connection of the end devices via Bluetooth® ........................................................................ 33
Geberit Control app.................................................................................................................. 34 Scope of function ..................................................................................................................... 35 Protocols .................................................................................................................................. 36
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5
5.1
5.2
5.3
5.4
5.5 5.5.1 5.5.2 5.5.3
5.5.4 5.5.5 5.5.6 5.5.7
5.5.8
5.5.9
5.6 5.6.1 5.6.2 5.6.3 5.6.4 5.6.5 5.6.6
5.7
5.8
5.9
5.10 5.10.1 5.10.2
5.11 5.11.1
5.12 5.12.1 5.12.2
6
6.1
6.2
6.3
6.4
6.5
6.6
6.7
6.8
6.9
6.10
6.11
Planning ......................................................................................................... 41
General planning rules ............................................................................................................. 41
Planning rules for connection via GEBUS ............................................................................... 42
Additional planning rules for connection via Bluetooth®.......................................................... 45
Zone division ............................................................................................................................ 46
Connection of the end devices to Geberit Gateway................................................................. 48
Connection of Geberit types 80 / 185 / 186 and Geberit Bambini washbasin taps .................. 48
Connection of Geberit Piave and Brenta washbasin taps........................................................ 49
Connection of Geberit urinal flush controls with electronic flush actuation, with types 01 /
50
10 / 20 / 40 / 50 cover plate ..................................................................................................... Connection of Geberit Preda, Selva and Tamina urinals, with integrated flush control ........... 51 Connection of Geberit WC flush controls with electronic flush actuation ................................. 52 Connection of the Geberit HS50 hygiene flush units ............................................................... 54 Connection of the Geberit HS30 and HS50 hygiene flush units in the concealed cistern with 55
Geberit bus converter...............................................................................................................
Connection of Geberit HS50 hygiene flush units in the concealed cistern with external
56
power supply unit ..................................................................................................................... Connection of Geberit temperature and volumetric flow rate sensors for GEBUS .................. 57
Geberit Hygiene System (GHS) ............................................................................................... 58 Geberit Connect end devices and sensors for GHS ................................................................ 58 Single operation and connected operation .............................................................................. 60 Operation modes...................................................................................................................... 61 Flushing programmes for GHS ................................................................................................ 62 Positioning the sensors ............................................................................................................ 73 Application examples for GHS ................................................................................................. 76
Connection to building automation systems ............................................................................ 80
Connection to Geberit Cloud.................................................................................................... 82
Network settings....................................................................................................................... 83
Practical example 1: Connection of the end devices via Geberit Bus (GEBUS)...................... 84 Required components for connectivity ..................................................................................... 85 EDE file for building automation............................................................................................... 85
Practical example 2: Connection of the end devices via Bluetooth®, battery operation.......... 86 Required components for connectivity ..................................................................................... 87
Practical example 3: Connection of the end devices via Bluetooth®, retrofitting..................... 88 Required components for retrofitting........................................................................................ 89 General procedure for retrofitting with Geberit Connect .......................................................... 89
Commissioning ............................................................................................. 91
Commissioning procedure ....................................................................................................... 91 Checking requirements ............................................................................................................ 92 Connecting Geberit Control app to Geberit Gateway .............................................................. 93 Assigning end devices connected via GEBUS ........................................................................ 95 Assigning end devices connected via Bluetooth ...................................................................... 99 Configure LAN/WLAN .............................................................................................................. 102 Configuring BACnet/IP ............................................................................................................. 103 Making settings for Geberit Connect end devices ................................................................... 105 Recording flushing programmes for Geberit Hygiene System (GHS)...................................... 107 Creating and transferring the commissioning report ................................................................ 110 Finalising commissioning ......................................................................................................... 111
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7
7.1 7.1.1 7.1.2 7.1.3
7.2
7.3 7.3.1 7.3.2
7.4
7.5
7.6 7.6.1 7.6.2 7.6.3
7.7
7.8
7.9
8
8.1
8.2
9
9.1
9.2 9.2.1 9.2.2 9.2.3
9.3
9.4
9.5
9.6
Use.................................................................................................................. 112
Operating and configuring end devices ................................................................................... 112 Centralised operation ............................................................................................................... 112 Local operation......................................................................................................................... 114 Functions per zone................................................................................................................... 116
Setting the operation mode for the Geberit Hygiene System (GHS) ....................................... 117
Managing zones and end devices ........................................................................................... 118 Adding end devices.................................................................................................................. 118 Managing zones and removing end devices............................................................................ 118
Replacing end device............................................................................................................... 120
Displaying and evaluating logs ................................................................................................ 122
Updating firmware .................................................................................................................... 123 Firmware update with USB stick .............................................................................................. 123 Firmware update with Geberit cloud services .......................................................................... 124 LED sequence during firmware update of the Geberit Gateway.............................................. 124
Troubleshooting ....................................................................................................................... 125
Deactivating the Bluetooth® connection .................................................................................. 128
Decommissioning the Geberit Connect system ....................................................................... 129
Disposal ......................................................................................................... 130
Constituents ............................................................................................................................. 130
Disposal of waste electrical and electronic equipment ............................................................ 130
Appendix ........................................................................................................ 131
List of abbreviations ................................................................................................................. 131
Checklists................................................................................................................................. 132 Planning ................................................................................................................................... 132 Installation ................................................................................................................................ 133 Commissioning......................................................................................................................... 134
Electrical diagram (GEBUS, network, LAN) ............................................................................. 135
Geberit Gateway BACnet certificate ........................................................................................ 136
BACnet objects ........................................................................................................................ 137
EDE file for practical example 1 ............................................................................................... 149
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1 About this document
1.1 Purpose
1 About this document
1.1 Purpose
This system manual describes the connectivity between all Geberit Connect-enabled devices. It contains all the information required for the purposes of planning, installation, commissioning and operation.
1.2 Related documents
This system manual contains comprehensive information on connectivity of Geberit Connect-enabled end devices. The following product-specific instructions are not included. These are available either as a product supplement or in the online product catalogue. · Installation instructions for the end devices and system components · Operating and maintenance instructions for the end devices The product range can be viewed in the online catalogues of the relevant sales companies.
1.3 Marketing and sales contact person
For competent advice on Geberit Connect, please contact the relevant Geberit sales company.
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1.4 Change history
1 About this document
1.4 Change history
Date
Changed by
01/07/2023 J. Vollenweider
20/11/2023 J. Vollenweider
01/05/2024 J. Vollenweider 01/12/2024 J. Vollenweider
Type of change Newly created Geberit Gateway:
Versions
This document: 00 Geberit Gateway firmware: 02 Geberit Control app: 1.4
· WLAN support
Geberit Control app:
· Notifications by email · Service request · Extended malfunction diagnosis · Extended log functions
This document: 01 Geberit Gateway firmware: 03 Geberit Control app: 1.5
· Centralised and local access to end devices
· Simplified firmware update via Geberit Cloud
Geberit Connect end devices:
· Geberit temperature and volumetric flow rate sensors for GEBUS
Geberit Control app and Geberit Gateway:
· Flushing programmes for Geberit Hygiene System (GHS)
· Support for the Geberit temperature and volumetric flow rate sensors for GEBUS
Geberit Control app and Geberit Gateway:
This document: 02 Geberit Gateway firmware: 05 Geberit Control app: 1.6
· Extension of the flushing programmes
for Geberit hygiene system (GHS)
This document: 03
· Extension of the protocols
Geberit Gateway firmware: 06 Geberit Control app: 1.8
This document:
· Checklist and electrical diagram in the appendix
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2 Safety
2.1 Target group
2 Safety
2.1 Target group
This system manual is intended for professionals who are entrusted with the connectivity of Geberit Connect end devices. These are, for example: · Plumbers with experience in the field of building automation or with appropriate training
provided by Geberit · Qualified electricians · Building computer technician · Technical building equipment planners · Network technicians · Facility managers · Systems integrators A qualified professional is a person who, due to their specialist education, training and/or experience, is qualified to recognise risks and avoid hazards that may arise when planning, installing and using the products.
2.2 Safety notes
When using Geberit Connect devices, the following safety instructions must be observed: · The laying and connection of cables may only be carried out by trained electricians. · Disconnect the power supply before connecting the cables. · Protect the place of installation from moisture. · Only carry out the installation within the defined protective areas in the bathroom and
take the appropriate safety measures. · Only use original spare parts when making repairs. · Do not modify the product or add any additional modules. The safety instructions enclosed with the devices must also be observed.
2.3 Data protection
All information on data protection when using Geberit mobile apps and IoT services is contained in the Conditions of Use and the Privacy Policy of the Geberit Control app. The Conditions of Use must be accepted during installation of the Geberit Control app.
2.4 Availability
Geberit ensures the functionality of the Geberit Connect devices over their entire service life. Functionality is ensured by the availability of spare parts and by firmware updates. The spare parts availability for Geberit Connect devices is based on the General Terms and Conditions of the respective Geberit sales company. The spare parts availability is usually 10 years from the last year of production.
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2.5 Qualified persons involved
2 Safety
2.5 Qualified persons involved
Planning, installation and commissioning of a Geberit Connect system may only be carried out by qualified persons. Typically, the following qualified persons are involved:
Task
Qualified person
Additional information
Planning
Determining the placement of Geberit Connect end devices.
Plumber, electrician, Geberit qualified person
Determining the placement of the Geberit Gateway.
Building automation specialist, qualified electrician, Geberit qualified person
See "Planning", page 41.
Determining cable routing.
Qualified electrician, Geberit qualified person
Defining functionality in the building automation system.
See "Connection to building
Building automation specialist, automation systems",
building IT technician, systems page 80.
integrator
See "BACnet objects",
page 137.
Defining functionality of the Geberit Hygiene System (GHS) for maintaining drinking water hygiene.
Sanitary engineer
See "Geberit Hygiene System (GHS)", page 58.
Installation
Mounting end devices and Geberit bus converters.
Plumber
See the installation instructions for the specific end devices and Geberit bus converters.
Mounting Geberit Gateway.
Qualified electrician
See the installation manual for the Geberit Gateway.
Pulling in the Geberit bus cable (GEBUS cable).
Qualified electrician
See "Geberit bus cable (GEBUS cable)", page 28.
Routing the mains cable (230 V AC) to Geberit Connect end devices and Geberit Qualified electrician Gateway.
See the installation instructions for the specific end devices and Geberit bus converters. See the installation manual for the Geberit Gateway.
Routing LAN cable to Geberit Gateway. Qualified electrician
Commissioning
Assigning end devices via the GEBUS or Geberit qualified person,
Bluetooth® to the Geberit Gateway.
plumber
Making settings for the end devices. Configuring LAN/WLAN and BACnet/IP.
Geberit qualified person,
plumber
Geberit qualified person,
See "Commissioning",
building automation technician, page 91.
building computer technician,
systems integrator
Configuring Geberit Hygiene System (GHS).
Geberit qualified person, plumber
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2 Safety
Task Operation Reading out and processing logs. Maintaining end devices.
2.5 Qualified persons involved
Qualified person
Additional information
Building operator Building operator, plumber
See "Use", page 112.
2 / 2
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3.1 Topology overview
3 System overview
3 System overview
3.1 Topology overview
Geberit Connect end devices such as washbasin taps, urinal flush controls, WC flush controls or hygiene flush units are connected via a Geberit bus cable (GEBUS cable) to a Geberit Gateway. Alternatively, the end devices can also be connected via Bluetooth® Low Energy (BLE)1). Mixed operation (GEBUS/ Bluetooth®) is also possible. A maximum of 30 end devices can be connected to one Geberit Gateway, of which a maximum of 10 end devices can be connected via Bluetooth®. The Geberit Gateway monitors and controls the connected end devices.
A Geberit Connect system consists of a Geberit Gateway and the assigned Geberit Connect end devices.
A Geberit Gateway is integrated into higher-level systems such as building automation systems via LAN. Currently, the BACnet/IP2) network protocol is supported. The Geberit Cloud Services can be used via LAN or WLAN.
The Geberit Control app is available for controlling and monitoring the end devices via the Geberit Gateway. The Geberit Control app communicates with the Geberit Gateway byBluetooth®.
1) The Bluetooth® brand and its logos are the property of Bluetooth SIG, Inc. and are used under licence by Geberit. 2) BACnet is a trademark of the American Society of Heating, Refrigeration and Air-Conditioning Engineers
(ASHRAE). BACnet certificates for Geberit products are available at: https://www.bacnetinternational.net/btl/search.php.
Geberit Cloud
Building automation system
/$1:/$1
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GEBUS or BLE
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WC flush control
Urinal, Urinal flush
control
Washbasin taps
Figure 1: Geberit Connect topology
Hygiene flush unit
Sensor for GEBUS
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3 System overview
3.2 Components overview
3.2 Components overview
The following components are available for Geberit Connect:
Category
Component
Geberit Gateway
Description
See "Geberit Gateway", page 18.
Geberit installation box for Gateway
See "Geberit Gateway", "Installation", page 23.
Geberit bus converter for urinals, concealed See "Geberit bus
urinal flush controls and washbasin taps
converter", page 26.
Network components
Geberit bus converter with integrated power supply unit, for WC flush controls and hygiene flush units in concealed cisterns
See "Geberit bus converter with power supply unit", page 27.
Geberit bus cable (GEBUS cable)
See "Geberit bus cable (GEBUS cable)", page 28.
Terminal block for Geberit Gateway
See "Terminal block for Geberit Gateway", page 29.
Geberit set of cables for GEBUS interface, for Geberit HS50 hygiene flush unit
See "Connection of the Geberit HS50 hygiene flush units", page 54.
Geberit types 80 / 185 / 186 and Geberit Bambini washbasin taps (networkable from 2025)
Geberit Connect end devices1)
Geberit Piave and Brenta washbasin taps
Geberit urinal flush controls with electronic flush actuation, with types 01 / 10 / 20 / 40 / 50 cover plate
See "Geberit Connect end devices", page 30.
Geberit Preda, Selva and Tamina urinals with integrated flush control
· Geberit WC flush controls with electronic flush actuation
· Geberit HS05 hygiene flush unit
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3.2 Components overview
3 System overview
Category
Component
Description
Geberit HS30 and HS50 hygiene flush units
Geberit Connect end devices1)
Geberit HS30 and HS50 hygiene flush units in concealed cisterns
See "Geberit Connect end devices", page 30.
GEBUS sensors:
· Geberit temperature and volumetric flow rate sensors for GEBUS
· Geberit temperature sensors for GEBUS
Software
Geberit Control app
See "Geberit Control app", page 34.
2 / 2 1) Geberit Connect-enabled end devices are marked with the Geberit Connect logo on the specification plate.
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3 System overview
3.3 Applications
3.3 Applications
The following chapters describe various applications for the connectivity of Geberit Connect end devices.
3.3.1 Drinking water hygiene
Drinking water is obtained from various sources and contains micro-organisms as well as nutrients and minerals. The quality of drinking water is strictly monitored by the water supplier to ensure that it is of high quality. Responsibility for drinking water quality in buildings, however, lies with the operator. Harmful microorganisms can multiply if the water in the pipes stagnates or heats up. Stagnation and lukewarm water provide good conditions for the growth of bacteria such as legionella. The proliferation of legionella increases as the water temperature rises.
To avoid stagnation and unacceptable water temperatures, the requirements for drinking water hygiene must be taken into account when designing a piping system. All information on the design of piping systems can be found in the competence brochures and planning and installation guides provided by the relevant Geberit sales company.
To ensure drinking water hygiene, the drinking water in the supply pipes must be replaced regularly and a cold water temperature of 25 °C should not be exceeded. Water replacement is usually guaranteed with regular use of the extraction points. Controlling automatic water replacement is recommended if regular use cannot be guaranteed (for example, due to holiday absences or reutilisations). Country-specific requirements must also be met.
The Geberit Hygiene System (GHS) includes all the necessary components to optimally fulfil these requirements. Brochures on the GHS are also available from the relevant Geberit sales company.
The following examples show various applications of the GHS to ensure automatic water replacement:
Example 1: Water replacement with Geberit urinal
The urinal at the end of the cold-water pipe ensures water replacement. Urinal flush control interval flush is activated with the Geberit Control app. A flush is triggered after a defined interval has elapsed.
Geberit Control app
Geberit urinal flush control
Figure 2: Example 1: Water replacement with Geberit urinal Another sanitary appliance at the end of the cold-water pipe can also be used instead of the urinal.
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3.3 Applications
3 System overview
Example 2: Water replacement with connected Geberit HS50 hygiene flush unit and GEBUS sensors
The Geberit HS50 hygiene flush unit in concealed cistern and GEBUS sensors are connected to the Geberit Gateway by the Geberit bus (GEBUS).
Water replacement is guaranteed by the Geberit HS50 hygiene flush unit in the concealed cistern at the end of the cold and hot-water pipes. A Geberit temperature and volumetric flow rate sensor for GEBUS (T/V sensor) records the cold water pipe water volume flushed by the sanitary appliances at specific intervals. After the interval has elapsed, the remaining water volume is flushed through by the HS50 hygiene flush unit.
The following flushing programmes run in Geberit Gateway:
· Cold water, difference flush with GEBUS sensor: A flush is triggered after an interval has elapsed. It depends on the flush volume that has already been flushed through use.
· Hot water, interval flush: A flush is triggered after a defined interval has elapsed, regardless of the use of the sanitary appliances.
Geberit Control app
Geberit Gateway
T/V sensor
Geberit HS50 hygiene flush unit in concealed cistern
Figure 3: Example 2: Water replacement with connected end devices and GEBUS sensors Instead of a volumetric flow rate sensor, the water volume flushed can also be recorded centrally in the Geberit Gateway based on the use of the end devices. Another Geberit Connect end device at the end of the cold water pipe can also be used to flush the cold water pipe. A total of 60 flushing programmes per Geberit can be entered Gateway. The flushing programmes can be used with all Geberit Connect end devices that are compatible with GHS. For example, a urinal can also be used for temperature-based flushes. For more examples see "Application examples for GHS", page 76. Recording all flushing processes All flushing processes on the end devices connected to the Geberit Gateway can be accessed in the Geberit Control app. This means that compliance with drinking water hygiene can be verified at any time. Recording temperatures and volumetric flow rates The Geberit temperature and volumetric flow rate sensors for GEBUS can be used to monitor temperatures and volumetric flow rates in the Geberit Connect system. A sensor log can be accessed in the Geberit Control app.
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3 System overview
3.3 Applications
Flexible flushing programmes with building automation
All end devices and GEBUS sensors can be integrated into a building automation system with the Geberit Gateway and BACnet/IP. This gives the user full flexibility to specify flushing programmes for specific buildings.
Further information on drinking water hygiene can be found in the corresponding publications of the Geberit sales companies.
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3.3 Applications
3 System overview
3.3.2 Facility management
Users of public or semi-public sanitary facilities expect cleanliness and proper functioning of the sanitary appliances. The operator wants to implement these requirements as cost-effectively and efficiently as possible.
Geberit Connect provides the necessary data and functions for this, such as:
· Activating cleaning mode for all Geberit Connect end devices in a zone Save time during cleaning
· Record the number of uses Save money with needs-based cleaning intervals in the sanitary room Save money with needs-based maintenance intervals of the specific end devices
· Central malfunction indication Shorter downtimes in the event of malfunctions
· Firmware updates for Geberit Gateway and end devices Ensuring functionality and safety
Data points for integration into a building automation system are available for Geberit Gateway and all end devices. See "Connection to building automation systems", page 80. The evaluation of data must be programmed on the building automation system side.
The Geberit Control app is suitable for on-site access to Geberit Connect end devices.
Data evaluation Triggering actions
Building automation system
Integration of the data points for Geberit Gateway and end devices
Configuration of the end devices On-site malfunction diagnosis
Statistical data of the end devices
Firmware updates
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Figure 4: Example of data and functions for facility management
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4 System components
4 System components
4.1 Geberit Gateway
4.1 Geberit Gateway
4.1.1 Intended use
The Geberit Gateway is intended for connectivity of Geberit Connect end devices and integrating them into higher-level systems.
4.1.2 Safety notes
When using the Geberit Gateway, the following safety instructions must be observed:
DANGER Electric shock Incorrect installation can lead to death or serious injuries.
Only trained electrically skilled persons are permitted to set up the electrical connection.
Disconnect the power supply before connecting the cables. Only carry out the installation within the defined protective areas and take the
appropriate safety measures.
· Only install in a concealed housing (installation box) or in an electrical distribution cabinet with a lockable door.
· The place of installation must be protected from moisture. · Do not route the electrical connection via switched elements such as key switches,
timers or hotel card switches. · Only use the power supply of the Geberit bus cable (24 V) to supply the connected
Geberit Connect end devices. · Have contact protection dismantled by a qualified electrician only. · Only operate the pairing button when contact protection is fitted. · Ensure access to the Geberit Gateway for all types of mounting. · Route the GEBUS cable in a conduit pipe. · Only use original spare parts when making repairs. · Do not modify the product or carry out additional installations.
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4.1 Geberit Gateway
4.1.3 Structure
1234
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GW21-A 894.010.00.0 RS00 110240 V~ / 5060 Hz / 20 W MFC 06/22 Ta 40 °C F5009876543 00:64:E4:23:8A:25 2514789548721329
4 System components
Figure 5: Geberit Gateway
1
USB port, rear
2
Pairing secret
3
Specification plate
4
Pairing button
5
LAN connection (Ethernet)
6
Antenna for Bluetooth® and WLAN
7
Mains connection LED
8
USB port, front
9
Cloud LED
10
LAN/WLAN LED
11
Connect LED
12
Bluetooth® LED
13
Mains connection (110240 V AC)
14
Connection for Geberit bus (GEBUS)
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4 System components
4.1.4 Technical data
Nominal voltage Mains frequency Power consumption Protection class Degree of protection Ambient temperature Relative humidity Power reserve of the real-time clock Width Height Depth
110240 V AC 5060 Hz 25 W I IPX4 (mounted in concealed housing) 040 °C < 100 %
Typically 72 h
12 cm 9.2 cm 4.3 cm
4.1 Geberit Gateway
4.1.5 Simplified EU declaration of conformity
Geberit International AG hereby declares that the Geberit Gateway radio equipment type is in compliance with Directive 2014/53/EU.
The full text of the EU declaration of conformity is available at the following internet address: https:// doc.geberit.com/971243000.pdf
4.1.6 Wired interfaces
The Geberit Gateway has the following wired interfaces:
Interface Geberit bus (GEBUS)
LAN USB port, front USB port, rear
Properties Use Interface type Voltage level Output power Connection
Specification
Use
Standards Transmission rate Connection Recommendation for connection cable Use Connection Use Connection
To integrate the Geberit Connect end devices RS485 with proprietary protocol 24 V DC Max. 15 W 4-pole plug See "Geberit bus cable (GEBUS cable)", page 28. For connection with Geberit cloud services and building automation system Fast Ethernet, 100BASE-T, Gigabit Ethernet 1,000 Mbit/s 1x RJ45
At least Cat 5
For firmware update and diagnosis 1x USB 2.0 type A, max. 100 mA For future extensions 1x USB 2.0 type A, max. 100 mA
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4.1 Geberit Gateway
4 System components
4.1.7 Wireless interfaces
The Geberit Gateway has the following wireless interfaces:
Interface Bluetooth®
WLAN
Characteristic Use Wireless technology Frequency range Maximum output power Use Wireless technology Frequency range Maximum output power
To communicate with the Geberit Control app Bluetooth® Low Energy 24002483.5 MHz 10 dBm For wireless connection to Geberit Cloud Services Wi-Fi 2.4 GHz and 5 GHz (channels for Europe region) 20 dBm
4.1.8 LED display
The behaviour of the LEDs is shown in this document as follows: LED dark LED lit
LED flashes LED flashes alternately
The Geberit Gateway has the following LED indicators:
LED
Status
Description
No mains voltage
Electrical connection
Start-up process or firmware update active
Geberit Gateway ready for operation
Bluetooth® deactivated
Bluetooth® active, no connection to the Geberit Control app
Bluetooth® (connection to Geberit Control app)
Pairing via Bluetooth® active
Connected to the Geberit Control app New firmware version available for Geberit Gateway, start firmware update via Geberit Control app Geberit Gateway not configured
Localisation of the Geberit Gateway, for example via BACnet
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LED
Status
Connect (connection of the end devices via GEBUS or Bluetooth®)
LAN/WLAN
Cloud (for Geberit Cloud Services)
4.1 Geberit Gateway
Description End devices assigned via GEBUS or Bluetooth®, no error
Connectivity of the end devices via GEBUS is started
Firmware update active for one or more end devices One or more end devices have more recent firmware than the Geberit Gateway New, unassigned end device detected · Short circuit or overload on GEBUS · One or more end devices not reachable · Firmware update for end device failed LAN/WLAN deactivated
LAN/WLAN connection active, no error
Configured WLAN connection cannot be established Invalid network configuration · DHCP configured, but no server reachable · Manually configured, but IP addresses are missing Cloud connection deactivated
Connection to the cloud server established, no error
Connection is established
Cloud version is not supported
Error when establishing a connection
2 / 2
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4.1 Geberit Gateway
4 System components
4.1.9 Installation
The Geberit Gateway can be mounted in a concealed installation box or in a control cabinet. For surface mounting, a control cabinet must be used to ensure contact protection. Access to the Geberit Gateway must be ensured for all types of mounting. Concealed installation in an installation box
Figure 6: Mounting in installation box
The installation box is intended for concealed installation in solid or drywall construction. The installation box can be mounted on Geberit Duofix or Geberit GIS mounting plates or on a Geberit Duofix element for washbasins.
The following cover plates are available to cover the service opening of the installation box:
· Geberit cover plate for concealed function box, art. no. 116.425.11.1 · Geberit flush-mounted cover plate for concealed function box, art. no. 116.421.00.1
Installation rules:
· When mounting in the installation box, the protection cover must always be mounted so that contact protection is fixed below the Geberit Gateway.
· The installation box is not suitable for surface mounting.
See 971.375.00.0 (installation box) and 971.356.00.0 (Geberit Gateway) installation manuals.
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Mounting in the control cabinet
4.1 Geberit Gateway
Figure 7: Mounting in the control cabinet
The Geberit Gateway can be mounted in standard control cabinets on 35 mm DIN top-hat rails. Plastic control cabinets are preferable so that communication via Bluetooth® and WLAN is not impaired.
Figure 8: Dimensions for mounting on DIN top-hat rails See 971.356.00.0 (Geberit Gateway) installation manual.
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4.1 Geberit Gateway
4 System components
DANGER
Electric shock Provide a cover in the control cabinet to protect against contact with the 230 V AC plug.
A sufficiently large opening for the LEDs must be provided in the cover of the control cabinet. If the entire Geberit Gateway is to be visible, an opening with a width of 8 pitch units must be provided.
Figure 9: Minimum size of the openings in the control cabinet cover
The terminal block, art. no. 116.492.00.1, is available for connecting the GEBUS cable of the Geberit end devices to the Geberit Gateway. The terminal block can be plugged onto the top-hat rail.
****
Figure 10: Terminal block for connecting the GEBUS cable
ATTENTION
Malfunctions due to live lines Do not run 230 V AC cables in parallel under the Geberit Gateway in the control cabinet.
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4.2 Geberit bus converter for urinals and washbasin taps
4.2 Geberit bus converter for urinals and washbasin taps
Geberit bus converters are used to connect the following Geberit Connect end devices to the Geberit bus (GEBUS):
· Geberit Piave and Brenta washbasin taps (Geberit bus converter, art. no. 116.371.00.1) · Geberit urinal flush controls with electronic flush actuation, with type 01 / 10 / 20 / 40 / 50 cover plate
(Geberit bus converter, art. no. 116.371.00.1) · Geberit Preda, Selva and Tamina urinals, with integrated flush control (Geberit bus converter, art. no.
116.370.00.1)
Geberit bus converters are available as accessories and are mounted in the function box of the Geberit Connect end device instead of the power supply unit. See 970.195.00.0 and 970.196.00.0 installation manuals. The power supply of the Geberit bus converter and the end device is provided via the GEBUS cable.
ATTENTION
Malfunctions in end devices with Geberit bus converters For end devices with Geberit bus converters, the control unit and the Geberit bus converter are linked together. Replacing Geberit bus converters between end devices leads to malfunctions.
Do not replace Geberit bus converters between end devices.
4.2.1 Technical data
Operating voltage Output voltage Protection class Degree of protection Ambient temperature
24 V DC, via GEBUS 4.5 V DC III IPX4 540 °C
4.2.2 LED display
Status
Description
No power supply via GEBUS
Normal operation, no error
Addressing via GEBUS pending If the LED does not change to green approx. 60 seconds after power-on,
check the GEBUS cable. · Voltage at GEBUS too low, end device is not powered · GEBUS cable incorrectly connected
Localisation of the end device, for example via BACnet
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4.3 Geberit bus converter with integrated power supply unit
4 System components
4.3 Geberit bus converter with integrated power supply unit
Geberit bus converter, art. no. 116.097.00.1, is used to connect the following Geberit Connect end devices to the Geberit bus (GEBUS):
· Geberit WC flush controls with electronic flush actuation · Geberit HS05 hygiene flush unit · Geberit HS30 and HS50 hygiene flush units in concealed cisterns
Geberit bus converter is available as an accessory and is mounted in the installation element. See 971.628.00.0 installation manual. Geberit bus converter contains an integrated power supply unit for supplying power to the Geberit Connect end device in the installation element.
Geberit bus converter must be connected to the red plug on the Geberit Connect end device. Geberit bus converter is not compatible with older end devices without a red plug.
ATTENTION
Malfunctions in end devices with Geberit bus converters For end devices with Geberit bus converters, the control unit and the Geberit bus converter are linked together. Replacing Geberit bus converters between end devices leads to malfunctions.
Do not replace Geberit bus converters between end devices.
4.3.1 Technical data
Nominal voltage Mains frequency Output voltage Output power Degree of protection Ambient temperature
90260 V AC 5060 Hz 12 V DC 12 W IPX4 540 °C
4.3.2 LED display
Status
Description
No mains voltage
Normal operation, no error
Addressing via GEBUS pending If the LED does not change to green approx. 60 seconds after power-on,
check the GEBUS cable. · Voltage at GEBUS too low, end device is not powered · GEBUS cable incorrectly connected
Localisation of the end device, for example via BACnet
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4.4 Geberit bus cable (GEBUS cable)
4.4 Geberit bus cable (GEBUS cable)
The GEBUS cable can be obtained from Geberit or procured on site.
The GEBUS cable is available from Geberit under art. no. 116.493.00.1 (length 100 metres) and 116.493.00.5 (length 500 metres).
The following specifications must be observed for on-site procurement:
Cores
Number
4
Design Cross-section
Stranded wire, twisted in pairs, without shielding 22 AWG (0.35 mm2)
Conductor resistance per core 58 /km
Colours
Pair 1 (G1/G2): white/brown Pair 2 (G3/G4): green/yellow
Core material
Copper
Material insulation
PE
Jacketing
Design
LSZH, flame retardant, halogen-free
In addition, the country-specific regulations and the requirements of the installation situation must be observed.
GEBUS plug assignment
****
G1 VBUS (24 V DC) G2 GND G3 RS485 A (D-) G4 RS485 B (D+)
white brown green yellow
It is recommended to use a cable with these wire colours (GEBUS cable or on-site cable with identical wire colours). The wire colours are matched to the colours of the terminal block in the Geberit installation box and thus simplify troubleshooting.
Cabling
To ensure that the GEBUS cable is sufficiently protected, it must be laid in a conduit pipe.
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4.5 Terminal block for Geberit Gateway
4.5 Terminal block for Geberit Gateway
4 System components
The terminal block serves as a node for connecting the GEBUS cables of the individual Geberit Connect end devices to the Geberit Gateway.
The terminal block is included in the Geberit installation box, art. no. 116.491.00.1. For mounting in the control cabinet, the terminal block is also available as an accessory with art. no. 116.492.00.1.
Figure 11: Terminal block in the installation box (left) and mounted on a top-hat rail for control cabinet installation (right)
GEBUS cable of the end devices
GEBUS cable to the Geberit Gateway
Figure 12: Example for the connection of 3 Geberit Connect end devices with the Geberit Gateway
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4.6 Geberit Connect end devices
4.6 Geberit Connect end devices
The following Geberit Connect end devices can be used with Geberit Connect. Depending on the end device, the connection to the Geberit Gateway is established via GEBUS (directly or via Geberit bus converter) or via Bluetooth®.
End device1)
Compatible with Geberit Control app, Connection to Geberit Gateway via Bluetooth®
Geberit types 80 / 185 / 186 and Geberit Bambini washbasin taps (networkable from 2025)
Geberit urinal flush controls with electronic flush actuation, with types 01 / 10 / 20 / 40 / 50 cover plate
Geberit Piave and Brenta washbasin taps
Connection to Geberit Gateway via GEBUS
Not possible
With Geberit bus converter for concealed urinal flush controls and washbasin taps, art. no. 116.371.00.1
Power supply
Mains, battery or generator
24 V DC from GEBUS to Geberit bus converter Battery (connection via Bluetooth® only)
Geberit Preda, Selva and Tamina urinals with integrated flush control
Geberit WC flush controls with electronic flush actuation, Geberit HS05 hygiene flush units
Geberit HS30 hygiene flush units
Geberit HS50 hygiene flush units
24 V DC from GEBUS to
Geberit bus converter
With Geberit bus converter for Preda,
Battery (connection via Bluetooth® only)
Selva and Tamina urinals,
art. no. 116.370.00.1
230 V AC to power supply
unit in the Geberit bus
With Geberit bus
converter
converter with integrated Battery (connection via
power supply unit, art. no. Bluetooth® only)
116.097.00.1
Not possible
230 V AC to power supply
Direct, with cable for
unit
GEBUS interface, art. no.
616.238.00.1
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4.6 Geberit Connect end devices
4 System components
End device1)
Geberit HS50 hygiene flush units in concealed cisterns
Compatible with Geberit Control app, Connection to Geberit Gateway via Bluetooth®
Connection to Geberit Gateway via GEBUS
Power supply
Direct, with cable for GEBUS interface, art. no. 616.238.00.1
230 V AC to power supply unit
Geberit HS30 and HS50 hygiene flush units in concealed cisterns
230 V AC to power supply
With Geberit bus
unit in the Geberit bus
converter with integrated converter
power supply unit, art. no.
116.097.00.1
GEBUS sensors:
· Geberit temperature and volumetric flow rate sensors for GEBUS
· Geberit temperature sensors for GEBUS
Not possible2)
Direct, with GEBUS cable
on the sensor
24 V DC from GEBUS
(length 1 m)
2 / 2 1) Geberit Connect-enabled end devices are marked with the Geberit Connect logo on the specification plate.
2) Access with Geberit Control app possible via GEBUS and Geberit Gateway
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4.6 Geberit Connect end devices
4.6.1 Connection of end devices via GEBUS
The following diagram shows the connection of Geberit Connect end devices to the Geberit Gateway via GEBUS. Power is supplied either through the GEBUS (24 V DC) or a separate power supply unit.
Mixed operation is possible with end devices connected via GEBUS and end devices connected via Bluetooth®.
For details see "Connection of the end devices to Geberit Gateway", page 48.
For details on wiring see "Electrical diagram (GEBUS, network, LAN)", page 135.
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Figure 13: Connection of Geberit Connect end devices via GEBUS Power supply with 230 V AC mains voltage (not via GEBUS cable)
A Geberit bus converter for concealed urinal flush controls and washbasin taps, power supply via GEBUS cable B Geberit bus converter for Geberit Preda, Selva and Tamina urinals, power supply via GEBUS cable C Geberit bus converter with integrated power supply unit, separate power supply required D Only communication via GEBUS cable, separate power supply unit required E Communication and power supply via GEBUS cable
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4.6 Geberit Connect end devices
4 System components
4.6.2 Connection of the end devices via Bluetooth®
The following diagram shows the connection of Geberit Connect end devices to the Geberit Gateway via Bluetooth®. Power is supplied by mains adapter, battery or generator.
Mixed operation is possible with end devices connected via GEBUS and end devices connected via Bluetooth®.
For details see "Connection of the end devices to Geberit Gateway", page 48.
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Figure 14: Connection of Geberit Connect end devices via Bluetooth® Power supply with 230 V AC mains voltage Power supply with battery Power supply with generator
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4.7 Geberit Control app
4.7 Geberit Control app
The Geberit Control app is used to configure and operate devices in the Geberit Connect system. The connection to the units is established via Bluetooth®. The Geberit Control app is available free of charge for Android and iOS devices in the respective app stores.
iOS
Android
App Store
Google Play
Access to the app
The Geberit Control app can be downloaded directly from the respective app store. The QR code on each Geberit Connect device also leads to the Geberit Control app.
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1234 https://gbrt.io/dsvF500
Figure 15: Example: Specification plate and sticker on Geberit Gateway, URL in the QR code = https://gbrt.io/dsvF500 The QR code leads to a landing page with the following content: · Links to the app stores for downloading the Geberit Control app · Link to the respective product page in the online product catalogue with product data and instructions
Geberit ID A personal Geberit ID is required to access the Geberit Gateway. This can be created directly in the Geberit Control app. If the notification function is activated in the Geberit Control app, faults and warnings are reported by email to the email address stored in the Geberit ID. For security reasons, the Geberit ID must be confirmed monthly in the Geberit Control app.
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4.7 Geberit Control app
4.7.1 Scope of function
Geberit Gateway Home page of the Geberit gateway
Gateway sanitary room 1st floor
4 System components
Geberit Connect end devices Example: Home page of a Geberit urinal flush control
Type 01 / 10 / 30 / 50 Mains operation
Connectivity manager
Network
Settings
Information
BACnet
Settings
Cleaning
Manual flush
Flush settings
Protocols
Product catalogue
Service request
Information
Support
Protocols
Functions:
Functions:
· Central access to all connected end devices
· Making settings
· Configuring the Geberit Connect system (networking the end devices)
· Activating functions such as cleaning mode or test flushes
· Making settings on the Geberit Gateway
· Calling up logs and statistics
· Configuring the flushing programmes of the Geberit · Displaying faults and warnings hygiene system (GHS)
· Making network settings
· Configuring connection to building automation system
· Retrieving logs and statistics from the Geberit Connect system
· Displaying faults and warnings in the Geberit Connect system
· Triggering a service request
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4.7 Geberit Control app
4.7.2 Protocols
The Geberit Gateway and the assigned end devices provide various logs. These can be displayed and downloaded in the Geberit Control app via the Geberit gateway or via the Geberit Connect end devices under [Logs] .
Logs of the Geberit gateway
· Collective log/uses Remit: Usage and flush activations of all assigned end devices Application: for logging the frequency of use (can be used to determine the cleaning intervals in the sanitary room) File format: Export as CSV or PDF Example:
· Collective log/events
Remit: Events of all assigned end devices such as errors, restarts or configuration changes Application: to trace the behaviour of the system File format: Export as CSV or PDF Example:
· Collective log/measured values
Remit: Valve openings, sensor values and water consumption of all assigned end devices Application: to log water consumption and temperatures File format: Export as CSV or PDF Example:
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4.7 Geberit Control app
4 System components
· Collective log/hygiene flush units
Remit: Flushing of all assigned Geberit HS30 and HS50 hygiene flush unit, triggered by flushing programmes in individual operation1)
Application: for the obligation to prove that drinking water hygiene is ensured File format: Export as CSV or PDF Example:
· Flushing protocol GHS
Flushes triggered by flushing programmes of the Geberit hygiene system (GHS) in networked operation1)
Application: for the obligation to prove that drinking water hygiene is ensured File format: Display in Geberit Control app and export as CSV or PDF Example:
Flush log
Day
Week
Month
Year
Flush stop Flush volume reached
Time
Zone
WC gentlemen
End device
Sigma10 (Sigma 12, mains-operated)
Position Flush mode Flushing programme Flush volume (l)
Interval
Flush time (s)
Flush start Start condition reached
Time Zone
WC gentlemen
End device
Sigma10 (Sigma 12, mains-operated)
Position Flush mode
Interval
Flushing programme
Flush volume (l)
1) See "Single operation and connected operation", page 60.
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4.7 Geberit Control app
· Events
Remit: Events of the Geberit gateway such as errors, restarts or configuration changes Application: to trace the behaviour of the system File format: Display in Geberit Control app and export as CSV or PDF Example:
Events
Day
Week
Month
Year
July 2024
Info
Warning
Error
Connection status to the end device changed
Connection status to the end device changed
Firmware update completed
· Commissioning report
Remit: Configuration of the Geberit Connect system after commissioning Application: handover to the building operator File format: Export as PDF Example:
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4.7 Geberit Control app
4 System components
Logs of the individual end devices
· Statistics Remit: Uses and flush activations in individual operation1) Application: for the obligation to prove that drinking water hygiene is ensured or to log the frequency of use File format: Display in Geberit Control app and export as CSV or PDF Example:
Statistics
Day
Week
Month
Year
April 2024 Flush volume in litres
Week 14
Week 15
Week 16
Week 17
Week 18
Solenoid valve V1
Solenoid valve V2
Time flush mode
Temperature flush mode
Interval flush mode
Flush via Geberit Bus
Flush via digital I/O
· Events Remit: Events on the end device such as errors, restarts or configuration changes Application: to trace the behaviour of the system File format: Display in Geberit Control app and export as CSV or PDF Example: see "Logs of the Geberit gateway"
· Commissioning report Remit: Configuration of the end device after commissioning Application: handover to the building operator File format: Export as PDF Example: see "Logs of the Geberit gateway"
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4.7 Geberit Control app
· Sensor log
Remit: Water consumption and temperatures of GEBUS sensors Application: to log water consumption and temperatures or for the obligation to prove that drinking
water hygiene is ensured File format: Display in Geberit Control app and export as CSV or PDF Example:
Sensor log
Day
Week
Month
Year
Temperature (°C)
Temperature (°C)
Temperature (°C)
Temperature (°C)
Temperature (°C)
1) See "Single operation and connected operation", page 60. Logging of measured values Temperatures and water consumption are logged in the collective log/measured values and sensor logs. A maximum of 25 million measured values are stored in the logs. A log entry is created according to the following criteria: · Temperatures and water volume detected every 15 seconds · Log entry when the temperature changes by ±1 °C, resolution 0.1 °C · Log entry when the water volume changes by +1 litre:
Accumulated water volume, resolution 1 litre Maximum volume flow since the last measured value, resolution 0.01 l/min
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5.1 General planning rules
5 Planning
5 Planning
5.1 General planning rules
Geberit Connect end devices such as washbasin taps, urinal flush controls or WC flush controls are connected to aGeberit bus cable (GEBUS cable) or alternatively via Bluetooth® with a Geberit Gateway. Mixed operation is possible with end devices connected via GEBUS and end devices connected via Bluetooth®. The following example shows the connection of different end devices via GEBUS (star, row and tree topology) and via Bluetooth®.
Bluetooth® (alternative)
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Figure 16: Example for connection of the end devices Criteria for the choice of connection: Connection via GEBUS Maximum 30 end devices per Geberit Gateway1)
Prefer connection via GEBUS: · Better stability · Automatic addressing at the Geberit Gateway
Data update rate2): · Every 5 seconds
Connection via Bluetooth® Maximum 10 end devices per Geberit Gateway1) Connection via Bluetooth®as an alternative for:
· Retrofitting existing sanitary facilities · For Geberit Connect end devices with battery
operation Data update rate2):
· Mains operation: 1x per minute · Battery operation: 1x per hour
1) Total of 30 end devices, for example 25 end devices via GEBUS and 5 end devices via Bluetooth®
2) Update rate for statistical data such as water consumption. Warnings and faults as well as commands to the end device are transmitted without delay.
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5 Planning
5.2 Planning rules for connection via GEBUS
5.2 Planning rules for connection via GEBUS
Topology · Star topology
Advantages: simple cabling, simple fault diagnosis, high reliability (in the event of a cable break, only one end device cannot be reached)
Disadvantages: larger quantities of cable, more connection terminals required in installation box
· Row or tree topology
Advantages: smaller cable quantities, easy expandability, fewer connection terminals required in installation box
Disadvantages: lower reliability (several end devices cannot be reached in the event of a cable break)
Recommendation: Connect WC flush controls with star topology.
With the Geberit Duofix elements for WC, there is not enough space in the Power & Connect box for looping through the GEBUS cable and the mains cable.
However, a connection with series or tree topology is possible if only the GEBUS cable is looped through. The mains cable must then be looped through in an outlet mounting box behind the Geberit Duofix element.
Recommendation: Use mixed topology for urinals, urinal flush controls and washbasin taps.
Loop through the GEBUS cable in the room with the same end device types and route it in a star configuration to the Geberit Gateway.
Accessories required · Determine required accessories, such as Geberit bus converter. See "Connection of the end devices to
Geberit Gateway", page 48.
Failure safety · Fewer end devices per Geberit Gateway increases failure safety. · Star topologies increase failure safety.
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5.2 Planning rules for connection via GEBUS
5 Planning
GEBUS cables
· Observe specifications for GEBUS cables. See "Geberit bus cable (GEBUS cable)", page 28. · For details on wiring see "Electrical diagram (GEBUS, network, LAN)", page 135. · Maximum cable length between Geberit Gateway and the most distant end device (route A-B in figure on
previous page): 100 metres · Do not connect several Geberit Gateways to each other via GEBUS. Only one Geberit Gateway is
permitted per Geberit Connect system. · Rules for routing the GEBUS cable:
Do not route parallel to 230 V AC supply lines. Always route in a conduit pipe. Do not route in the same conduit pipe as 230 V AC supply lines. Do not run 230 V AC supply lines above or below Geberit Gateway in the control cabinet. Insulate open strand ends during the construction phase so that they do not touch each other. Label the GEBUS cable once laid. Only electrically skilled persons are allowed to route the GEBUS cable. Comply with country-specific regulations for electrical installations.
To avoid incorrect wiring of the GEBUS cable, we recommend carrying out the following test immediately after connecting the GEBUS cable:
1 Switch on the power supply at the Geberit Gateway.
2 Switch on the power supply to end devices that are not powered via GEBUS.
3 Check the LEDs:
Geberit Gateway: LEDs indicate the current status. End devices with LED (e.g. on the Geberit bus converter): LED lights up green.
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5 Planning
5.2 Planning rules for connection via GEBUS
Geberit Gateway
· Maximum 30 end devices per Geberit Gateway when connected via GEBUS · 18 connection terminals in installation box for Geberit Gateway, including 1 for the connection to the
Geberit Gateway · Recommendations for placement of the Geberit Gateway:
Single family houses: 1 Geberit Gateway in the technical room Building with fewer end devices: 1 Geberit Gateway per riser zone
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Floor 3
Riser zone
Floor 2 Floor 1
Public sanitary facilities: 1 Geberit Gateway per sanitary facility with men's and women's WC and possibly other rooms
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Men's WC
Ladies' WC
Barrier-free WC
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5.3 Additional planning rules for connection via Bluetooth®
5 Planning
5.3 Additional planning rules for connection via Bluetooth®
· Note the range of the Bluetooth® signal: approx. 10-30 metres depending on the surroundings and building structures such as walls and ceilings
· Maximum 10 end devices per Geberit Gateway when connected via Bluetooth® · Install the Geberit Gateway in a plastic control cabinet so that communication via Bluetooth® is not
affected. · Check the range of the Bluetooth® signal before final installation of the Geberit Gateway. · Recommendations for placement of the Geberit Gateway:
Place the Geberit Gateway in the same room as the end devices 1 Geberit Gateway per room
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5 Planning
5.4 Zone division
5.4 Zone division
During commissioning, each Geberit Connect end device is assigned to a zone. It is recommended that zone division be determined at the planning stage. The zone division is independent of the topology and the type of connection (GEBUS, Bluetooth®).
Application of the zones:
· Unique identification of an end device in the Geberit Control app and in the building automation system (for example for localising error messages)
· Triggering of central functions for all end devices in the same zone (for example, to activate cleaning mode)
Recommendations for zone division:
· One zone per sanitary room · One zone per flat in an apartment building · One zone for the Geberit Gateway, if this is housed in its own room (for example in the basement or in a
riser zone) · Assign sensors and end devices to the same zone if they are used for automatic water replacement
(drinking water hygiene) and are connected to the same supply pipe.
Example: Zone division in a WC suite
Zone 4 Ladies' WC
Zone 3 Ladies' WC anteroom
Zone 2 Men's WC
*HEHULW
Zone 1
*DWHZD\
Men's WC
anteroom
Urinal flush controls
WC flush controls
Washbasin taps
Figure 17: Recommended zone division
General recommendations:
· Set zone with Geberit Gateway as zone 1. · Number end devices clockwise per zone, separate numbering per end device type. · Assign meaningful names for Geberit Gateway and zones (for example "Gateway for first floor, men's
WC").
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Example: Visualisation of zone 2 in the example above in the Geberit Control app
Men's WC
Geberit urinal flush controls
Preda/Selva/Tamina urinals FE040000328 Converter FB000000218
Preda/Selva/Tamina urinals FE040000187 Converter FB000000552
Preda/Selva/Tamina urinals FE040000717 Converter FB000000318
Preda/Selva/Tamina urinals FE040000822 Converter FB000000157
Preda/Selva/Tamina urinals FE040000937 Converter FB000000203
Geberit WC flush controls
Pos: 1 Pos: 2 Pos: 3 Pos: 4 Pos: 5
Sigma10 (Sigma 12, mains-operated) F9000002188 Converter FB000000517
Pos: 1
Sigma10 (Sigma 12, mains-operated) F9000002198 Converter FB000000558
Pos: 2
Sigma10 (Sigma 12, mains-operated) F9000004486 Converter FB000000668
Pos: 3
Figure 18: Visualisation of a zone in the Geberit Control app
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5.5 Connection of the end devices to Geberit Gateway
5.5 Connection of the end devices to Geberit Gateway
5.5.1 Connection of Geberit types 80 / 185 / 186 and Geberit Bambini washbasin taps
Connection to Geberit Gateway
GEBUS Bluetooth®
Not possible From 2025
Power supply
Mains, battery or generator
Compatible with Geberit Control app Yes
Accessories required
No accessories required
Installation Manual
See the online catalogue of the Geberit sales company: Washbasin tap: https://gbrt.io/dscFD00
Connection principle
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5.5.2 Connection of Geberit Piave and Brenta washbasin taps
5 Planning
Connection to Geberit Gateway
GEBUS Bluetooth®
· With Geberit bus cable via Geberit bus converter · Connection of the GEBUS cable via plug with terminals Yes
Power supply
24 V DC via GEBUS cable
Compatible with Geberit Control app Yes
Accessories required
· Geberit bus converter for concealed urinal flush controls and washbasin taps, art. no. 116.371.00.1 Geberit bus converter is used instead of the mains power supply unit or the battery compartment. Plug for GEBUS cable included in the scope of delivery
· GEBUS cable, art. no. 116.493.00.1 (100 m) or art. no. 116.493.00.5 (500 m)
Installation manuals
See the online catalogue of the Geberit sales company: Washbasin taps: https://gbrt.io/dscFD0E Geberit bus converter: https://gbrt.io/dscFB00
Connection principle
Geberit bus converter
,'&
*(%86
Position of the supply lines
*(%86
Geberit bus converter
Optionally, washbasin taps with battery or generator operation can also be used. The connection to the Geberit Gateway is then only possible via Bluetooth®.
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5.5.3 Connection of Geberit urinal flush controls with electronic flush actuation, with types 01 / 10 / 20 / 40 / 50 cover plate
Connection to Geberit Gateway
GEBUS Bluetooth®
· With Geberit bus cable via Geberit bus converter · Connection of the GEBUS cable via plug with terminals Yes
Power supply
24 V DC via GEBUS cable
Compatible with Geberit Control app Yes
Accessories required
· Geberit bus converter for concealed urinal flush controls and washbasin taps, art. no. 116.371.00.1 Geberit bus converter is used instead of the mains power supply unit or the battery compartment. Plug for GEBUS cable included in the scope of delivery
· GEBUS cable, art. no. 116.493.00.1 (100 m) or art. no. 116.493.00.5 (500 m)
Installation Manual
See the online catalogue of the Geberit sales company: Urinal flush control: https://gbrt.io/dscFE00 Geberit bus converter: https://gbrt.io/dscFB00
Connection principle
Geberit bus converter
,'&
*(%86
Position of the supply lines
*(%86
Geberit bus converter
Optionally, urinal flush controls with battery operation can also be used, The connection to the Geberit Gateway is then only possible via Bluetooth®.
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5.5.4 Connection of Geberit Preda, Selva and Tamina urinals, with integrated flush control
Connection to Geberit Gateway
GEBUS Bluetooth®
· With Geberit bus cable via Geberit bus converter · Connection of the GEBUS cable via plug with terminals Yes
Power supply
24 V DC via GEBUS cable
Compatible with Geberit Control app Yes
Accessories required
· Geberit bus converter for Preda, Selva and Tamina urinals, art. no. 116.370.00.1 Geberit bus converter is used instead of the mains power supply unit or the battery compartment Plug for GEBUS cable included in the scope of delivery
· GEBUS cable, art. no. 116.493.00.1 (100 m) or art. no. 116.493.00.5 (500 m)
Installation Manual
See the online catalogue of the Geberit sales company: Urinals: https://gbrt.io/dscFE04 Geberit bus converter: https://gbrt.io/dscFB00
Connection principle
Geberit bus converter
,'&
*(%86
Position of the supply lines
*(%86 Geberit bus converter
Optionally, urinals with battery or generator operation can also be used. The connection to the Geberit Gateway is then only possible via Bluetooth®.
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5.5 Connection of the end devices to Geberit Gateway
5.5.5 Connection of Geberit WC flush controls with electronic flush actuation
· With Geberit bus cable via Geberit bus converter with integrated power supply
Connection GEBUS
unit
to Geberit
· Connection of the GEBUS cable via plug with terminals
Gateway
Bluetooth® Yes
Power supply
230 V AC to integrated power supply unit in the Geberit bus converter
Compatible with Geberit Control app
Yes
· GEBUS cable, art. no. 116.493.00.1 (100 m) or art. no. 116.493.00.5 (500 m)
Installation element with Power & Connect box
Accessories required
· Geberit bus converter with integrated power supply unit, for Power & Connect Box, art. no. 116.097.00.1
(Plug for GEBUS cable included in scope of delivery)
Installation element without Power & Connect Box:
Installation Manual
· Geberit Power & Connect Box and GEBUS converter set with integrated power supply unit, art. no. 116.099.00.1
(Plug for GEBUS cable included in scope of delivery)
See the online catalogue of the Geberit sales company: WC flush control with Sigma10 actuator plate: https://gbrt.io/dscF900 WC flush control with Sigma80 actuator plate: https://gbrt.io/dscF906 WC flush control for external push button, for Sigma 12 cm https://gbrt.io/ dscF90C WC flush control for external push button, for Omega 12 cm https://gbrt.io/ dscF904 WC flush control for RF-controlled button: https://gbrt.io/dscF90E HS05 hygiene flush unit: https://gbrt.io/dscF905 Geberit bus converter: https://gbrt.io/dscFB01
Connection principle
*(%86
Geberit bus converter
,'&
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IDC (12 V DC)
Geberit bus converter
Position of the supply lines
*(%86
230 V AC
5 Planning
2 / 2
Optionally, WC flush controls with battery operation can also be used. The connection to the Geberit
Gateway is then only possible via Bluetooth®.
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5.5 Connection of the end devices to Geberit Gateway
5.5.6 Connection of the Geberit HS50 hygiene flush units
Connection to Geberit Gateway
GEBUS
· With Geberit bus cable to flush-mounting box (included in the Geberit cable set for the GEBUS interface)
· From flush-mounting box with cable for GEBUS interface to control unit of the hygiene flush unit
Bluetooth® Yes
Power supply
230 V AC to external power supply unit (included in scope of delivery)
Compatible with Geberit Control app Yes
Accessories required
· Geberit bus cable, art. no. 116.493.00.1 (100 m) or art. no. 116.493.00.5 (500 m)
· Geberit set of cables for GEBUS interface, art. no. 616.238.00.1 or art. no. 246.238.00.1
Installation Manual
See the online catalogue of the Geberit sales company: Geberit HS50 hygiene flush unit: https://gbrt.io/dscF701
*(%86
Connection principle
Position of the supply lines
*(%86
Set of cables for GEBUS interface
230 V AC Power supply unit
12 V DC
The Geberit HS30 hygiene flush unit does not have a GEBUS connection. Connection to the Geberit Gateway is only possible via Bluetooth®.
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5.5.7 Connection of the Geberit HS30 and HS50 hygiene flush units in the concealed cistern with Geberit bus converter
Connection to Geberit Gateway
GEBUS Bluetooth®
· With Geberit bus cable via Geberit bus converter · Connection of the GEBUS cable via plug with terminals Yes
Power supply
230 V AC to integrated power supply unit in the Geberit bus converter
Compatible with Geberit Control app Yes
Accessories required
· Geberit bus converter with integrated power supply unit, for Power & Connect Box, art. no. 116.097.00.1 Geberit bus converter is installed in the element for wall-hung WC Plug for GEBUS cable included in the scope of delivery
· GEBUS cable, art. no. 116.493.00.1 (100 m) or art. no. 116.493.00.5 (500 m)
Installation Manual
See the online catalogue of the Geberit sales company: Geberit HS50 hygiene flush unit: https://gbrt.io/dscF703 Geberit HS30 hygiene flush unit: https://gbrt.io/dscF702 Geberit bus converter: https://gbrt.io/dscFB01
Connection principle
*(%86
Geberit bus converter
,'&
IDC (12 V DC)
Geberit bus converter
Position of the supply lines
*(%86
230 V AC
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5.5 Connection of the end devices to Geberit Gateway
5.5.8 Connection of Geberit HS50 hygiene flush units in the concealed cistern with external power supply unit
Connection to Geberit Gateway
GEBUS
· With Geberit bus cable to flush-mounting box (included in the Geberit cable set for the GEBUS interface)
· From flush-mounting box with cable for GEBUS interface to control unit of the hygiene flush unit
Bluetooth® Yes
Power supply
230 V AC to external power supply unit see "Accessories required".
Compatible with Geberit Control app Yes
Accessories required
· External power supply unit: Variant 1: Geberit installation set with power supply unit for WC flush controls with electronic flush actuation, 12 V, art. no. 115.861.00.6 Variant 2: 230 V/12 V/50 Hz power supply unit set with combination outlet mounting box, art. no. 115.336.00.1
· GEBUS cable, art. no. 116.493.00.1 (100 m) or art. no. 116.493.00.5 (500 m)
· Geberit set of cables for GEBUS interface, art. no. 616.238.00.1 or art. no. 246.238.00.1
Installation Manual
See the online catalogue of the Geberit sales company: Geberit HS50 hygiene flush unit: https://gbrt.io/dscF703
Connection principle
*(%86
*(%86
Set of cables for GEBUS interface
12 V DC
230 V AC
Power supply unit Variant 1
*(%86
Position of the supply lines
230 V AC
Power supply unit Variant 2
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5.5.9 Connection of Geberit temperature and volumetric flow rate sensors for GEBUS
Connection to Geberit Gateway
GEBUS Bluetooth®
· With Geberit bus cable to flush-mounting box (on-site) · From flush-mounting box with sensor connection cable (length 1 m) Not possible
Power supply
24 V DC via GEBUS cable
Compatible with Geberit Control app Yes, only via GEBUS and Geberit Gateway
Accessories required
· Geberit bus cable, art. no. 116.493.00.1 (100 m) or art. no. 116.493.00.5 (500 m)
· Flush-mounting box and terminals (on-site)
Installation Manual
See the online catalogue of the Geberit sales company: Temperature sensor: https://gbrt.io/dscF602 Temperature and volumetric flow rate sensor: https://gbrt.io/dscF601
*(%86 *(%86
Connection principle
*(%86 *(%86
Position of the supply lines
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5.6 Geberit Hygiene System (GHS)
5.6 Geberit Hygiene System (GHS)
This chapter describes the planning of a Geberit Hygiene System (GHS) see "Drinking water hygiene", page 14. In the GHS, Geberit Connect end devices and sensors, which are connected via a Geberit Gateway, are used to maintain the regular, automatic replacement of drinking water in a building.
The following points must be taken into account when planning a GHS:
· Drinking water hygiene requirements for determining suitable flushing programmes · Position and types of end devices and sensors used for automatic water replacement · Water volume of the pipes to be flushed in the sanitary room or storey
5.6.1 Geberit Connect end devices and sensors for GHS
The following tables show the end devices and sensors that are suitable for automatic water replacement. The maximum water volume that can be flushed per flush is specified for each end device. In connected operation, only end devices that are assigned to the Geberit Gateway via GEBUS can be used.
In connected operation, no more than the maximum water volume can be flushed within 8 hours. This can occur if several flushing programmes are active at the same time.
End devices
Geberit Connect end device
Max. water volume per flush [l]
Cold water
Hot water
Flush performance
[l/min]
Geberit HS30 and HS50 hygiene flush unit1)
600
100
(1x every 24 h) (1x every 12 h)
10
Geberit HS30 and HS50 hygiene flush unit in concealed cistern1)
40
40
(1x every 24 h) (1x every 12 h)
4
Geberit HS05 hygiene flush unit
40
Geberit urinal flush controls with
electronic flush actuation, with types
40
01 / 10 / 20 / 40 / 50 cover plate
Geberit Preda, Selva and Tamina urinals with integrated flush control
40
Geberit WC flush controls with electronic flush actuation
40
102)
143)
143)
102)
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Geberit Connect end device
Max. water volume per flush [l]
Cold water
Hot water
Flush performance
[l/min]
Geberit Piave and Brenta washbasin taps5)
40
54)
2 / 2 1) In connected operation, the internal temperature and volumetric flow rate sensors of HS50 hygiene flush units and
HS50 hygiene flush units in concealed cisterns are not supported.
2) Basic setting at 3 bar, depending on the fill valve in the cistern
3) Basic setting, depending on the flow limiter
4) Basic setting, depending on the tap aerator
5) Only washbasin taps without mixers that are connected to the cold-water pipe are suitable for automatic water replacement.
Sensors
Sensor
Connection
Measuring range
Geberit temperature and volumetric flow rate sensor for GEBUS
With GEBUS cable to Geberit Gateway
Medium temperature · 070 °C
Geberit temperature sensor With GEBUS cable to
for GEBUS
Geberit Gateway
Medium temperature
· 070 °C
Volumetric flow rate
· DN10: 232 l/min · DN15: 3.550 l/min · DN20: 585 l/min · DN25: 9150 l/min
Geberit sensors for GEBUS can be used to control flushing programmes (e.g. for start and stop temperature) and to record and log temperatures and volumetric flow rates in the Geberit Connect system.
The following logs are available for download in the Geberit Control app for logging measured values:
· For each individual sensor: [Sensor log] for the respective sensor · For all end devices on the Geberit gateway: [Collective log/measured values] at the gateway
A maximum of 25 million measured values are stored in the logs. A log entry is created according to the following criteria:
· Temperatures and water volume detected every 15 seconds · Log entry when the temperature changes by ±1 °C, resolution 0.1 °C · Log entry when the water volume changes by ±1 litre:
Accumulated water volume, resolution 1 litre Maximum volume flow since the last measured value, resolution 0.01 l/min
See also "Protocols", page 36.
Sensor logs are not available for analogue sensors that are connected directly to a Geberit HS50 hygiene flush unit or a Geberit HS50 hygiene flush unit in concealed cistern.
The technical data, installation and possible installation positions of the sensors are described in the "Temperature and volumetric flow rate sensors for GEBUS", 971.378.00.0, technical data sheet.
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5.6.2 Single operation and connected operation
The flushing programmes run either on the Geberit Connect end device (single operation) or in the Geberit Gateway (connected operation).
Single operation
In single operation, the flushing programmes are set directly on the end device using the Geberit Control app. The end device does not necessarily have to be connected with a Geberit Gateway. Properties of single operation: · Flushing programmes are executed automatically on the end device. · Only interval flushes are possible for WC flush controls, urinals, urinal flush controls and washbasin taps.
An interval flush is activated at the factory. · Temperature and volumetric flow rate sensors for GEBUS can only be used for logging, not for flushing
programmes. · Analogue temperature sensors for cold water can be used with HS50 hygiene flush units and HS50
hygiene flush units in concealed cisterns.
Geberit Control app
Flushing programme
Flushing programme Figure 19: Example: Urinal flush control and HS50 hygiene flush unit with flushing programmes in single operation
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Connected operation
In connected operation, all flushing programmes run in the Geberit Gateway. All end devices and sensors must be assigned to the Geberit Gateway for this.
Properties of connected operation:
· The flushing programmes are executed in the Geberit Gateway. · Flushing programmes can be used for all suitable end devices. · Temperature and volumetric flow rate sensors for GEBUS can be used with all suitable end devices.
Flushing programmes
Geberit Control app
T/V sensor
HS50 hygiene flush unit
Figure 20: Example: Geberit Gateway with flushing programmes in connected operation. The volumetric flow rate sensor (T/V sensor) records the amount of water flushed for the flushing programmes in the Gateway. The flushing programmes control the HS50 hygiene flush unit.
5.6.3 Operation modes
Various flushing programmes can be assigned to an operation mode. In a school, for example, one operation mode with flushing programmes can be defined for normal operation and another with flushing programmes for vacation operation.
In single operation, only two operation modes are available for HS30 and HS50 hygiene flush units and HS30 and HS50 hygiene flush units in concealed cisterns.
In connected operation, two operation modes and [off] are available for all suitable Geberit Connect end devices. Each flushing programme can be assigned to one or both operation modes. The active operation mode is set with the Geberit Control app or by the building automation system. The active operation mode applies to all zones and their end devices.
Active operation mode
Off Normal operation Vacation operation
See also "Example 1: Different operation modes", page 76.
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5.6.4 Flushing programmes for GHS
A flushing programme automatically controls the functions of Geberit Connect end devices for water replacement in drinking water installations.
In connected operation, each flushing programme is assigned to an end device. In single operation, a flushing programme is set for each end device. See also "Single operation and connected operation", page 60.
In connected operation, a maximum of 60 flushing programmes can be entered per Geberit Gateway, regardless of the end devices. The flushing programmes all run simultaneously, unless a higher-level condition blocks or delays flush actuation, for example:
· Flush outside the enable time · Flush already running · Temperature flush mode is possible once every 24 hours
Blocked or delayed flushes are logged and executed as soon as possible.
Notes on flushing programmes in connected operation:
· The factory-set flushing programmes on the end devices (interval flushes) are not deactivated when flushing programmes are set in connected operation. To avoid undesired flushing processes and increased water consumption, the local flushing programmes on the end devices must be deactivated.
ATTENTION
High water consumption due to undesired flushing processes In connected operation, deactivate all local flushing programmes in the end devices, such as
interval flushing.
· If the Geberit Gateway fails, the flushing programmes are no longer executed in connected operation. The local flushing programmes also remain deactivated.
· If changes are made to the Geberit Connect system (zones, end devices), the flushing programmes in connected operation must be re-entered or checked.
· Flushing programmes in connected operation are numbered consecutively when they are recorded. When a flushing programme is deleted, the number is reassigned.
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Flush log
In connected operation, the flush log records all events in connection with automatic flush actuations on the Geberit Gateway. The flush log can be accessed in the Geberit Control app on the respective Geberit Gateway under [Logs]. The following values are shown:
· Status (start, stop, error) · Time · End device · Flush mode · Flushing programme · Flushed volume, temperature
Flush log
Day
Week
Month
Year
Flush stop Flush volume reached
Time
Zone
WC gentlemen
End device
Sigma10 (Sigma 12, mains-operated)
Position Flush mode Flushing programme Flush volume (l)
Interval
Flush time (s)
Flush start Start condition reached
Time Zone
WC gentlemen
End device
Sigma10 (Sigma 12, mains-operated)
Position Flush mode
Interval
Flushing programme
Flush volume (l)
In single operation, flushes are displayed under Statistics in the Geberit Control app for each end device. Flushes in connected operation are not displayed on the end device.
Enable time
To prevent the flushes from being triggered at undesired times (for example during the night in a hotel room), an enable time can be defined. Outside of the enable time, no flushes are actuated. A suppressed flush is actuated at the start of the next enable time.
The enable time applies to [Interval with usage detection] and [Temperature] flush modes. These do not have fixed flushing times.
In connected operation, the enable time applies to all end devices in the same zone. In single operation, the enable time is set in the properties of the end device.
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Logging a flushing programme in connected operation
Flushing programmes in connected operation are recorded in the Geberit Control app on the Geberit Gateway under [Flush settings].
General parameters for all flushing programmes:
· Active operation mode see "Operation modes", page 61 · Zone with end device on which the flushing programme is to be executed · Enable time for this zone see "Flushing programmes for GHS", page 63
Parameters per flushing programme:
· End device on which the flushing programme is to be executed · Operation mode in which this flushing programme is active · Flush mode with flushing parameters see next 5 chapters
Flushing programme
End device Sigma10 (Sigma 12, mains-operated)
Operation mode Flush mode
Normal operation Interval
Start time Flush interval
The start time is only relevant if a multiple of 24 hours is set as the flush interval. Flush volume
Done
See also "Recording flushing programmes for Geberit Hygiene System (GHS)", page 107.
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Parameters for flush mode [time]
A flush is triggered at a defined time on a weekday. Flush volume, time and day of the week can be selected (e.g. 10 l every Monday and Thursday at 11:00 p.m.).
9
O
O
W
Mon
Tue
Wed
Thu W
Parameter
Connected operation Value
[Weekdays] Weekdays on which flushes are actuated
[Start time] Flush actuation time
[Mon-Sun]
[00:0023:59] Cold water: [3600 l] Hot water: [3-100 l]
[Flush volume]2) Water volume of a flush
[3-40 l] [3-40 l]
[8-40 l]
[Solenoid valve] Solenoid valve used for flushing
[V1, V2]
For end devices
Single operation1) Value
[Mon-Sun]
[00:0023:59] Cold water: [3600 l] Hot water: [3-100 l] [3-40 l]
[V1, V2]
For end devices
1) In single operation, two flushing programmes with different weekdays, start times and flush volumes can be entered per solenoid valve.
2) The flush volumes apply to the factory settings of the end devices. If flow limiters or tap aerators are replaced, the volumetric flow rate must be adjusted in the Geberit Control app.
Geberit HS30 and HS50 hygiene flush units
Geberit HS30 and HS50 hygiene flush units in concealed cisterns
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Parameters for flush mode [interval]
A flush is triggered after a defined interval has elapsed. The flush volume, start time and interval can be selected (e.g. 10 l every 72 h).
9
O
O
W
K Parameter
[Flush interval] Flush actuation interval
K
W
Connected operation Value
[1744 h]
For end devices
Single operation Value
[1744 h] [24, 48, 72, 168, 336, 744 h]
For end devices
[1744 h]
[1168 h]
[Start time]1) Start time of the interval
[00:0023:59]
[00:0023:59]
[Flush volume]2) Water volume of a flush
Cold water: [3600 l] Hot water: [3100 l] [340 l]
[340 l]
[840 l]
Cold water: [3600 l] Hot water: [3100 l] [340 l]
[0.246.7 l]
[330.4 l]
[340 l]
[Solenoid valve] Solenoid valve used for flushing
[V1, V2]
[0.116.7 l] [V1, V2]
1) If the [flush interval] is a multiple of 24 hours, a [start time] for the interval must be specified. In all other cases, the interval starts when the flushing programme is saved. When the Geberit Gateway is restarted, the intervals are also restarted.
2) The flush volumes apply to the factory settings of the end devices. If flow limiters or tap aerators are replaced, the volumetric flow rate must be adjusted in the Geberit Control app.
Geberit HS30 and HS50 hygiene flush units
Geberit HS30 and HS50 hygiene flush units in concealed cisterns
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Parameters for flush mode [interval with usage detection]
A flush is triggered after a defined interval has elapsed, the interval being reset each time the end device is used. The flush volume and interval can be selected (e.g. 10 l every 72 h).
9
O
O
W
K
K W
An enable time applies for this flush mode. See "Flushing programmes for GHS", page 63.
Parameter
[Flush interval] Flush actuation interval
Connected operation Value
[1744 h]
For end devices
Single operation Value
[24, 48, 72, 168, 336, 744 h]
[1744 h]
[1168 h]
For end devices
Cold water: [3600 l] Hot water: [3100 l]
[Flush volume]1) Water volume of a flush
[340 l] [340 l]
[340 l] [0.246.7 l]
[840 l]
[330.4 l]
[340 l]
[Solenoid valve] Solenoid valve used for flushing
[V1, V2]
[0.116.7 l] [V1, V2]
1) The flush volumes apply to the factory settings of the end devices. If flow limiters or tap aerators are replaced, the volumetric flow rate must be adjusted in the Geberit Control app.
Geberit HS50 hygiene flush units
Geberit HS30 and HS50 hygiene flush units in concealed cisterns
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5.6 Geberit Hygiene System (GHS)
Parameters for flush mode [temperature]
A flush is triggered when a start temperature is reached and ends when a stop temperature is reached. Start/ stop temperature and maximum flush volume can be selected. To comply with the cold water temperature limit, the start temperature (e.g. 20 °C) must be set higher than the stop temperature (e.g. 12 °C).
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In connected operation, each end device must be assigned a Geberit temperature sensor for GEBUS. Flushing is only triggered once every 24 hours for the temperature.
In single operation, [temperature] flush mode is only available for Geberit HS50 hygiene flush units and Geberit HS50 hygiene flush units in concealed cisterns. An analogue temperature sensor is connected directly to the hygiene flush unit to record the temperature.
One enable time per zone applies for this flush mode. See "Flushing programmes for GHS", page 63.
Parameter
Connected operation Value
For end devices
Single operation Value
For end devices
Cold water: any, higher
[Start temperature]1)
than stop temperature
Temperature at which the flush is
actuated
Hot water: any, lower than stop temperature
Cold water: [1530°C]
[Stop temperature]1) Temperature at which the flush stops
Cold water: any, lower than start temperature
Cold water: [1025°C]
Hot water: any, higher than start temperature
[Routine flush interval]2)
Period of time between two flush actuations, if there is no actuation
based on the start temperature
[24, 48, 72, 168, 336, 744 h]
[Max. flush volume]3) Maximum water volume if the stop temperature has not been reached
Cold water: [3600 l] Hot water: [340 l] [340 l]
[340 l]
[840 l]
Cold water: [3600 l] [340 l]
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Parameter
Connected operation Value
[Solenoid valve] Solenoid valve used for flushing
[V1, V2]
For end devices
Single operation Value
[V1, V2]
For end devices
[Sensor]
Sensor that detects the temperature for the flushing
[Zone] [Sensor]
programme
2 / 2 1) The start temperature must be set higher than the stop temperature for cold water. For hot water, the start
temperature must be set lower than the stop temperature.
2) No routine flush interval is defined in connected operation. To ensure that flushing takes place regularly, even if the start temperature is not reached, an additional flushing programme with [Interval] flush mode can be entered.
3) The flush volumes apply to the factory settings of the end devices. If flow limiters or tap aerators are replaced, the volumetric flow rate must be adjusted in the Geberit Control app.
Geberit HS50 hygiene flush units
Geberit HS50 hygiene flush units in concealed cisterns (also HS30 hygiene flush units in concealed cisterns in connected operation)
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5.6 Geberit Hygiene System (GHS)
Parameters for flush mode [difference with GEBUS sensor]
A flush is triggered after a defined interval has elapsed. The volume of water used to flush the end devices is recorded by a volumetric flow sensor and deducted from the defined target consumption. In this way, water consumption can be optimised. The nominal volume and interval can be selected (e.g. 10 l every 72 h).
A Geberit temperature and volumetric flow sensor for GEBUS is used to record the water volume of the flushes in the defined time interval. The sensor is positioned in the pipework upstream of the end devices. This records the volume of water flushed from all end devices in the sanitary room. The flushing programme is recorded at the last end device in the pipework. In the following diagram, this is a urinal that flushes every 72 hours.
See also "Examples for positioning volumetric flow rate sensors", page 75.
If the sensor is positioned at the start of the pipework and the entire target volume is flushed via the first end devices in the sanitary room, the rest of the pipework is not flushed after the interval has elapsed. Additional interval flushing is therefore recommended.
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Parameter
K
K
W
Connected operation Value
For end devices
Single operation Value
[Flush interval] Flush actuation interval
[1744 h]
For end devices
[Start time]1) Start time of the interval
[00:0023:59]
Cold water: [3600 l] Hot water: [3100 l]
[Target volume]2) Water volume to be flushed within the interval
[340 l]
[840 l]
[Solenoid valve] Solenoid valve used for flushing
[V1, V2]
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Parameter
Connected operation
Single operation
Value
For end Value devices
For end devices
[Sensor]
For detection of the water volume with the Geberit temperature and volumetric flow rate sensor for
Zone and volumetric flow rate sensor
GEBUS
2 / 2
1) If the [flush interval] is a multiple of 24 hours, a [start time] for the interval must be specified. In all other cases, the interval starts when the flushing programme is saved. When the Geberit Gateway is restarted, the intervals are also restarted.
2) The target volume applies to the factory settings of the end devices. If flow limiters or tap aerators are replaced, the volumetric flow rate must be adjusted in the Geberit Control app.
Geberit HS50 hygiene flush units
Geberit HS30 and HS50 hygiene flush units in concealed cisterns
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5.6 Geberit Hygiene System (GHS)
Parameters for flush mode [difference]
A flush is triggered after a defined interval has elapsed. The water volume of the flushes is taken into account and deducted from the nominal consumption defined. In this way, water consumption can be optimised. The nominal volume and interval can be selected (e.g. 10 l every 72 h).
The water volume of the flushes in the defined time interval is recorded via the number of uses of the end device (approximate water volume).
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O
O
O O
O
O
W
K Parameter
[Flush interval] Flush actuation interval
K
W
Connected operation Value
[1744 h]
For end devices
Single operation Value
[1744 h]
[1168 h]
For end devices
[Start time]1) Start time of the interval
[00:0023:59]
Cold water: [3600 l] Hot water: [3100 l]
[Target volume]2) Water volume to be flushed within the interval
[340 l] [340 l] [840 l]
[0.246.7 l]
[330.4 l]
[340 l]
[Solenoid valve] Solenoid valve used for flushing
[V1, V2]
[0.116.7 l]
1) If the [flush interval] is a multiple of 24 hours, a [start time] for the interval must be specified. In all other cases, the interval starts when the flushing programme is saved. When the Geberit Gateway is restarted, the intervals are also restarted.
2) The target volume applies to the factory settings of the end devices. If flow limiters or tap aerators are replaced, the volumetric flow rate must be adjusted in the Geberit Control app.
Geberit HS50 hygiene flush units
Geberit HS30 and HS50 hygiene flush units in concealed cisterns
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5.6.5 Positioning the sensors
Geberit temperature sensors for GEBUS and Geberit temperature and volumetric flow rate sensors for GEBUS can be installed anywhere in the pipe system, regardless of the position of the end devices.
If there are several sensors in a building, clearly label the position of the sensors in the hydraulic scheme. This makes it easier to identify the sensors when creating flushing programmes.
The technical data, installation and possible installation positions of the sensors are described in the "Temperature and volumetric flow rate sensors for GEBUS", 971.378.00.0, technical data sheet.
See also "Example 2: Use of temperature and volumetric flow rate sensors", page 78.
Examples for positioning temperature sensors
The Geberit temperature sensor for GEBUS and the Geberit temperature and volumetric flow rate sensor for GEBUS are available for detecting the water temperature in [Temperature] flush mode.
Geberit temperature sensor for GEBUS Geberit temperature and volumetric flow rate sensor for GEBUS
Installation
Application
On the pipeline with cable ties · Temperature measurement
In the pipeline · Temperature measurement · Volumetric flow rate measurement
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5.6 Geberit Hygiene System (GHS)
The following example shows a multi-storey building. Each storey has a sanitary room with one Geberit Gateway each. The temperature sensors are used to monitor and log the cold water temperature.
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*
7 +
7
Figure 21: Examples for positioning temperature sensors
· Temperature sensor T1: This sensor detects the water temperature at the top end of the riser pipe, where the highest thermal load occurs. In the Geberit Gateway G1, a flushing programme runs in [Temperature] flush mode. If the water in the riser pipe becomes too hot, the riser pipe and the floor pipe are flushed by the Geberit hygiene flush unit H1 until the water cools down sufficiently.
· Temperature sensor T2: This sensor detects the water temperature in the floor pipe. In the Geberit Gateway G2, a flushing programme runs in [Temperature] flush mode. If the water in the floor pipe becomes too hot, the floor pipe is flushed by the Geberit hygiene flush unit H2 until the water cools down sufficiently.
· Temperature sensor T3: This sensor detects the water temperature as it enters the building. The water temperature is logged in the Geberit Gateway G2 and can be evaluated using the sensor log.
Another suitable end device can also be used for water replacement instead of the Geberit hygiene flush unit. It is recommended to assign sensors and end devices to the same zone (e.g. T1 and H1 to the same zone).
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Examples for positioning volumetric flow rate sensors
The Geberit temperature and volumetric flow rate sensor for GEBUS is available to detect the flow rate and the flushed amount of water in the [Difference with GEBUS sensor] flush mode.
The sensor is installed directly in the pipeline and can be used in any position. As deposits can pose a danger in horizontal pipelines, it is recommended that the sensor be mounted on the upper side of the pipe.
The following example shows a storey with a sanitary room. The volumetric flow rate sensor is used to monitor and record the volume of water flushed.
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Figure 22: Example of positioning of volumetric flow rate sensors Another suitable end device can also be used for water replacement instead of the Geberit hygiene flush unit. It is recommended to assign sensors and end devices to the same zone (e.g. V/T1 and H1 in the same zone).
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5.6.6 Application examples for GHS Example 1: Different operation modes
5.6 Geberit Hygiene System (GHS)
Geberit Gateway
Figure 23: Example 1: Sanitary room with long drinking water and discharge pipes
Initial situation:
· Sanitary room in an outbuilding of a hospital with long drinking water and discharge pipes · High use fluctuations (outbuilding is only used as a ward temporarily) · High requirements for drinking water hygiene · High requirements for the operational safety of building drainage
Possible solution:
· 2 operation modes: "Operation with occupancy" and "Operation without occupancy" · Operation mode 1 "Operation with occupancy", outbuilding is in use:
Application
Flushing programme 1
Every weekday, all extraction points are flushed once simultaneously with a high volume of water to clean the discharge pipes. Daily flushing of all extraction points also ensures water replacement in the drinking water pipe.
Geberit Connect end devices
1 flushing programme per end device in the sanitary room
Flush mode
Time
Weekdays
Mon-Sun
Start time
07:00
Flush volume
6 l
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· Operation mode 2 "Operation without occupancy", outbuilding is not used:
Application
Flushing programme 1
Flushing programme 2
Once a week, all extraction points are flushed simultaneously with a high volume of water to clean the discharge pipes. If the building is unused, water replacement in the drinking water pipe is ensured by flushing the pipes every 2 days.
Geberit Connect end devices
1 flushing programme per end device in the sanitary room
Flush mode
Time
Weekdays
Mon
Start time
07:00
Flush volume
6 l
Geberit Connect end devices
1 flushing programme per end device in the sanitary room
Flush mode
Interval
Flush interval
72 h
Start time
08:00
Flush volume
3 l
Advantages:
· Water replacement in the drinking water pipe is ensured every 72 hours. · Simultaneous flushing of all end devices creates a turbulent flow. This leads to a cleaning effect in the
pipes. · The high amount of water in flushing programme 1 leads to a thorough flushing out of the discharge pipe.
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5.6 Geberit Hygiene System (GHS)
Example 2: Use of temperature and volumetric flow rate sensors
T/V sensor
Geberit Gateway
HS50 in concealed cistern
Figure 24: Example 2: Sanitary room with temperature and volumetric flow rate sensor
Initial situation:
· Sanitary room on the top floor of a hospital · Elevated temperatures behind the wall and in the duct · High use fluctuations · High requirements for drinking water hygiene · Water consumption as low as possible
Possible solution:
· Flushing programme with "Temperature" flush mode:
Application
Flushing programme 1
At the warmest point, the temperature is recorded with a Geberit temperature and volumetric flow rate sensor for GEBUS (T/V sensor). If the water temperature exceeds 25 °C, the Geberit HS50 hygiene flush unit in concealed cistern will flush until the temperature is back within the permissible range.
Geberit Connect end device
HS50 hygiene flush unit in concealed cistern
Flush mode
Temperature
Start temperature 25 °C
Stop temperature 18 °C
Maximum flush volume
10 l
Sensor
T/V sensor
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· Flushing programme with "Difference" flush mode:
Application
Flushing programme 2
10 litres are flushed every 72 hours to ensure water replacement in the drinking water pipe. The Geberit temperature and volumetric flow rate sensor for GEBUS (T/V sensor) records the amount of water flushed so that only the difference is flushed after the 72 hours have elapsed.
Geberit Connect end device
HS50 hygiene flush unit in concealed cistern
Flush mode
Difference
Flush interval
72 h
Start time
07:00
Flush volume
10 l
Sensor
T/V sensor
Advantages:
· Water replacement in the drinking water pipe is ensured every 72 hours. · The upper temperature limit of 25 °C is not exceeded. · Difference flush does not waste any water and takes fluctuations in use into account. · Not all end devices need to be connected. · The water consumption of the sanitary room can be logged.
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5.7 Connection to building automation systems
5.7 Connection to building automation systems
The Geberit gateway can be integrated into a building automation system via LAN. For the time being, the BACnet/IP network protocol is supported.
The connection to the building automation system is made via a standard LAN cable (minimum Cat 5). The LAN cable is connected to the Geberit Gateway via an RJ45 plug.
The appropriate building automation technicians must be consulted for planning the cable connection to the building automation system. See also "Wired interfaces", page 20.
ATTENTION
Data security risk If the BACnet function is activated on the Geberit Gateway, the corresponding IP port is opened. This can be a potential data security risk.
The Geberit Gateway must be protected by a firewall. See "Connection to Geberit Cloud", page 82.
The IP port for BACnet is defined in the BACnet settings. See "Configuring BACnet/IP", page 103.
Data points
The data points of all Geberit Connect end devices connected to a Geberit Gateway are made available as BACnet objects in EDE format (Engineering Data Exchange). The EDE file can be downloaded in the Geberit Control app under [BACnet].
A list of all BACnet objects can be found in the appendix. See "BACnet objects", page 137.
An example of an EDE file can also be seen in the appendix. See "EDE file for practical example 1", page 149.
Examples of data points:
· Request information for several grouped end devices: Number of uses Number of flushes (automatic or manual) Number of interval flushes Number of partial or full flushes (WC flush controls) Calculated water consumption
· Request information for individual end devices: Battery capacity Water temperature (temperature sensor) Volumetric flow rate (volumetric flow rate sensor) Serial number Status Error messages
· Actuate functions for individual end devices: Actuate flush Actuate flushing for partial or full flush volume (WC flush controls) Activate cleaning mode Switch solenoid valve on/off Switch Bluetooth® connection on/off
All actions (requesting information and actuating functions) must be programmed in the customer's building automation system.
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Examples of actions:
· Periodic query of the number of uses to determine the cleaning intervals for the sanitary room · Periodic query of water consumption to determine the amount of water used in the building · Query of error messages to call on a service technician · Actuation of interval flushes for hygiene function · Periodic query of the water temperature to actuate flushing for hygiene function
Water consumption with hygiene function
When flushing is actuated by the building automation system, water consumption must be taken into account. To avoid excessive water consumption, the building automation system must ensure that the following conditions are met:
· For interval flushes for the hygiene function, select the flush volume so that only the volume of the pipe to be flushed is flushed.
· For temperature-dependent flushing for the hygiene function, limit the flush time.
The following must also be observed for the Geberit HS30 and HS50 hygiene flush units in the concealed cistern:
If hot water is connected to solenoid valve V2 in Geberit HS30 and HS50 hygiene flush units in the concealed cistern, solenoid valve V1 is always opened at the same time as solenoid valve V2. This happens irrespective of the activation of solenoid valve V1. This keeps the water temperature in the cistern low.
ATTENTION
Damage to the concealed cistern due to hot water Prolonged flushing with hot water can damage the concealed cistern. The building automation system must ensure that the following conditions are met:
Maximum flush volume per day and solenoid valve: 40 litres Minimum flush interval: 12 hours
Flush programmes for hygiene flushes
When controlling the Geberit HS30 or HS50 hygiene flush unit through the Geberit Gateway, a building automation system or a PLC, the local flushing programmes in the hygiene flush units must be switched off. Flushing processes that are otherwise undesired can be actuated or cancelled because the hygiene flush unit processes all flush actuations equally.
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5.8 Connection to Geberit Cloud
5.8 Connection to Geberit Cloud
The Geberit Cloud Services can be used for service functions, firmware updates and notifications.
To use the Geberit Cloud Services, the Geberit Gateway is connected via LAN or WLAN to a router with an internet connection. The connection to the router is established via a standard LAN cable with RJ45 plug or wirelessly via WLAN.
Geberit cloud server
The Geberit Cloud Services are operated on Microsoft Azure1) servers.
Data Protection
When using the Geberit cloud services, the privacy policy and the conditions of use in the Geberit Control app must be observed.
Local firewall settings
If the Geberit Gateway is operated behind a firewall, it must be ensured that the Geberit Gateway can reach the Geberit cloud server.
If a local firewall restricts outgoing connections to the Geberit cloud servers, an exception must be defined for Microsoft Azure services. Further information: https://learn.microsoft.com/en-us/azure/virtual-network/service-tags-overview#servicetags-on-premises
Rule 1:
· Source: Network/Device(s)
· Destination: *.azure-devices.net ext-fqdn-global.azure-devices-provisioning.net ext-fqdn-wildcard-firmwarev1.services.geberit.com
· Ports: t-443-HTTPS t-8080
Rule 2:
· Source: Network/Device(s)
· Destination: Internet Services ,,Azure"
1) Microsoft Azure is a brand of the Microsoft Corporation.
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5.9 Network settings
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5.9 Network settings
If the Geberit gateway is integrated into a building automation system or the Geberit cloud services are used, the network settings must be known. The network settings must be agreed with the building automation engineer, the building IT specialist or the system integrator.
LAN settings
For building automation and Geberit cloud services (wired). The IP addresses can either be obtained automatically via a DHCP server or entered manually.
· IP assignment: automatic (DHCP) or manual · If IP assignment is manual
IPv4 address Subnet mask Standard gateway Preferred DNS server Alternative DNS server
WLAN settings
For Geberit cloud services (wireless). The IP addresses can either be obtained automatically via a DHCP server or entered manually. WLAN connections can only be established with networks of the security type "WPA2 Personal". To avoid interference, a WLAN network in the 5 GHz frequency band is recommended.
· SSID · Password · IP assignment: automatic (DHCP) or manual · If IP assignment is manual
IPv4 address Subnet mask Standard gateway Preferred DNS server Alternative DNS server
NTP servers
A local NTP server (Network Time Protocol) is used, for example, in isolated BACnet installations. Such BACnet installations are used, for example, in LANs that are used exclusively for building automation.
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5.10 Practical example 1: Connection of the end devices via Geberit Bus (GEBUS)
5.10 Practical example 1: Connection of the end devices via Geberit Bus (GEBUS)
The example shows a WC suite for men and women in a sports stadium. All Geberit Connect end devices such as WC flush controls, urinal flush controls and washbasin taps are connected via GEBUS to the Geberit Gateway.
Geberit Connect end devices:
· 11 Geberit WC flush controls with electronic flush actuation, mains operation, Sigma10 actuator plate · 5 Geberit urinal flush controls with electronic flush actuation, mains operation, type 10 cover plate · 8 Geberit Piave washbasin taps, deck-mounted, mains operation, for concealed function box
The Geberit Gateway is installed in an installation box in the anteroom of the men's WC. The GEBUS cables of the WC flush controls are routed in a star configuration to the installation box with 11 corrugated pipes1). The GEBUS cables of the urinal flush controls and washbasin taps are looped through and lead to the installation box with 3 corrugated pipes.
1) With electrical connection boxes behind the installation elements for WC, looped-through GEBUS cabling is also possible.
The WC flush controls each require a 230 V AC electrical connection. The urinal flush controls and washbasin taps are fed via the GEBUS cable.
The end devices are divided into 4 zones, corresponding to the 4 rooms. See "Zone division", page 46.
Zone 4 WC ladies
Zone 3 WC anteroom ladies
Zone 2 WC gentlemen
*(%86
*HEHULW *DWHZD\ Zone 1 WC anteroom gentlemen
*HEHULW*DWHZD\
Figure 25: Practical example 1: Connection via GEBUS 84
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5.10 Practical example 1: Connection of the end devices via Geberit Bus (GEBUS)
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5.10.1 Required components for connectivity
The following components are required for connectivity of Geberit Connect end devices. These components are required in addition to the standard installation without connectivity.
Number
11
13 1 1 1 2
Component
Article number
Geberit bus converter with integrated power supply unit, for Power & Connect Box, or
116.097.00.1
Geberit set of Power & Connect box and GEBUS converter with integrated
power supply unit, for element for wall-hung WC
116.099.00.1
(if element for wall-hung WC does not contain Power & Connect box)
Geberit bus converter for concealed urinal flush controls and washbasin taps with a function box
116.371.00.1
Geberit Gateway
116.490.00.1
Geberit installation box for Gateway
116.491.00.1
Geberit cover plate
116.425.11.1 or 116.421.00.1
Geberit bus cable, length 100 m
116.493.00.1
Electrical installation material on-site
The following graph shows a cost comparison between the standard installation without connectivity and the installation with connectivity for this practical example. Additional connectivity with Geberit Connect is very cost-effective.
Initial situation: The building is in the installation phase.
>@
Standard installation
Installation with Geberit Connect
6 Geberit Connect 5 Miscellaneous 4 Tiles 3 Electrical installation 2 Plasterer, painter and carpenter work,
Floor coverings 1 Sanitary installation
Figure 26: Practical example 1: Cost comparison with and without Geberit Connect
5.10.2 EDE file for building automation
An EDE file (Engineering Data Exchange) is required for integration into a building automation system via BACnet/IP. The EDE file contains all BACnet objects of the Geberit Gateway and the assigned end devices, grouped by zones. The EDE file is generated after commissioning and can be downloaded in CSV format via the Geberit Control app and the Geberit Gateway.
The EDE file of this practical example can be seen in the appendix. See "EDE file for practical example 1", page 149.
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5.11 Practical example 2: Connection of the end devices via Bluetooth®, battery operation
5.11 Practical example 2: Connection of the end devices via Bluetooth®, battery operation
The example shows a men's WC in an office or administration building. No mains cables are laid to the individual sanitary appliances. Therefore, Geberit Connect end devices with battery operation are used. To avoid having to pull in additional cables for the GEBUS, connection to the Geberit Gateway is established via Bluetooth®.
Installed Geberit Connect end devices:
· 4 Geberit WC flush controls with electronic flush actuation, battery operation, Sigma10 actuator plate · 4 Geberit urinal flush controls with electronic flush actuation, battery operation, type 10 cover plate · 2 Geberit Piave washbasin taps, deck-mounted, battery operation, for concealed function box
The Geberit Gateway is installed in a plastic control cabinet in the anteroom of the men's WC. The Geberit Gateway must be located in the same room as the end devices to ensure the Bluetooth® connection to the Geberit Gateway.
The end devices are all in the same zone. See "Zone division", page 46.
Zone 1 Men's WC
*HEHULW *DWHZD\
%OXHWRRWK
*HEHULW*DWHZD\
Figure 27: Practical example 2: Connection via Bluetooth®
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5.11 Practical example 2: Connection of the end devices via Bluetooth®, battery operation
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5.11.1 Required components for connectivity
The following components are required for the subsequent connectivity of the Geberit Connect end devices:
Number 1
Component Geberit Gateway Plastic control cabinet on-site Electrical installation material on-site
Article number 116.490.00.1
The following graph shows a cost comparison between the standard installation without connectivity and the installation with connectivity for this practical example. Additional connectivity with Geberit Connect is very cost-effective.
Initial situation: The existing sanitary room is being renovated and fitted with new sanitary appliances.
>@
Standard installation
Installation with Geberit Connect
6 Geberit Connect 5 Miscellaneous 4 Tiles 3 Electrical installation 2 Plasterer, painter and carpenter work,
Floor coverings 1 Sanitary installation
Figure 28: Practical example 2: Cost comparison with and without Geberit Connect
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5.12 Practical example 3: Connection of the end devices via Bluetooth®, retrofitting
5.12 Practical example 3: Connection of the end devices via Bluetooth®, retrofitting
The example shows a men's WC in an office or administration building. The individual sanitary appliances were installed before 2022 and are therefore not compatible with Geberit Connect. The sanitary appliances are to be retrofitted with Geberit Connect so that they can be connected. To avoid having to pull in additional cables for the GEBUS, connection to the Geberit Gateway is established via Bluetooth®.
Installed sanitary appliances (without Geberit Connect):
· 4 Geberit WC flush controls with electronic flush actuation, mains operation, Sigma10 actuator plate · 4 Geberit urinal flush controls with electronic flush actuation, mains operation, type 10 cover plate · 2 Geberit Piave washbasin taps, deck-mounted, mains operation, for concealed function box
For retrofitting with Geberit Connect, only the control unit of each sanitary appliance needs to be replaced. Suitable spare parts are available for this purpose. See table "Required components for retrofitting", page 89.
The Geberit Gateway is installed in a plastic control cabinet in the anteroom of the men's WC. The Geberit Gateway must be located in the same room as the end devices to ensure the Bluetooth® connection to the Geberit Gateway.
The end devices are all in the same zone. See "Zone division", page 46.
Zone 1 Men's WC
*HEHULW *DWHZD\
%OXHWRRWK
*HEHULW*DWHZD\
Figure 29: Practical example 3: Connection via Bluetooth® 88
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5.12 Practical example 3: Connection of the end devices via Bluetooth®, retrofitting
5 Planning
5.12.1 Required components for retrofitting
The following components are required for retrofitting to Geberit Connect end devices:
Number 4 4 2 1
Component Geberit electronics module for WC flush control, automatic, 3-4.1 V Geberit sensor electronics for urinal flush controls Geberit flush controls for Piave and Brenta washbasin taps Geberit Gateway Plastic control cabinet on-site Electrical installation material on-site
Article number 241.476.00.1 241.941.00.1 243.689.00.1 116.490.00.1
5.12.2 General procedure for retrofitting with Geberit Connect
The following procedure is recommended for retrofitting existing sanitary appliances with Geberit Connect:
1 Check existing sanitary appliances for compatibility with Geberit Connect. The Geberit Connect logo
is visible on the specification plate of compatible sanitary appliances.
2 If the sanitary appliances are not compatible, replace the flush control and other components if
necessary. See "Required components for retrofitting", page 89 table. The sanitary appliances have now been converted to Geberit Connect end devices.
3 Commission Geberit Connect end devices and check function.
4 Install Geberit Gateway in a plastic control cabinet and place the control cabinet provisionally.
Establish temporary power supply. If the Bluetooth® connection is insufficient and not all end devices can be assigned, the control cabinet can simply be relocated.
5 Assign Geberit Connect end devices to the Geberit Gateway. See "Assigning end devices
connected via Bluetooth", page 99.
6 Permanently mount the control cabinet with Geberit Gateway.
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5.12 Practical example 3: Connection of the end devices via Bluetooth®, retrofitting
Required components for retrofitting sanitary appliances with Geberit Connect
Sanitary appliances without Geberit Connect logo on Required components for retrofitting the specification plate
Geberit WC flush controls with electronic flush actuation, with Sigma10 actuator plate
Geberit electronic module for WC flush control, automatic, 3-4.1 V, art. no. 241.476.00.1
Geberit WC flush controls with electronic flush actuation, with Sigma80 actuator plate
· Geberit WC flush control with electronic flush actuation, mains operation, with Sigma80 actuator plate, art. no. 116.090.xx.6
· Geberit installation set with power supply unit, for WC flush controls with electronic flush actuation, 12 V, art. no. 115.861.00.6
· Geberit type 212 flush valve, complete, art. no. 244.820.00.1
Geberit WC flush controls with electronic flush actuation, for external push button or IR button
Geberit lifting device and control unit, for push button, 3-4.1 V, art. no. 245.545.00.6
Geberit WC flush controls with electronic flush actuation, for RFcontrolled buttons
Geberit Preda, Selva and Tamina urinals with integrated flush control
Geberit urinal flush control with electronic flush actuation, concealed installation
Geberit Piave and Brenta washbasin taps
Geberit type 80 washbasin taps
Geberit type 185/186 washbasin taps
Geberit lifting device and control unit, for RF-controlled buttons, 3-4.1 V, art. no. 245.549.00.6
Geberit control electronics for integrated urinal flush control, art. no. 243.324.00.1
Geberit sensor electronics for urinal flush control, art. no. 241.941.00.1
Geberit control for Piave and Brenta washbasin taps art. no. 243.689.00.1
Geberit electronics module for type 80 washbasin taps, art. no. 245.469.00.1
Geberit electronic module for type 185/186 washbasin taps, art. no. 242.251.00.1
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6.1 Commissioning procedure
6 Commissioning
6 Commissioning
6.1 Commissioning procedure
A Geberit Connect system can be commissioned in the following steps. The individual steps are described in detail in the next chapter. If there are several Geberit Gateways in the building, commission each Geberit Gateway separately.
Commission Geberit Connect system
Qualified persons involved
Check prerequisites: End devices and Geberit Gateway are installed and functional End devices are connected to Geberit Gateway via GEBUS Zone division is defined LAN/WLAN connection is available and network settings are known
Plumber, Geberit professional, Building computer technician
Connect Geberit Control app with Geberit Gateway
Assign end devices connected via GEBUS
Assign end devices connected via Bluetooth®
Configure LAN/WLAN
Configure BACnet/IP and transfer EDE file
Make settings for the end devices (optional)
Geberit professional, Plumber
Geberit professional, plumber with assistant
Geberit professional, plumber with assistant
Geberit professional, Building computer technician, Systems integrator
Geberit professional, Building computer technician, Systems integrator
Geberit professional, Plumber
Recording flushing programmes for GHS (optional)
Create and transfer commissioning report
Check result: All end device devices are assigned to the Geberit Gateway Commissioning report and EDE file are transferred
Geberit professional, plumber
Geberit professional, Building computer technician, Building operator
Geberit professional, Building computer technician, Building operator
Geberit Connect system is ready for operation
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6 Commissioning
6.2 Checking requirements
6.2 Checking requirements
The commissioning of a Geberit Connect system may only be carried out by qualified persons. See "Qualified persons involved", page 9.
The following prerequisites must be met:
· Geberit Connect end devices are installed and functional. · Geberit Gateway is installed and ready for operation. · Geberit Connect end devices and Geberit Gateway are connected with the GEBUS cable (when connected
via GEBUS). · Zone division is available. See "Zone division", page 46. · LAN/WLAN connection is available and network settings are known (when connected to building
automation system or Geberit Cloud). · BACnet/IP parameters are known (when connected to building automation system). · Power supply is switched on.
When the power supply is applied, the Geberit Gateway and the Geberit Connect end devices start up as follows:
Geberit Gateway
Electrical connection LED
All other LEDs
Bootloader OK
Start-up process (1-2 minutes)
Operating system OK Cloud connection OK
Applications OK
Geberit Gateway is ready for operation
Current status see "LED display", page 21.
Geberit bus converter, Geberit HS50 hygiene flush unit
LED
End device is automatically addressed at GEBUS.
End device is addressed at GEBUS.
Voltage on the GEBUS too low (only Geberit bus converter) Check wiring.
Geberit temperature and volumetric flow rate sensors
LED
End device is automatically addressed at GEBUS.
End device is addressed at GEBUS.
When all LEDs of the end devices with LEDs (e.g. on the Geberit bus converter) light up green, the Geberit Connect system is ready for commissioning.
If the LEDs of the end devices do not light up green, check the wiring of the GEBUS cable.
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6.3 Connecting Geberit Control app to Geberit Gateway
6 Commissioning
6.3 Connecting Geberit Control app to Geberit Gateway
Status
In the lists under [New End Devices] and [My End Devices], in the Connectivity Manager and in the zone visualisation, the status of each end device is displayed as follows:
Use
Indicates that usage has been detected on the end device.
Signal strength
Indicates the strength of the Bluetooth® signal.
Warning Malfunction or error
Indicates that there is a warning on the end device. See "Troubleshooting", page 125.
Indicates that there is a fault or error on the end device. See "Troubleshooting", page 125.
Example:
My end devices
Geberit Connect systems Gateway sanitary room 1st floor
Connect Geberit Control app with Geberit Gateway:
1 Approach Geberit Gateway.
2 Open the Geberit Control app.
3 Log in with Geberit ID.
4 Select the Geberit Gateway under [New end devices] and start pairing. Follow the instructions in the
Geberit Control app. Pairing can be achieved either by pressing the pairing button or by entering the pairing secret. See "Structure", page 19. Pairing is started.
LED on the Geberit Gateway:
5
Assign password1).
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6.3 Connecting Geberit Control app to Geberit Gateway
6 Assign name for Geberit Gateway or for Geberit Connect system and connect.
Pairing is completed. LED on the Geberit Gateway:
Gateway sanitary room 1st floor
Connectivity manager
Network
BACnet
Settings
Flush settings
Protocols
Information
Support
7 Activate Cloud Services under [Settings] Geberit Cloud Services. The Geberit Cloud Services can be
used for service functions, firmware updates and notifications.
8 If a new firmware version is available, perform a firmware update. See "Updating firmware",
page 123. A new firmware version is indicated with an orange warning sign.
1) Password: It is recommended to write down the password of the Geberit Gateway. If the password has been forgotten, the pairing secret of the Geberit Gateway must be entered to reset the password. The password of the Geberit Gateway also protects all assigned end devices from unauthorised access. To access an end device, a connection to the Geberit Gateway must first be established.
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6.4 Assigning end devices connected via GEBUS
6 Commissioning
6.4 Assigning end devices connected via GEBUS
2 people are required for this activity. The first person must always be near the Geberit Gateway so that the Bluetooth® connection to the Geberit Control app is guaranteed. The second person goes from end device to end device to actuate uses. It is recommended to use hand-held radios or similar for communication between the two people. That way, the smartphone with the Geberit Control app can be used exclusively for commissioning. While the end devices are being assigned, they must not be used by other people. It is recommended to close the sanitary rooms for use.
If end devices are connected in a Geberit Connect system via GEBUS and via Bluetooth®, always assign the end devices with GEBUS connection first.
1 1. person: Select Geberit Connect system or Geberit Gateway under [My End Devices]. 2 Select [Centralised Operation].
Connection to the gateway is established.
3 Activate [Notifications] if desired. 4 Select Geberit Gateway.
The home page of the Geberit Gateway is displayed:
Gateway sanitary room 1st floor
Connectivity manager
Network
BACnet
Settings
Flush settings
Protocols
Information
Support
5 Open [connectivity manager].
A list of all end devices detected on the GEBUS is displayed.
6 Check whether all end devices are listed. 7 2. person: Approach first end device.
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6 Commissioning
6.4 Assigning end devices connected via GEBUS
It is recommended to assign the end devices within a sanitary room in a clockwise direction. The order of assignment results in the order of the end devices in the corresponding zone.
8 Actuate use at the end device so that the end device can be identified in the list. Depending on the
end device, use is actuated differently. See "Actuate use" below. Use of the end device is indicated by a green circle symbol.
Connectivity manager
Non-connected devices
Type 01/10/30/50 FE000027448 Converter FB000005568
Type 01/10/30/50 FE000058474 Converter FB000005521
Type 01/10/30/50 FE000002148 Converter FB000000226
If the usage is not displayed in the Geberit Control app, the end device can also be identified via the serial number on the specification plate.
9 Select the corresponding end device from the list.
10
Create new zone or select and confirm existing zone. It is recommended to create a separate zone for each sanitary room. End device is assigned to the corresponding zone in the Geberit Gateway.
When assigning the end device, a check is performed as to whether a new firmware version is available. If yes, the firmware update is started, which may take a few minutes.
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6.4 Assigning end devices connected via GEBUS
6 Commissioning
11 Repeat steps 7-10 for all end devices.
Result The list in the [connectivity manager] no longer contains any un-connected end devices.
Zones
Connectivity manager
WC gentlemen
WC ladies
LED on the Geberit Gateway:
After the end devices have been assigned, they are connected with the Geberit Gateway.
Actuate use
· Piave and Brenta washbasin taps: Hold your hand in front of the IR sensor. · Urinal flush controls with type 01 / 10 / 20 / 40 / 50 cover plate: Hold your hand in front of the IR sensor. · Preda, Selva and Tamina urinals: Hold your hand in front of the IR sensor. · WC flush controls with Sigma10 or Sigma80 actuator plate or with IR button: Hold your hand in front of the
IR sensor. · HS05 hygiene flush units: Switch the mains voltage off and on again. · HS50 hygiene flush units: Press the <Test> button. · HS30/HS50 hygiene flush units in concealed cisterns: Press the <Test> button or trigger a manual flush. · Temperature and volumetric flow rate sensors for GEBUS: Actuate water flow via sensor. A change in the
volumetric flow rate indicates use.1) · Temperature sensors for GEBUS: Actuate water flow via sensor. A change in the water temperature
indicates use.1)
1) Do not cool down temperature sensors with cold spray. Cold spray can damage the sensor.
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6 Commissioning
6.4 Assigning end devices connected via GEBUS
Adjust zones The zones can be adjusted as follows:
Men's WC
Geberit WC flush controls
Adjust pos.
Sigma10 (Sigma 12, mains-operated) F9000032159 Converter FB010002157
Pos: 1
Sigma10 (Sigma 12, mains-operated) F9000021422 Converter FB010002385
Pos: 2
Geberit urinal flush controls
Type 01/10/30/50 FE000027448 Converter FB000005568
Type 01/10/30/50 FE000058474 Converter FB000005521
Adjust pos. Pos: 1
Pos: 2
Via [Adjust Pos.]: · Sequence of end devices within a zone Via the 3-dot menu : · Zone designation · Assignment of the end devices to a zone If a zone no longer contains any end devices, it is automatically deleted.
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6.5 Assigning end devices connected via Bluetooth
6 Commissioning
6.5 Assigning end devices connected via Bluetooth
While the end devices are being assigned, they must not be used by other people. It is recommended to close the sanitary rooms for use.
If end devices are connected in a Geberit Connect system via GEBUS and via Bluetooth®, always assign the end devices with GEBUS connection first.
1 Select Geberit Connect system or Geberit Gateway under [My End Devices]. 2 Select [Centralised Operation].
Connection to the gateway is established.
3 Activate [Notifications] if desired. 4 Select Geberit Gateway.
The home page of the Geberit Gateway is displayed:
Gateway sanitary room 1st floor
Connectivity manager
Network
BACnet
Settings
Flush settings
Protocols
Information
Support
5 Open [connectivity manager]. 6 Open [radio connection].
A list of all end devices connected via Bluetooth® is displayed.
7 Check whether all end devices connected via Bluetooth® are listed. 8 Approach first end device.
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6.5 Assigning end devices connected via Bluetooth
It is recommended to assign the end devices within a sanitary room in a clockwise direction. The order of assignment results in the order of the end devices in the corresponding zone.
9 Select the end device in the list.
If necessary, identify the end device using the serial number on the specification plate.
10 Pair with the end device according to the instructions in the Geberit Control app.
Depending on the end device, use must be triggered via the IR sensor or a button must be pressed.
11
If the end device has already been assigned to a Geberit Gateway, it is password-protected. The pairing secret must therefore be entered for a new assignment.
Create new zone or select and confirm existing zone. It is recommended to create a separate zone for each sanitary room. All end devices connected via Bluetooth® should be in the same sanitary room. End device is assigned to the corresponding zone in the Geberit Gateway.
12
When assigning the end device, a check is performed as to whether a new firmware version is available. If yes, the firmware update is started, which may take a few minutes.
Repeat steps 8-11 for all end devices.
Result The list under [Radio Connection] no longer contains any un-connected end devices.
After the end devices have been assigned, they are connected with the Geberit Gateway.
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6.5 Assigning end devices connected via Bluetooth
Adjust zones The zones can be adjusted as follows:
Men's WC
Geberit WC flush controls
Adjust pos.
Sigma10 (Sigma 12, mains-operated) F9000032159 Converter FB010002157
Pos: 1
Sigma10 (Sigma 12, mains-operated) F9000021422 Converter FB010002385
Pos: 2
Geberit urinal flush controls
Type 01/10/30/50 FE000027448 Converter FB000005568
Type 01/10/30/50 FE000058474 Converter FB000005521
Adjust pos. Pos: 1
Pos: 2
Via [Adjust Pos.]: · Sequence of end devices within a zone Via the 3-dot menu : · Zone designation · Assignment of the end devices to a zone If a zone no longer contains any end devices, it is automatically deleted.
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6.6 Configure LAN/WLAN
6.6 Configure LAN/WLAN
The network settings must be known. These must be agreed with the building automation engineer, the building IT specialist or the system integrator. The information required for configuration can be found under "Network settings", page 83.
1 Select Geberit Connect system or Geberit Gateway under [My End Devices]. 2 Select [Centralised Operation].
Connection to the gateway is established.
3 Select Geberit Gateway.
The home page of the Geberit Gateway is displayed:
Gateway sanitary room 1st floor
Connectivity manager
Network
BACnet
Settings
Flush settings
Protocols
Information
Support
4 Open [network]. 5 Adapt settings for LAN or WLAN.
If the wired network connection is not required, set [IP Assignment] to [Off].
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6.7 Configuring BACnet/IP
6 Commissioning
6.7 Configuring BACnet/IP
The BACnet/IP parameters must be known. These must be agreed with the building automation engineer, building computer technician or systems integrator. An EDE file with all BACnet objects is automatically created for integration into a building automation system. The BACnet objects can be edited (e.g. names of zones and end devices). The EDE file can be exported to a USB stick and imported again for editing.
1 Select Geberit Connect system or Geberit Gateway under [My End Devices]. 2 Select [Centralised Operation].
Connection to the gateway is established.
3 Select Geberit Gateway.
The home page of the Geberit Gateway is displayed:
Gateway sanitary room 1st floor
Connectivity manager
Network
BACnet
Settings
Flush settings
Protocols
Information
Support
4 Open [BACnet]. 5 Adjust configuration. 6 [Edit BACnet objects] if required. 7 [Export EDE file]. 8 Share EDE file with the building computer technician, building automation technician or systems
integrator.
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6.7 Configuring BACnet/IP
ATTENTION
Data security risk If the BACnet function is activated on the Geberit Gateway, the IP port that is defined under [BACnet] is opened. This can be a potential data security risk.
The Geberit Gateway must be protected by a firewall.
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6.8 Making settings for Geberit Connect end devices
6 Commissioning
6.8 Making settings for Geberit Connect end devices
Custom settings can be made for each end device if required: · Assign names · Activate functions such as interval flush · Set parameters such as flushing time or detection time Activating functions such as interval flush or setting flush times must be done for each end device separately. You can choose between centralised and local operation to access an end device. With centralised operation, all assigned end devices can be accessed via the Geberit Gateway. Local operation involves accessing the end device directly. See also "Operating and configuring end devices", page 112. Centralised operation is selected in the following instructions.
Prerequisite The Geberit Gateway is within range of the smartphone.
1 Select Geberit Connect system or Geberit Gateway under [My End Devices].
2 Select [Centralised Operation].
Connection to the gateway is established.
3 Select the zone with the desired end device.
A list with the end devices in the corresponding zone is displayed.
Men's WC
Geberit WC flush controls
Sigma10 (Sigma 12, mains-operated) F9000032159 Converter FB010002157
Sigma10 (Sigma 12, mains-operated) F9000021422 Converter FB010002385
Geberit urinal flush controls
Type 01/10/30/50 FE000027448 Converter FB000005568
Type 01/10/30/50 FE000058474 Converter FB000005521
Pos: 1 Pos: 2
Pos: 1 Pos: 2
4
Select end device.1)
Connection is established with end device.
5 Under [Settings], change the name and make the desired settings.
6 Carry out a function test (e.g. actuate flush via IR sensor).
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6.8 Making settings for Geberit Connect end devices
7 Repeat steps 4-6 for all end devices.
1) A use can be actuated to identify the end device in the list. A green circle symbol is displayed on the end device.
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6.9 Recording flushing programmes for Geberit Hygiene System (GHS)
6 Commissioning
6.9 Recording flushing programmes for Geberit Hygiene System (GHS)
If end devices are to be used for automatic water replacement in the Geberit Connect system, the corresponding flushing programmes can be defined centrally in the Geberit Gateway. See "Geberit Hygiene System (GHS)", page 58.
Notes on flushing programmes in connected operation:
· The factory-set flushing programmes on the end devices (interval flushes) are not deactivated when flushing programmes are set in connected operation. To avoid undesired flushing processes and increased water consumption, the local flushing programmes on the end devices must be deactivated.
ATTENTION
High water consumption due to undesired flushing processes In connected operation, deactivate all local flushing programmes in the end devices, such as
interval flushing.
· If the Geberit Gateway fails, the flushing programmes are no longer executed in connected operation. The local flushing programmes also remain deactivated.
· If changes are made to the Geberit Connect system (zones, end devices), the flushing programmes in connected operation must be re-entered or checked.
· Flushing programmes in connected operation are numbered consecutively when they are recorded. When a flushing programme is deleted, the number is reassigned.
Prerequisite The Geberit Gateway is within range of the smartphone. For HS50 hygiene flush units and HS30/HS50 hygiene flush units in concealed cisterns, the solenoid
valves are configured for cold and hot water.
1 Select Geberit Connect system or Geberit Gateway under [My End Devices].
2 Select [Centralised Operation].
Connection to the gateway is established.
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6.9 Recording flushing programmes for Geberit Hygiene System (GHS)
3 Select Geberit Gateway.
The home page of the Geberit Gateway is displayed:
Gateway sanitary room 1st floor
Connectivity manager
Network
BACnet
Settings
Flush settings
Protocols
Information
Support
4 Select [flush settings].
The number of logged flushing programmes is displayed for each zone (example: (3/5) = total of 5 flushing programmes, 3 of which are executed in the active operation mode).
Flush settings
Active operation mode
Normal operation
WC gentlemen
2/3
WC ladies
2/3
5 Set active [operation mode].
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6.9 Recording flushing programmes for Geberit Hygiene System (GHS)
6 Commissioning
6 Select the zone with the desired end device.
The flushing programmes already logged are displayed and sorted by end device type.
WC gentlemen
Enable time Geberit WC flush controls Sigma10 (Sigma 12, mains-operated)
Interval #1
Flush interval
72 h
Flush volume
9 l
Geberit urinal flush controls Preda/Selva/Tamina
Difference #2
Nominal quantity
12 l
Flush interval
72 h
7 If necessary, enter [Enable time]. See "Flushing programmes for GHS", page 63.
8 Enter a new flushing programme with [+] or
change an existing flushing programme.
9 Select the end device and enter the parameters of the flushing programme. See "Flushing
programmes for GHS", page 62.
10 Enter more flushing programmes. Several flushing programmes can be entered for each end device,
a total of 60 for each Geberit Gateway.
The end device can be identified in the list by actuating a use. A water flow can be triggered by the sensor with GEBUS sensors. A change in the volumetric flow rate or temperature indicates use. The current measured value can also be checked in the Geberit Control app for the respective sensor under [Logs] or displayed in the sensor log.
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6 Commissioning
6.10 Creating and transferring the commissioning report
6.10 Creating and transferring the commissioning report
All settings during commissioning, zone configuration and all flushing programmes are saved in a commissioning report. This report is handed over to the building operator after commissioning. The Geberit Gateway also provides other reports. See "Protocols", page 36. The commissioning report is created as follows:
1 Select Geberit Connect system or Geberit Gateway under [My End Devices]. 2 Select [Centralised Operation].
Connection to the gateway is established.
3 Select Geberit Gateway.
The home page of the Geberit Gateway is displayed:
Gateway sanitary room 1st floor
Connectivity manager
Network
BACnet
Settings
Flush settings
Protocols
Information
Support
4 Open [logs]. 5 Select and export the [commissioning report]. 6 Share the commissioning report with the relevant persons.
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6.11 Finalising commissioning
6 Commissioning
6.11 Finalising commissioning
Check the commissioning result: · All end devices are assigned to the Geberit Gateway. Only zones are listed under [My End Devices] in the
Geberit Connect system. No un-connected end devices are visible.
Geberit Gateway
Geberit Gateway
Gateway sanitary room 1st floor Geberit Gateway Notifications
Zones
WC gentlemen
WC ladies
· All active LEDs on the Geberit Gateway light up green. · The LEDs on all end devices with LEDs (e.g. on the Geberit bus converter) light up green. · Commissioning report has been transferred to the building operator. · The EDE file is transferred to the building automation technician. · All authorised people have access to the Geberit Control app or have a Geberit ID. · All authorised people have access to the Geberit Gateway and the assigned end devices. · All end devices are configured. If errors occur, the status of the Geberit Gateway can be determined from the LEDs. See "LED display", page 21.
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7 Use
7.1 Operating and configuring end devices
7 Use
7.1 Operating and configuring end devices
An end device in a Geberit Connect system can be accessed using the Geberit Control app. You can choose between centralised and local operation.
7.1.1 Centralised operation
With centralised operation, all end devices are accessed from the Geberit Gateway. The Geberit Control app connects itself to the Geberit Gateway. Application: · To commission a Geberit Connect system · For centralised operation of the end devices from one location · To manage the zones Access:
1 Approach Geberit Gateway. 2 Select Geberit Connect system or Geberit Gateway under [My End Devices].
My end devices
Geberit Connect systems
Gateway sanitary room 1st floor
3 Select [Centralised Operation].
Bluetooth® connection to the Geberit Gateway is established. All zones in the Geberit Connect system are displayed. See also "Functions per zone",
page 116.
Geberit Gateway
Geberit Gateway Gateway sanitary room 1st floor Geberit Gateway
Notifications
Zones
WC gentlemen
WC ladies
4 Select the zone with the desired end device.
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7.1 Operating and configuring end devices
7 Use
5 Select the desired end device.
Connection to the end device is established (via Geberit Gateway and GEBUS or Bluetooth® to the end device).
Type 01 / 10 / 30 / 50
Mains operation
Settings
Information
Cleaning
Manual flush
Product catalogue
Service request
Protocols
Connection to the end device:
%OXHWRRWK
*HEHULW &RQWURO$SS
Figure 30: Example: Centralised operation of a washbasin tap
The following functions are available per end device:
· Activate cleaning mode · Actuate flush · Change settings · Activate or deactivate functions · Read out statistics
Certain functions, such as activating cleaning mode, can be carried out simultaneously for all end devices in a zone. See also "Functions per zone", page 116.
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7 Use
7.1 Operating and configuring end devices
7.1.2 Local operation
For local operation, the Geberit Control app is used to access an end device directly. Application: · For operating an end device regardless of the location of the Geberit Gateway · For executing functions directly on the end device Access:
1 Approach the required end device. 2 Select Geberit Connect system or Geberit Gateway under [My End Devices].
My end devices
Geberit Connect systems
Gateway sanitary room 1st floor
3 Select [Local Operation].
All zones in the Geberit Connect system are displayed. See also "Functions per zone", page 116.
Geberit Gateway
Geberit Gateway Gateway sanitary room 1st floor Geberit Gateway
Notifications
Zones
WC gentlemen
WC ladies
4 Select the zone with the desired end device.
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5 Select the desired end device (note the signal strength).
Bluetooth® connection is established with the end device.
Type 01 / 10 / 30 / 50 Mains operation
7 Use
Settings
Information
Cleaning
Manual flush
Product catalogue
Service request
Protocols
Connection to the end device:
%OXHWRRWK
*HEHULW &RQWURO$SS
Figure 31: Example: Local operation of a washbasin tap
The following functions are available per end device:
· Activate cleaning mode · Actuate flush · Change settings · Activate or deactivate functions · Read out statistics
Certain functions, such as activating cleaning mode, can be carried out simultaneously for all end devices in a zone. See also "Functions per zone", page 116.
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7.1 Operating and configuring end devices
7.1.3 Functions per zone
Certain functions, such as activating cleaning mode, can be carried out simultaneously for all end devices in a zone. If such a function is available, the zone on the right contains a blue bar.
The same functions are also available for the end devices after opening the zone.
Geberit Gateway
Geberit Gateway Gateway sanitary room 1st floor Geberit Gateway
Notifications Zones
WC gentlemen
WC ladies
Men's WC
Geberit urinal flush controls
Preda/Selva/Tamina urinals FE040000328 Converter FB000000218
Preda/Selva/Tamina urinals FE040000187 Converter FB000000552
Preda/Selva/Tamina urinals FE040000717 Converter FB000000318
Preda/Selva/Tamina urinals FE040000822 Converter FB000000157
Preda/Selva/Tamina urinals FE040000937 Converter FB000000203
Geberit WC flush controls
Pos: 1 Pos: 2 Pos: 3 Pos: 4 Pos: 5
Sigma10 (Sigma 12, mains-operated) F9000002188 Converter FB000000517
Pos: 1
Sigma10 (Sigma 12, mains-operated) F9000002198 Converter FB000000558
Pos: 2
Sigma10 (Sigma 12, mains-operated) F9000004486 Converter FB000000668
Pos: 3
By sliding the zone to the left, the functions, such as activating cleaning mode, appear.
Geberit Gateway
Geberit Gateway Gateway sanitary room 1st floor Geberit Gateway
Notifications Zones WC gentlemen
WC ladies
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7.2 Setting the operation mode for the Geberit Hygiene System (GHS)
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7.2 Setting the operation mode for the Geberit Hygiene System (GHS)
The operation mode determines which flushing programmes run in the GHS. In a school, for example, one operation mode with flushing programmes can be defined for normal operation and another with flushing programmes for vacation operation. The active operation mode applies to all zones and the Geberit Connect end devices they contain. If the operation mode is set to [Off], a flushing programme is not executed. The active operation mode is set in the Geberit Control app or through the building automation system.
Prerequisite The Geberit Gateway is within range of the smartphone.
1 Select Geberit Connect system or Geberit Gateway under [My End Devices].
2 Select [Centralised Operation].
Connection to the gateway is established.
3 Select Geberit Gateway.
The home page of the Geberit Gateway is displayed.
4 Select [flush settings].
5 Set active [operation mode].
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7.3 Managing zones and end devices
7.3 Managing zones and end devices
In a Geberit Connect system, end devices can also be added or removed or the zones customised during operation.
When customising the zones or after adding or removing end devices, the flushing programmes in connected operation must be entered again.
7.3.1 Adding end devices
To add a new end device, follow the same procedure as for commissioning: · End devices connected via GEBUS: See "Assigning end devices connected via GEBUS", page 95. · End devices connected via Bluetooth®: See "Assigning end devices connected via Bluetooth", page 99.
7.3.2 Managing zones and removing end devices
1 Approach Geberit Gateway. 2 Select Geberit Connect system or Geberit Gateway under [My End Devices].
My end devices
Geberit Connect systems
Gateway sanitary room 1st floor
3 Select [Centralised Operation].
Bluetooth® connection to the Geberit Gateway is established.
Geberit Gateway
Geberit Gateway Gateway sanitary room 1st floor Geberit Gateway
Notifications Zones
WC gentlemen
WC ladies
4 Select Geberit Gateway. 5 Open [connectivity manager].
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6 Select the desired zone.
Men's WC
Geberit WC flush controls
Adjust pos.
Sigma10 (Sigma 12, mains-operated) F9000032159 Converter FB010002157
Pos: 1
Sigma10 (Sigma 12, mains-operated) F9000021422 Converter FB010002385
Pos: 2
Geberit urinal flush controls
Type 01/10/30/50 FE000027448 Converter FB000005568
Type 01/10/30/50 FE000058474 Converter FB000005521
Adjust pos. Pos: 1
Pos: 2
Manage zones
7 Use [Adjust Pos.] to adjust the position of an end device within a zone.
8 Via the 3-dot menu
Adapt the designation of the zone or the assignment of the end devices to a zone.
Remove end device
9 Via the 3-dot menu
Select end device and [Remove]. End device is no longer assigned to the Geberit Gateway.
10 Demount the end device.
7 Use
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7.4 Replacing end device
7.4 Replacing end device
If a Geberit Connect end device needs to be replaced, the following procedure applies:
End device with connection via GEBUS
This procedure applies to all end devices including GEBUS sensors that are connected directly or via a Geberit bus converter.
1 Ensure that the Connect LED on the Geberit Gateway lights up green.
2 Remove the defective end device or defective Geberit bus converter.
3 Mount and connect a new end device or new Geberit bus converter.
4 Wait at least 1 minute.
When the GEBUS cable is connected, the new end device is automatically assigned to the Geberit Gateway.
The settings are applied.
5 Ensure that the Geberit Connect LED on the Geberit Gateway lights up green again.
If an end device cannot be automatically assigned, the Geberit Connect LED on the Geberit Gateway lights up red.
1 Manually assign the end device in the [connectivity manager] of the Geberit Control app.
See "Assigning end devices connected via GEBUS", page 95.
Notes:
· Do not interrupt the power supply to the Geberit Gateway. · Replace only one end device or one Geberit bus converter at a time. · Geberit Connect end devices with Geberit bus converters:
For end devices with Geberit bus converters, the control unit and the Geberit bus converter are linked together. Replacing Geberit bus converters between end devices may result in the end devices being assigned to the wrong zone afterwards. It is recommended not to replace Geberit bus converters between the end devices. · Geberit HS30 and HS50 hygiene flush units (in concealed cisterns): The settings are not applied when a hygiene flush unit is replaced. All settings, including flush programmes, can be reset using the Geberit Control app. · All other end devices: When replacing an end device, the flushing programmes in connected operation are retained. Nevertheless, it is advisable to check the flushing programmes.
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7.4 Replacing end device
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End device with connection via Bluetooth®
2 Remove the defective end device or defective Geberit bus converter. 3 Install new end device or new Geberit bus converter. 4 Select Geberit Connect system or Geberit Gateway under [My End Devices]. 5 Select [Centralised Operation].
Connection to the Geberit Gateway is established.
6 Select Geberit Gateway. 7 Open [connectivity manager]. 8 Open zone with faulty end device. 9 Select the faulty end device via the 3-dot menu and [Remove].
Faulty end device is no longer assigned to the Geberit Gateway.
10 Assign new end device to the Geberit Gateway. See "Assigning end devices connected via
Bluetooth", page 99.
11 Configure new end device. The settings are not applied.
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7.5 Displaying and evaluating logs
7.5 Displaying and evaluating logs
Various logs from the Geberit Gateway and the assigned Geberit Connect end devices can be retrieved via the Geberit Control app. The logs contain the data for the entire Geberit Connect system or for individual end devices. The logs can be exported and shared for further evaluation. The following logs are available: · Uses and flushes · Measured values · Events · Sensor values · Commissioning report The flush logs and the sensor logs can be used to verify compliance with drinking water hygiene. For details, see "Protocols", page 36. The logs can be called up in the Geberit gateway and at the end devices under [Logs]:
Type 01 / 10 / 30 / 50
Mains operation
Settings
Information
Cleaning
Manual flush
Product catalogue
Service request
Protocols
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7.6 Updating firmware
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7.6 Updating firmware
If a firmware update is available for a Geberit Connect end device or the Geberit Gateway, this is displayed in the Geberit Control app by an orange warning sign. Firmware for the Geberit Gateway is updated either through Geberit Cloud Services or using a USB flash drive. The firmware file of the Geberit Gateway also contains firmware updates for end devices. After the firmware update of the Geberit Gateway, firmware updates are also automatically carried out on the assigned end devices, if necessary. For individual end devices, the firmware update can also be carried out directly in the Geberit Control app.
7.6.1 Firmware update with USB stick
If a firmware update is available, the corresponding firmware file can be downloaded via a download link and transferred to the Geberit Gateway using a USB flash drive. A user manual for the current firmware version is available at 972.341.00.0 or in the online product catalogue on the Geberit Gateway. The user manual contains instructions with a download link for the firmware file and the release notes for the corresponding firmware version.
Prerequisite The user manual for the firmware update is available. A standard USB flash drive with FAT32 file system is available.
1 Use the download link in the user manual to download the firmware file (approx. 100 MB).
2 Copy the firmware file (*.GSI) to the root directory of the USB flash drive. Only 1 firmware file is
allowed to be located in the root directory.
3 Insert the USB flash drive into the front side of the Geberit Gateway.
4 Connect the Geberit Control app to Geberit Gateway.
The new firmware version is displayed with a warning sign.
Gateway sanitary room 1st floor
5 Open [firmware] and start firmware update.
The progress of the firmware update is indicated by the LEDs on the Geberit Gateway. See "LED sequence during firmware update of the Geberit Gateway", page 124.
The connection to the Geberit Control app is interrupted during the firmware update.
Only unplug the USB flash drive once the white mains connection LED on the Geberit Gateway is no longer flashing.
If problems occur during the firmware update, disconnect the power supply to the Geberit Gateway for approx. 10 seconds.
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7.6.2 Firmware update with Geberit cloud services
Prerequisite
The Geberit Gateway is connected to the Internet via a router (LED
).
The Geberit Cloud Services are activated (LED
).
1 Connect the Geberit Control app to Geberit Gateway.
The new firmware version is displayed with a warning sign.
Gateway sanitary room 1st floor
7.6 Updating firmware
2 Open [firmware] and start firmware update.
The firmware file is downloaded and the firmware update starts. The progress of the firmware update is indicated by the LEDs on the Geberit Gateway. See
"LED sequence during firmware update of the Geberit Gateway", page 124. The connection to the Geberit Control app is interrupted during the firmware update.
7.6.3 LED sequence during firmware update of the Geberit Gateway
Phase
Electrical connection LED
All other LEDs
Applications are being terminated
Firmware update active
Firmware file is being checked Firmware file is being installed
Geberit Gateway ready for operation
Firmware update failed
Installation is completed Current status see "LED display", page 21.
Firmware file check failed
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7.7 Troubleshooting
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7.7 Troubleshooting
If faults occur in the Geberit Connect system, it is recommended that you carry out the following steps as malfunction diagnosis.
1 Test the function of the end devices. If necessary, rectify the fault using the maintenance manual for
the end device.
2 Check whether warnings or faults are displayed in the Geberit Control app.
In the Geberit Control app, faults are displayed with warning signs (orange = warning, red = fault or error). Tapping the warning sign takes you to the corresponding warning or malfunction message. Expanding the message displays instructions on how to rectify it.
WC gentlemen
Geberit WC flush controls
Sigma10 (Sigma 12, mains-operated) F9000032159 Converter FB010002157
Pos: 1
Sigma10 (Sigma 12, mains-operated) F9000021422 Converter FB010002385
Pos: 2
Geberit urinal flush controls
Preda/Selva/Tamina urinals FE040027448 Converter FB000005568
Preda/Selva/Tamina urinals FE000058474 Converter FB000005521
Pos: 1 Pos: 2
Preda urinal New notifications
Battery
Settings
Information
Current malfunctions
Solenoid valve not connected Battery power low Replace battery
If errors occur in the flushing programmes of the Geberit Hygiene System (GHS), these are reported with a warning sign and a general error under [Current errors]. Details of the errors are displayed on the Geberit Gateway under [Flush settings] and in the [flush log].
Errors and warnings in the Geberit Connect system are also reported by email if Geberit Cloud Services and notifications are activated.
Geberit Gateway
Geberit Gateway Gateway sanitary room 1st floor Geberit Gateway
Notifications
3 Check the LED display on the Geberit Gateway see "LED display", page 21. 4 Check LED display on end devices or Geberit bus converters see "LED display", page 26. 5 In the Geberit Control app, check whether newer firmware versions are available. 6 Malfunction diagnosis according to table "Troubleshooting", page 127. 7 If the fault diagnosis in the Geberit Control app is unsuccessful, send a [service request] under
[Support] or contact a Geberit specialist.
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7.7 Troubleshooting
Service request
A service request generates an email to the customer service department of the respective Geberit sales company with the following content:
· Sender · Data of the end device · Error description · Appendix with event log and commissioning report
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The error description must be entered manually, the remaining elements are generated automatically.
Troubleshooting instructions
Malfunction
Cause
Remedy
Power supply missing
Check LED on Geberit bus converter see "LED display", page 26 (for end devices with Geberit bus converter).
Check power supply. Check GEBUS cable (for power supply via
GEBUS).
End device does not flush.
Pipe pressure too low Test pipe pressure (0.510 bar).
End device is in cleaning mode
End cleaning mode using the Geberit Control app.
End device defective (flush control, solenoid valve, IR sensor)
In the Geberit Control app, check whether warnings or faults are displayed.
Repair the end device see the maintenance instructions of the end device.
Replace end device see "Replacing end device", page 120.
End device flushes continuously.
End device defective (flush control, solenoid valve, IR sensor)
In the Geberit Control app, check whether warnings or faults are displayed.
Repair the end device see the maintenance instructions of the end device.
Replace end device see "Replacing end device", page 120.
Interval flush programme is running
Check settings or flush settings.
User detection faulty (IR sensor dirty, detection range incorrectly set) End device flushes at the wrong time.
Flush settings incorrect
Check end device see maintenance instructions of the end device.
Check [Settings] of the end device in the Geberit Control app.
[Check the flush settings] of the Geberit Hygiene System (GHS) in the Geberit Gateway.
End device is assigned to Connect the Geberit Control app to Geberit
End device is not
a Geberit Gateway
Gateway and select the end device.
accessible via Bluetooth®
in the Geberit Control
End device is not
Check the specification plate. Geberit Connect
app.
compatible with Geberit
sign must be present.
Connect
Replace end device or converter.
End device is not accessible in the connectivity manager of the Geberit Control app.
Communication via GEBUS incorrect
No connection between end device and Geberit bus converter
Check LED on Geberit bus converter see "LED display", page 26 (for end devices with Geberit bus converter).
Check GEBUS cable.
Check the cable between the end device and the Geberit bus converter.
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7.8 Deactivating the Bluetooth® connection
Malfunction
Geberit Gateway is not accessible via Bluetooth®.
Cause Distance to Geberit Gateway too great
Software error
Remedy
Move closer to Geberit Gateway.
Check LED display at Geberit Gateway see "LED display", page 21.
Restart the Geberit Gateway under [Settings] in the Geberit Control app.
Geberit Gateway defective
Contact a Geberit professional.
Cable connection faulty
Check LED display at Geberit Gateway see "LED display", page 21.
Check LAN cable. Check the LEDs on the LAN cable female socket
at the bottom of the Geberit Gateway (LEDs flash during data traffic)
Geberit Gateway is not accessible via LAN/ WLAN or BACnet.
Configuration faulty Software error
Check Geberit Control app network and BACnet settings.
Restart the Geberit Gateway under [Settings] in the Geberit Control app.
No internet connection to Geberit Cloud Services
Check LED display at Geberit Gateway see "LED display", page 21.
Check router. Check network settings for LAN/WLAN with the
Geberit Control app.
Geberit Gateway defective
Contact a Geberit professional.
2 / 2
Recommended procedure for testing the GEBUS cable:
· Disconnect the GEBUS plug from the Geberit Gateway.
· Check all 4 cores of the GEBUS cable against one another for short circuits at the plug.
· Check whether voltage is present at the plug. There must be no voltage present. If it is, there might be another Geberit Gateway connected to the GEBUS.
· Row or tree topology: Disconnect all stacks and reconnect stacks individually. Check which end devices are recognisable in the Connectivity Manager.
7.8 Deactivating the Bluetooth® connection
In buildings with increased safety requirements, such as military facilities, power stations or banks, the building operator may request that the Bluetooth® connection be deactivated. This ensures that the end device cannot be manipulated and no data can be read out.
To deactivate and reactivate the Bluetooth® connection of Geberit Connect end devices permanently, a Geberit sales company must be consulted.
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7.9 Decommissioning the Geberit Connect system
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7.9 Decommissioning the Geberit Connect system
If a Geberit Connect system has to be decommissioned, the following procedure applies:
1 Use the Geberit Control app to connect to the Geberit Gateway. 2 Open [connectivity manager]. 3 Select zone. 4 Select all end devices on the 3-dot menu and [Remove]. 5 Repeat steps 3 and 4 for all zones.
The assignment of all end devices to the Geberit Gateway is revoked.
6 Open [Settings]. 7 [Reset end device].
The Geberit Gateway is reset to factory settings. If the Geberit Connect system has to be restarted, disconnect the power supply to the Geberit Gateway and all end devices for at least 1 minute.
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8 Disposal
8.1 Constituents
8 Disposal
8.1 Constituents
This product meets the requirements of Directive 2011/65/EU (RoHS) (restriction of the use of certain hazardous substances in electrical and electronic equipment).
8.2 Disposal of waste electrical and electronic equipment
The symbol of the crossed-out wheeled bin means that waste electrical and electronic equipment (WEEE) must be disposed of separately and not with other non-recyclable waste. End users are legally obliged to return old equipment to public waste disposal authorities, distributors, or Geberit for proper disposal. Many distributors of electrical and electronic equipment are obliged to take back WEEE free of charge. Contact the responsible sales or service company to return the WEEE to Geberit.
Used batteries and accumulators that are not enclosed within the old equipment, as well as lamps that can be removed from the old equipment in a non-destructive manner, must be separated from the old equipment before being handed over to a disposal point.
If personal data is stored on the old equipment, end users themselves are responsible for deleting it before handing it over to a disposal point.
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9.1 List of abbreviations
9 Appendix
9 Appendix
9.1 List of abbreviations
Abbreviation BACnet BACnet/IP BLE
DHCP
EDE BA GEBUS
GHS
IDC LAN PLC USB
WLAN
Description
Network protocol for interoperable and cross-trade communication in building automation, which is standardised as ISO 16484-5.
BACnet, which is based on the Internet Protocol
Bluetooth® Low Energy Technology of the Bluetooth® Special Interest Group, which is characterised by low energy consumption
Dynamic Host Configuration Protocol Protocol for integrating clients into a network without manual configuration of the network interface
Engineering Data Exchange Listing of BACnet objects in a file
building automation
Geberit bus Geberit specific bus with physical interface RS485, supply voltage 24 V DC and automatic addressing of the end devices
Geberit Hygiene System Multi-stage, modular system to ensure the regular, automatic replacement of drinking water in a building
Inter Device Connection Geberit specific interface with I2C communication and supply voltage of 12 V DC
Local Area Network Computer network that covers a building or a group of buildings in its extension.
Programmable logic controller
Universal Serial Bus Serial data transmission system for connecting a computer to external devices
Wireless Local Area Network Wireless computer network for interconnecting electronic devices within a restricted area (e.g. a building or a floor).
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9 Appendix
9.2 Checklists
9.2 Checklists
9.2.1 Planning
Start of the planning phase
Building data
Floor plan is available
Sanitary plan (draft) is available
Electrical plan (draft) is available
Application area of the Geberit Connect system
Drinking water hygiene
Yes No
Facility management
Yes No
Building automation
Yes No
Centralised access
Yes No
During the planning phase
Network: If connected via GEBUS: · How is the GEBUS cable laid in the room? How important is reliability (star or series topology)? How many distribution boxes are required? Are empty pipes required?
· Are there end devices that require a 230 V AC mains voltage, or is the power supply via GEBUS sufficient?
If connected via Bluetooth®: · Is the maximum distance between the end devices and the Geberit gateway observed (visual distance, max. 10 m)?
· How are the end devices powered (mains, battery, generator)? If wired network (for building automation):
· Are network connections for LAN cables provided near the Geberit gateway?
· Are the network connections connected to the building automation system?
· If WLAN is required: Is WLAN available in the room with the Geberit gateway? If Geberit cloud services:
· Is Internet access guaranteed via LAN or WLAN? If used for drinking water hygiene:
· Which flushing mode is required (time, interval, temperature, difference)?
· Which Geberit Connect end devices are used for flushing?
· Are temperature or volumetric flow sensors required?
· Which logs are required (flushing log, usage log, etc.) and how often are they called up? If used in facility management:
· What measurements are required (e.g. number of times the washbasin taps are used)?
· Should all Geberit Connect end devices be networked or are individual end devices and sensors sufficient?
If used in building automation: · Which functions are required in the building automation system?
· Which BACnet objects are required? If application area has centralised access:
· Is the Geberit gateway easily accessible for technical staff?
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9.2 Checklists
9 Appendix
Completion of the planning phase
Material lists: Material list of all Geberit Connect components is created. Material list for accessories for the Geberit Connect end devices is created (GEBUS cable, Geberit bus converter, Geberit Power & Connect Box etc.). Material list for Geberit gateway including installation material (shell box, terminal block) has been created.
Plans: Sanitary plan is supplemented with Geberit Connect end devices and sensors. Electrical plan is supplemented with required mains connections and GEBUS cables. Zoning is created, possibly as part of the plumbing or electrical plan. Network plan is supplemented with LAN connection for the Geberit gateway.
If used in building automation: List with the BACnet objects to be integrated is created.
If used for drinking water hygiene: Hygiene concept with flushing programmes and their parameters (flushing modes, times, flush volumes, etc.) is created and documented.
Kick-off meeting: A kick-off meeting was held with people from the various trades. People from the various trades are familiar with the structure of the Geberit Connect system and have received the relevant documentation for the installation. People from the various trades are informed about which tests need to be carried out after installation. People from the various trades are informed about what work needs to be completed before commissioning.
9.2.2 Installation
The installation is coordinated and carried out by people from the various trades (electrician, plumber, Geberit specialist). They received the information about the necessary steps during the kick-off meeting.
During the installation phase
If connected via GEBUS: The GEBUS cabling is laid and connected by a qualified electrician. Test: Geberit gateway and Geberit Connect end devices are connected and switched on. LEDs on all Geberit bus converters, hygiene flush units and GEBUS sensors light up green. The plumber has connected the end devices and sensors to the pipework system. Final assembly of the end devices after checking the GEBUS cabling and the mains connections is completed. Test: End devices work in the factory setting and are visible in the Geberit Control app.
If connected via Bluetooth®: Connection of the terminal devices to the pipework system is carried out by the plumber. Final assembly of the end devices is complete. No specific steps required for Geberit Connect . Recommendation: Note the pairing secret and serial number of the end devices. Test: End devices work in the factory setting and are visible in the Geberit Control app.
If wired network (for building automation): LAN cable of the Geberit gateway is connected to the network junction box.
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9 Appendix
9.2 Checklists
Completion of the installation phase
Test: End devices and sensors function in the factory setting. LEDs on all Geberit bus converters, hygiene flush units and GEBUS sensors light up green. LEDs on the Geberit gateway: Mains connection LED lights up white, status LEDs light up or flash green. LAN cable of the Geberit is gateway is connected to the network junction box. Network interface on the Geberit gateway has been tested and approved using IT tools. Serial numbers of the GEBUS sensors are entered in the zone plan, electrical plan or sanitary plan. · Recommendation: Enter the serial numbers of the end devices in the zone plan, electrical plan or sanitary plan.
9.2.3 Commissioning
Start of the commissioning phase
All points from the table "Completion of the installation phase" have been fulfilled. All participants have installed the latest version of the Geberit Control app on their smartphone and were able to log in with their personal Geberit ID. If used for drinking water hygiene:
Hygiene concept with wash programmes and their parameters (wash modes, times, wash volumes, etc.) is available. If used in building automation: List of the BACnet objects to be integrated is available.
During the commissioning phase
Carry out commissioning according to the "Commissioning", page 91 chapter.
Completion of the commissioning phase
All end devices and sensors are assigned to the Geberit gateway with the networking manager and function perfectly. No red LED flashes or lights up on the Geberit gateway. If Geberit cloud services:
Geberit gateway is connected to the Internet via LAN or WLAN. If used in building automation:
BACnet interface is activated and has been configured together with the building automation engineer. Access to BACnet objects is possible, for example with YABE. EDE file has been transferred to the building automation engineer. If used for drinking water hygiene: Flushing programmes in single operation:
Flushing programmes are programmed in the individual end devices (documented in the commissioning logs of the end devices). Flushing programmes in networked operation: Flushing programmes are programmed in the Geberit gateway (documented in the commissioning log of the Geberit gateway). Washing programmes in single operation mode are deactivated in individual end devices. Commissioning log is created and handed over.. Operator has access to the Geberit gateway via the Geberit Control app. Operator has received instruction on his Geberit Connect system. Operator is familiar with the Geberit Connect quick guide and the system manual.
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9.3 Electrical diagram (GEBUS, network, LAN)
9 Appendix
9.3 Electrical diagram (GEBUS, network, LAN)
Geberit bus converter
* * * *
*(%86
230 V AC
PD[P / 1 3(
*(%86
*(%86
230 V AC *(%86
Geberit bus converter * * * *
/ 1 3(
Geberit HS30/HS50 * * * *
/ 1 3(
230 V AC
*(%86
/$1
Geberit gateway
* * * *
/ 1 3(
230 V AC
Geberit bus sensors
* * * *
LAN cable, Cat 5, Fast Ethernet
*(%86
Figure 32: Electrical diagram for GEBUS and mains connection
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9 Appendix
9.4 Geberit Gateway BACnet certificate
9.4 Geberit Gateway BACnet certificate
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9.5 BACnet objects
9 Appendix
9.5 BACnet objects
The BACnet objects offered depend on the range of functions of the respective end devices. The objects are created dynamically when an end device is assigned to the Geberit gateway. The Geberit gateway provides an EDE file with all BACnet objects of the assigned end devices.
The BACnet objects can be edited (e.g. names of zones and end devices). The EDE file can be exported from the Geberit Control app to a USB stick and imported again for editing.
Object instance
For each BACnet object, the Object Instance is created dynamically in accordance with the following rules.
The Object Instance for end devices is composed of the following values:
· Zone Maximum 20 zones 01: Zone 1 02: Zone 2 ... 19: Zone 19
· End device type Maximum 15 end devices 00: Collective group (all end devices in the same zone) 01: WC 02: Urinal 03: Washbasin tap 04: Sensor 05: Hygiene flush unit 06-14: RFU1)
· End device position Maximum 31 end device positions 00: Collective group (all end devices of the same type in the same zone) 01: Position 1 02: Position 2 ... 30: Position 30
· Object number Maximum 400 objects per end device 000-099: Information (read, static) 100-199: Status (read, dynamic) 200-299: Control (read and write) 300-399: RFU1)
Object Instance for Geberit Gateway:
· Object Instance Area: 0 000 000-0 000 399 (Zone for Geberit Gateway = 0) (End device type = 0) (End device position = 0) (Object number = 000-399)
1) RFU: reserved for future use (reserved for future use)
The Object Instance is calculated from these values as follows ( see also example under "Collective groups"):
· Object Instance = Object number + (end device position · 400) + (end device type · 400 · 31) + (zone · 400 · 31 · 15)
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9.5 BACnet objects
The individual values are extracted from the Object Instance as follows:
· Object number = Object Instance mod 400 · End device position = |(Object Instance mod (400 · 31)): 400| · End device type = |(Object Instance mod (400 · 31 · 15)): (400 · 31)| · Zone = |Object Instance: (400 · 31 · 15)|
Collective groups
Some BACnet objects can also be used for collective groups, such as water consumption. This way, the water consumption for an entire zone, only for the urinals in a zone or only for a single urinal can be queried. The following BACnet objects of the "Structured View" type are available to represent the different collection groups:
· Collective group for each zone and for the Geberit Gateway · Collective group for each type of end device per zone (urinal, WC, washbasin tap, etc.) · For each individual end device
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Example of a structure with collective groups (simplified, only with "WaterUsage" object):
Z T P N
o y o o
n p s
Object
Description
e e
Instance
---------------------------------------------------------------------
> Gateway
00 00 00 000 000000
- Gateway.DeviceSerial
00 00 00 001 000001
..
> Zone.1.AllDevices
01 00 00 000 186000
- Zone.1.AllDevices.WaterUsage
01 00 00 170 186170
..
> Zone.1.AllToilets
01 01 00 000 198400
- Zone.1.AllToilets.WaterUsage
01 01 00 170 198570
..
> Zone.1.Toilet.1
01 01 01 000 198800
- Zone.1.Toilet.1.DeviceSerial
01 01 01 001 198801
- Zone.1.Toilet.1.WaterUsage
01 01 01 170 198970
..
> Zone.1.Toilet.2
01 01 02 000 199200
- Zone.1.Toilet.2.WaterUsage
01 01 02 170 199370
..
> Zone.1.Toilet.3
01 01 03 000 199600
- Zone.1.Toilet.3.WaterUsage
01 01 03 170 199770
..
> Zone.1.AllUrinals
01 02 00 000 210800
- Zone.1.AllUrinals.WaterUsage
01 02 00 170 210970
..
> Zone.1.Urinal.1
01 02 01 000 211200
- Zone.1.Urinal.1.WaterUsage
01 02 01 170 211370
..
> Zone.1.AllWashbasins - Zone.1.AllWashbasins.WaterUsage .. > Zone.1.Washbasin.1 - Zone.1.Washbasin.1.WaterUsage ..
01 03 00 000 223200 01 03 00 170 223370
01 03 01 000 223600 01 03 01 170 223770
> Zone.2.AllDevices - Zone.2.AllDevices.WaterUsage .. > Zone.2.AllToilets - Zone.2.AllToilets.WaterUsage .. > Zone.2.Toilet.1 - Zone.2.Toilet.1.DeviceSerial - Zone.2.Toilet.1.WaterUsage ..
02 00 00 000 372000 02 00 00 170 372170
02 01 00 000 384400 02 01 00 170 384570
02 01 01 000 384800 02 01 01 001 384801 02 01 01 170 384970
Figure 33: Example for collective groups
See also "EDE file for practical example 1", page 149.
9 Appendix
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9.5 BACnet objects
Group GW WT WC UR SE HS
BACnet objects only for Geberit Gateway
Object Name
Description
Object Type
Object Instance
R/W
DeviceObject
Various pieces of information about the
Geberit Gateway.
Device instance is defined in the
Device
Geberit app.
Factory setting: Serial number
Device instance defined in Geberit R app
Network Port Object (NPO) according
BACstac-NPO-1
to BACnet specification.
The LAN interface is described by an NPO. The password for the commands
Network Port
corresponds to the password of the
1 or 4194303 for active NPO
R/W
Geberit Gateway.
Gateway
Collective group for Geberit Gateway Structured View 0000000
R
BACnet objects for Geberit Gateway and end devices
Object Name
Description
Object Type [Unit]
Object R/W Number
Zone n [Group] [Device]
Collective group for end devices Structured View 000
Information
Device Serial
Serial number of the end device
or the Geberit Gateway. Example:
Character String Value
001
FC03-1234567-0E7CDEF8
Designation of the zone to ZoneName which the end device or the
Geberit Gateway is assigned.
Character String Value
002
Status
Status of connectivity with the
end device.
Also affects the
"Out_Of_Service Property" of Multi-state Value
Connection Status
the affected end device objects. Processing: If the end device or at least 1 end device in a
· Normal · Unreachable
101
collective group is not
COV
accessible, trigger an alarm and
start diagnostics on site with
Geberit Control app.
R
R R
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9 Appendix
Object Name
Generic Info
Generic Warning
Generic Error
Generic Fatal Error
Description
Object Type [Unit]
Geberit Gateway displays information. Corresponds to the status display in the Geberit Control app. Processing: If information is displayed on the Geberit Gateway, trigger an alarm and read out the information on site with the Geberit Control app.
Binary Value COV
End device or Geberit Gateway
displays a warning.
Corresponds to the status
display in the Geberit Control
app. Processing: If a warning is displayed on the end device or
Binary Value COV
at least 1 end device in a
collective group, trigger the
alarm and read out the warning
on site with Geberit Control app.
End device or Geberit Gateway
displays a fault or error.
Corresponds to the status
display in the Geberit Control
app. Processing: If a fault is indicated on the end device or at least 1
Binary Value COV
end device in a collective group,
trigger the alarm and read out
the fault on site with the Geberit
Control app.
End device indicates a fatal fault
or fatal error.
Corresponds to the status
display in the Geberit Control
app. Processing: If a fatal fault is indicated on the end device or
Binary Value COV
at least 1 end device in a
collective group, trigger the
alarm and read out the fault on
site with Geberit Control app.
Object R/W Number
102
R
103
R
104
R
105
R
Group GW WT WC UR SE HS
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9.5 BACnet objects
Object Name
Description
Object Type [Unit]
Battery of the end device almost
empty.
If the battery is completely
empty and the end device fails,
LowBattery
the "ConnectionStatus" is set to "Unreachable".
Binary Value COV
For end devices with mains
operation or power supply via
GEBUS, "False" is always
displayed.
Usage Active
End device is being used.
Corresponds to the status
display in the Geberit Control
app.
Set when the end device is in
use, e.g. hand in front of the IR Binary Value
sensor.
COV
Set on the Geberit Gateway
when the pairing button is
pressed.
Application: for usage display or
utilisation analysis.
Solenoid valve of the end device
ValveOpen
open. Solenoid valve V1 open during
Binary Value COV
hygiene flushes.
Valve2 Open
Solenoid valve V2 of a hygiene Binary Value
flush unit is open.
COV
Level Sensor
Backpressure sensor of a hygiene flush unit reports backpressure.
Binary Value COV
Object R/W Number
106
R
107
R
108
R
109
R
110
R
Group GW WT WC UR SE HS
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9 Appendix
Object Name
GHS Status
Usage Count
Group GW WT WC UR SE HS
Description
Object Type [Unit]
Object R/W Number
Multi-state Value
Status of the Geberit Hygiene System (GHS) across all active flushing programmes Use: for alerts and status monitoring
· Off (no flushing programme active)
· Active (at least 1 flushing programme is active in the current operation mode)
· Blocked (at least 1 flushing programme is blocked, e.g. temperatur e flush mode)
· Delayed (at 111 least 1 flushing programme is waiting for the enable time)
· Draining (at least 1 flushing programme is flushing)
· Error (at least 1 flushing programme cannot be executed, e.g. solenoid valve cannot be reached)
COV
Number of uses of the end
device.
Positive
Cumulative value since
Integer Value
installation or after resetting to [No Unit]
140
factory settings.
COV
All uses actuated by people are (Increment: 1)
recorded, e.g. by the IR sensor.
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9.5 BACnet objects
Object Name
Description
Object Type [Unit]
Number of flushes of the end
device.
Cumulative value since
installation or after resetting to
FlushCount
factory settings. All solenoid valve openings and
lifter actuations are recorded.
Application: for determining
maintenance or cleaning
intervals.
Positive Integer Value [No Unit] COV (Increment: 1)
Flush2 Count
Number of flushes of a hygiene flush unit with solenoid valve V2. Cumulative value since installation or after resetting to factory settings. All solenoid valve openings are detected. Application: for determining maintenance or cleaning intervals.
Positive Integer Value [No Unit] COV (Increment: 1)
Number of automatic flushes of
a WC.
Automatic FlushCount
Cumulative value since installation or after resetting to factory settings.
All automatic lifter actuations
are recorded.
Positive Integer Value [No Unit] COV (Increment: 1)
Number of manual flushes of a
WC.
Manual FlushCount
Cumulative value since installation or after resetting to factory settings.
All manual lifter actuations are
recorded.
Positive Integer Value [No Unit] COV (Increment: 1)
Number of full flushes of a WC.
Cumulative value since
Full
installation or after resetting to
FlushCount factory settings.
All lifter actuations of the full
flush are recorded.
Positive Integer Value [No Unit] COV (Increment: 1)
Number of partial flushes of a
WC.
Partial FlushCount
Cumulative value since installation or after resetting to factory settings.
All lifter actuations of the partial
flush are recorded.
Positive Integer Value [No Unit] COV (Increment: 1)
Object R/W Number
141
R
142
R
143
R
144
R
145
R
146
R
Group GW WT WC UR SE HS
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9 Appendix
Group GW WT WC UR SE HS
Object Name
Description
Object Type [Unit]
Object R/W Number
Number of flushes of an end
device actuated by device-
internal flushing programmes.
Cumulative value since
Positive
Hygiene FlushCount
installation or after resetting to factory settings. All interval, time and
Integer Value [No Unit] COV
147
temperature flushes are
(Increment: 1)
recorded.
Application: for monitoring
drinking water hygiene.
Number of flushes of a hygiene
flush unit with solenoid valve
V2, actuated by internal flush
Hygiene Flush Count2
programmes. Cumulative value since installation or after resetting to factory settings. All interval, time and temperature flushes are
Positive Integer Value [No Unit] COV (Increment: 1)
148
recorded.
Application: for monitoring
drinking water hygiene.
Water Usage
Water consumption of the end
device.
Cumulative value since
installation or after resetting to
factory settings.
Positive
For stack V1 hygiene flush
Integer Value
units.
[l] (litres)
170
Application for collective groups: COV
for recording water consumption (Increment: 1 l)
per zone or room.
Application for end devices: for
monitoring drinking water
hygiene.
Water Usage2
Water consumption of stack V2
of a hygiene flush unit.
Positive
Cumulative value since
Integer Value
installation or after resetting to [l] (Liters)
171
factory settings.
COV
Application: for monitoring
(Increment: 1 l)
drinking water hygiene.
Water
Current water temperature.
Temperatur For stack V1 hygiene flush
e
units.
Positive
Integer Value
[°C] COV
172
(Increment:
1 °C)
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R
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9.5 BACnet objects
Group GW WT WC UR SE HS
Object Name
Description
Object Type [Unit]
Object R/W Number
Positive
Water Temperatur e2
Current water temperature of stack V2 of a hygiene flush unit.
Integer Value [°C] COV (Increment:
173
1 °C)
Current flow rate. WaterFlow For stack V1 hygiene flush
units.
Positive
Integer Value
[ml/s] COV
174
(Increment:
1 ml/s)
Water Flow2
Current flow rate of stack V2 of a hygiene flush unit.
Positive
Integer Value
[ml/s]
175
COV Increment:
1 ml/s)
Control
Locate
Locates an end device or a Geberit Gateway. On = LED on the end device flashes red/green (Bluetooth® LED at Geberit Gateway).
Multi-state Value
· Unknown
201
· On
· Off
Disable Radio
End device: Deactivates the
Bluetooth® interface.
If the Bluetooth® interface is
deactivated, the end device can Multi-state Value only be accessed via GEBUS. Not possible for end devices · False
that are assigned via
· True
Bluetooth® to the Geberit Gateway.
Geberit Gateway: Deactivates all radio interfaces. If the radio interfaces are
· Indeterminate 202 (only for collective groups)
COV
deactivated, the Geberit
Gateway can only be accessed
via LAN.
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9 Appendix
Object Name
Description
Object Type [Unit]
Drain Volume
Drain Volume2 Flush FlushTime
Opens the solenoid valve of the
end device until the specified
water volume is reached.
For stack V1 hygiene flush
units.
Minimum and maximum water
volumes are defined per end
device.
The solenoid valve can be
closed prematurely by sending a
new command with the water
volume = 0 l.
If the command cannot be
executed, an entry is created in Positive
the event log in the end device. Integer Value
Read the value:
[l] (Liters)
1 = Valve open
0 = Valve closed
For hygiene flushes, it is
recommended to switch the
local flush programmes off in
the Geberit Control app.
Flushing processes that are
otherwise undesired can be
actuated because the hygiene
flush unit processes all flush
actuations equally.
Application: for drinking water
hygiene.
Opens solenoid valve V2 of a hygiene flush unit until the specified water volume is reached. Further details as above.
Positive Integer Value [l] (Liters)
Actuates a flushing process on the end device. For WCs, a full flush is actuated; Binary Value for urinals, a flush with the FlushTime.
Determines the flush time for urinal flushes. If, in the case of collective groups, the values of the individual end devices are different, 4294967295 (232-1) is output.
Positive Integer Value [s] (Seconds)
Group GW WT WC UR SE HS
Object R/W Number
203
R/W
204
R/W
205
W
206
R/W
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9.5 BACnet objects
Group GW WT WC UR SE HS
Object Name
Description
Object Type [Unit]
Object R/W Number
Multi-state Value
Activates and deactivates cleaning mode. Cleaning mode switches off
· Inactive · Active
Cleaning again automatically.
· Indeterminate 207
R/W
Application: Use the key switch to activate the cleaning mode for all end devices in the room.
(only for collective groups)
COV
Multi-state Value
GHSOperat Sets the active operation mode · Off
ing
for the Geberit Hygiene System · Mode 1
Mode
(GHS).
· Mode 2
208
R/W
COV
R W R/W COV Group GW WT WC UR SE HS
9 / 9 Read Write Read/Write Value is sent automatically in case of changes (change of value) Object can be used in collective groups Object applies to Geberit Gateway Object applies to washbasin taps Object applies to WC flush controls Object applies to urinals and urinal flush controls Object applies to GEBUS sensors Object applies to hygiene flush units and hygiene flush units in concealed cisterns
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9.6 EDE file for practical example 1
9 Appendix
9.6 EDE file for practical example 1
PROJECT_NAME: VERSION_OF_REFERENCEFILE: TIMESTAMP_OF_LAST_CHANGE: AUTHOR_OF_LAST_CHANGE: VERSION_OF_LAYOUT:
Sample EDE file for reference installaon. 27 30.03.2023 12:47 John Smith 2.3
#mandatory
# keyname Device:1601395 StructuredView:0 CharStringValue:1 NetworkPort:1 CharStringValue:2 BinaryValue:102 BinaryValue:103 BinaryValue:104 BinaryValue:107 MulStateValue:201 MulStateValue:202 StructuredView:186000 CharStringValue:186002 MulStateValue:186101 BinaryValue:186103 BinaryValue:186104 BinaryValue:186106 BinaryValue:186107 BinaryValue:186108 PosiveIntegerValue:186140 PosiveIntegerValue:186141 PosiveIntegerValue:186147 PosiveIntegerValue:186170 MulStateValue:186207 StructuredView:223200 CharStringValue:223202 MulStateValue:223301 BinaryValue:223303 BinaryValue:223304 BinaryValue:223306 BinaryValue:223307 BinaryValue:223308 PosiveIntegerValue:223340 PosiveIntegerValue:223341 PosiveIntegerValue:223347 PosiveIntegerValue:223370 MulStateValue:223407 StructuredView:223600 CharStringValue:223601 CharStringValue:223602 MulStateValue:223701 BinaryValue:223703 BinaryValue:223704 BinaryValue:223706 BinaryValue:223707 BinaryValue:223708 PosiveIntegerValue:223740 PosiveIntegerValue:223741 PosiveIntegerValue:223747 PosiveIntegerValue:223770 MulStateValue:223801 PosiveIntegerValue:223803 MulStateValue:223807 StructuredView:224000 CharStringValue:224001 CharStringValue:224002 MulStateValue:224101 BinaryValue:224103 BinaryValue:224104 BinaryValue:224106 BinaryValue:224107 BinaryValue:224108 PosiveIntegerValue:224140 PosiveIntegerValue:224141 PosiveIntegerValue:224147 PosiveIntegerValue:224170 MulStateValue:224201 PosiveIntegerValue:224203 MulStateValue:224207 StructuredView:224400 CharStringValue:224401 CharStringValue:224402 MulStateValue:224501 BinaryValue:224503 BinaryValue:224504 BinaryValue:224506 BinaryValue:224507 BinaryValue:224508 PosiveIntegerValue:224540 PosiveIntegerValue:224541 PosiveIntegerValue:224547 PosiveIntegerValue:224570 MulStateValue:224601 PosiveIntegerValue:224603 MulStateValue:224607 StructuredView:224800 CharStringValue:224801 CharStringValue:224802 MulStateValue:224901 BinaryValue:224903 BinaryValue:224904 BinaryValue:224906 BinaryValue:224907 BinaryValue:224908 PosiveIntegerValue:224940
mandator device obj.instance 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234
mandatory
object-name WC Vorraum Herren Gateway Gateway.DeviceSerial BACstac-NPO-1 Gateway.ZoneName Gateway.GenericInfo Gateway.GenericWarning Gateway.GenericError Gateway.UsageAcve Gateway.Locate Gateway.DisableRadio Zone.1.AllDevices Zone.1.AllDevices.ZoneName Zone.1.AllDevices.ConneconStatus Zone.1.AllDevices.GenericWarning Zone.1.AllDevices.GenericError Zone.1.AllDevices.LowBaery Zone.1.AllDevices.UsageAcve Zone.1.AllDevices.ValveOpen Zone.1.AllDevices.UsageCount Zone.1.AllDevices.FlushCount Zone.1.AllDevices.HygieneFlushCount Zone.1.AllDevices.WaterUsage Zone.1.AllDevices.Cleaning Zone.1.AllWashbasins Zone.1.AllWashbasins.ZoneName Zone.1.AllWashbasins.ConneconStatus Zone.1.AllWashbasins.GenericWarning Zone.1.AllWashbasins.GenericError Zone.1.AllWashbasins.LowBaery Zone.1.AllWashbasins.UsageAcve Zone.1.AllWashbasins.ValveOpen Zone.1.AllWashbasins.UsageCount Zone.1.AllWashbasins.FlushCount Zone.1.AllWashbasins.HygieneFlushCount Zone.1.AllWashbasins.WaterUsage Zone.1.AllWashbasins.Cleaning Zone.1.Washbasin.1 Zone.1.Washbasin.1.DeviceSerial Zone.1.Washbasin.1.ZoneName Zone.1.Washbasin.1.ConneconStatus Zone.1.Washbasin.1.GenericWarning Zone.1.Washbasin.1.GenericError Zone.1.Washbasin.1.LowBaery Zone.1.Washbasin.1.UsageAcve Zone.1.Washbasin.1.ValveOpen Zone.1.Washbasin.1.UsageCount Zone.1.Washbasin.1.FlushCount Zone.1.Washbasin.1.HygieneFlushCount Zone.1.Washbasin.1.WaterUsage Zone.1.Washbasin.1.Locate Zone.1.Washbasin.1.DrainVolume Zone.1.Washbasin.1.Cleaning Zone.1.Washbasin.2 Zone.1.Washbasin.2.DeviceSerial Zone.1.Washbasin.2.ZoneName Zone.1.Washbasin.2.ConneconStatus Zone.1.Washbasin.2.GenericWarning Zone.1.Washbasin.2.GenericError Zone.1.Washbasin.2.LowBaery Zone.1.Washbasin.2.UsageAcve Zone.1.Washbasin.2.ValveOpen Zone.1.Washbasin.2.UsageCount Zone.1.Washbasin.2.FlushCount Zone.1.Washbasin.2.HygieneFlushCount Zone.1.Washbasin.2.WaterUsage Zone.1.Washbasin.2.Locate Zone.1.Washbasin.2.DrainVolume Zone.1.Washbasin.2.Cleaning Zone.1.Washbasin.3 Zone.1.Washbasin.3.DeviceSerial Zone.1.Washbasin.3.ZoneName Zone.1.Washbasin.3.ConneconStatus Zone.1.Washbasin.3.GenericWarning Zone.1.Washbasin.3.GenericError Zone.1.Washbasin.3.LowBaery Zone.1.Washbasin.3.UsageAcve Zone.1.Washbasin.3.ValveOpen Zone.1.Washbasin.3.UsageCount Zone.1.Washbasin.3.FlushCount Zone.1.Washbasin.3.HygieneFlushCount Zone.1.Washbasin.3.WaterUsage Zone.1.Washbasin.3.Locate Zone.1.Washbasin.3.DrainVolume Zone.1.Washbasin.3.Cleaning Zone.1.Washbasin.4 Zone.1.Washbasin.4.DeviceSerial Zone.1.Washbasin.4.ZoneName Zone.1.Washbasin.4.ConneconStatus Zone.1.Washbasin.4.GenericWarning Zone.1.Washbasin.4.GenericError Zone.1.Washbasin.4.LowBaery Zone.1.Washbasin.4.UsageAcve Zone.1.Washbasin.4.ValveOpen Zone.1.Washbasin.4.UsageCount
mandatory
object-type 8 29 40 56 40 5 5 5 5 19 19 29 40 19 5 5 5 5 5 48 48 48 48 19 29 40 19 5 5 5 5 5 48 48 48 48 19 29 40 40 19 5 5 5 5 5 48 48 48 48 19 48 19 29 40 40 19 5 5 5 5 5 48 48 48 48 19 48 19 29 40 40 19 5 5 5 5 5 48 48 48 48 19 48 19 29 40 40 19 5 5 5 5 5 48
mandatory
object-instance 1234 0 1 1 2 102 103 104 107 201 202 186000 186002 186101 186103 186104 186106 186107 186108 186140 186141 186147 186170 186207 223200 223202 223301 223303 223304 223306 223307 223308 223340 223341 223347 223370 223407 223600 223601 223602 223701 223703 223704 223706 223707 223708 223740 223741 223747 223770 223801 223803 223807 224000 224001 224002 224101 224103 224104 224106 224107 224108 224140 224141 224147 224170 224201 224203 224207 224400 224401 224402 224501 224503 224504 224506 224507 224508 224540 224541 224547 224570 224601 224603 224607 224800 224801 224802 224901 224903 224904 224906 224907 224908 224940
oponal
descripon BACnet Interface of Geberit products to be connected to a Building Management System Gateway Serial number of the gateway
Name of the zone/room the gateway is assigned to The gateway has an info The gateway has a warning The gateway has an error Pairing buon on gateway is currently pressed Used to locate the gateway (writable) Used to switch on and off the radio interfaces in gateway (writable) Collecon group for all devices Name of the zone/room the device is assigned to State of the connecon between gateway and device (Collecon group) The device has a warning (Collecon group) The device has an error (Collecon group) Baery in the device is low (Collecon group) Device is currently in use (Collecon group) Valve in the device is currently opened (Collecon group) Counts the usages of the device (Collecon group) Counts the flushes of the device (Collecon group) Counts the flushes based on local hygiene programs of the device (Collecon group) Indicates the water usage of the device (Collecon group) Used to switch on and off the cleaning mode of the device (writable) (Collecon group) Collecon group for all washbasins Name of the zone/room the device is assigned to State of the connecon between gateway and device (Collecon group) The device has a warning (Collecon group) The device has an error (Collecon group) Baery in the device is low (Collecon group) Device is currently in use (Collecon group) Valve in the device is currently opened (Collecon group) Counts the usages of the device (Collecon group) Counts the flushes of the device (Collecon group) Counts the flushes based on local hygiene programs of the device (Collecon group) Indicates the water usage of the device (Collecon group) Used to switch on and off the cleaning mode of the device (writable) (Collecon group) Lavatory Tap IFP Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to switch on and off the cleaning mode of the device (writable) Lavatory Tap IFP Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to switch on and off the cleaning mode of the device (writable) Lavatory Tap IFP Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to switch on and off the cleaning mode of the device (writable) Lavatory Tap IFP Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device
45036004824039691 © 11-2024 971.816.00.0(03)
149
9 Appendix
9.6 EDE file for practical example 1
PosiveIntegerValue:224941 PosiveIntegerValue:224947 PosiveIntegerValue:224970 MulStateValue:225001 PosiveIntegerValue:225003 MulStateValue:225007 StructuredView:372000 CharStringValue:372002 MulStateValue:372101 BinaryValue:372103 BinaryValue:372104 BinaryValue:372106 BinaryValue:372107 BinaryValue:372108 PosiveIntegerValue:372140 PosiveIntegerValue:372141 PosiveIntegerValue:372143 PosiveIntegerValue:372144 PosiveIntegerValue:372145 PosiveIntegerValue:372146 PosiveIntegerValue:372147 PosiveIntegerValue:372170 PosiveIntegerValue:372206 MulStateValue:372207 StructuredView:384400 CharStringValue:384402 MulStateValue:384501 BinaryValue:384503 BinaryValue:384504 BinaryValue:384506 BinaryValue:384507 BinaryValue:384508 PosiveIntegerValue:384540 PosiveIntegerValue:384541 PosiveIntegerValue:384543 PosiveIntegerValue:384544 PosiveIntegerValue:384545 PosiveIntegerValue:384546 PosiveIntegerValue:384547 PosiveIntegerValue:384570 MulStateValue:384607 StructuredView:384800 CharStringValue:384801 CharStringValue:384802 MulStateValue:384901 BinaryValue:384903 BinaryValue:384904 BinaryValue:384906 BinaryValue:384907 BinaryValue:384908 PosiveIntegerValue:384940 PosiveIntegerValue:384941 PosiveIntegerValue:384943 PosiveIntegerValue:384944 PosiveIntegerValue:384945 PosiveIntegerValue:384946 PosiveIntegerValue:384947 PosiveIntegerValue:384970 MulStateValue:385001 PosiveIntegerValue:385003 BinaryValue:385005 MulStateValue:385007 StructuredView:385200 CharStringValue:385201 CharStringValue:385202 MulStateValue:385301 BinaryValue:385303 BinaryValue:385304 BinaryValue:385306 BinaryValue:385307 BinaryValue:385308 PosiveIntegerValue:385340 PosiveIntegerValue:385341 PosiveIntegerValue:385343 PosiveIntegerValue:385344 PosiveIntegerValue:385345 PosiveIntegerValue:385346 PosiveIntegerValue:385347 PosiveIntegerValue:385370 MulStateValue:385401 PosiveIntegerValue:385403 BinaryValue:385405 MulStateValue:385407 StructuredView:385600 CharStringValue:385601 CharStringValue:385602 MulStateValue:385701 BinaryValue:385703 BinaryValue:385704 BinaryValue:385706 BinaryValue:385707 BinaryValue:385708 PosiveIntegerValue:385740 PosiveIntegerValue:385741 PosiveIntegerValue:385743 PosiveIntegerValue:385744 PosiveIntegerValue:385745 PosiveIntegerValue:385746 PosiveIntegerValue:385747 PosiveIntegerValue:385770 MulStateValue:385801 PosiveIntegerValue:385803 BinaryValue:385805 MulStateValue:385807
1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234
Zone.1.Washbasin.4.FlushCount
48
Zone.1.Washbasin.4.HygieneFlushCount 48
Zone.1.Washbasin.4.WaterUsage
48
Zone.1.Washbasin.4.Locate
19
Zone.1.Washbasin.4.DrainVolume
48
Zone.1.Washbasin.4.Cleaning
19
Zone.2.AllDevices
29
Zone.2.AllDevices.ZoneName
40
Zone.2.AllDevices.ConneconStatus
19
Zone.2.AllDevices.GenericWarning
5
Zone.2.AllDevices.GenericError
5
Zone.2.AllDevices.LowBaery
5
Zone.2.AllDevices.UsageAcve
5
Zone.2.AllDevices.ValveOpen
5
Zone.2.AllDevices.UsageCount
48
Zone.2.AllDevices.FlushCount
48
Zone.2.AllDevices.AutomacFlushCount 48
Zone.2.AllDevices.ManualFlushCount
48
Zone.2.AllDevices.FullFlushCount
48
Zone.2.AllDevices.ParalFlushCount
48
Zone.2.AllDevices.HygieneFlushCount
48
Zone.2.AllDevices.WaterUsage
48
Zone.2.AllDevices.FlushTime
48
Zone.2.AllDevices.Cleaning
19
Zone.2.AllToilets
29
Zone.2.AllToilets.ZoneName
40
Zone.2.AllToilets.ConneconStatus
19
Zone.2.AllToilets.GenericWarning
5
Zone.2.AllToilets.GenericError
5
Zone.2.AllToilets.LowBaery
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Zone.2.AllToilets.UsageAcve
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Zone.2.AllToilets.ValveOpen
5
Zone.2.AllToilets.UsageCount
48
Zone.2.AllToilets.FlushCount
48
Zone.2.AllToilets.AutomacFlushCount 48
Zone.2.AllToilets.ManualFlushCount
48
Zone.2.AllToilets.FullFlushCount
48
Zone.2.AllToilets.ParalFlushCount
48
Zone.2.AllToilets.HygieneFlushCount
48
Zone.2.AllToilets.WaterUsage
48
Zone.2.AllToilets.Cleaning
19
Zone.2.Toilet.1
29
Zone.2.Toilet.1.DeviceSerial
40
Zone.2.Toilet.1.ZoneName
40
Zone.2.Toilet.1.ConneconStatus
19
Zone.2.Toilet.1.GenericWarning
5
Zone.2.Toilet.1.GenericError
5
Zone.2.Toilet.1.LowBaery
5
Zone.2.Toilet.1.UsageAcve
5
Zone.2.Toilet.1.ValveOpen
5
Zone.2.Toilet.1.UsageCount
48
Zone.2.Toilet.1.FlushCount
48
Zone.2.Toilet.1.AutomacFlushCount
48
Zone.2.Toilet.1.ManualFlushCount
48
Zone.2.Toilet.1.FullFlushCount
48
Zone.2.Toilet.1.ParalFlushCount
48
Zone.2.Toilet.1.HygieneFlushCount
48
Zone.2.Toilet.1.WaterUsage
48
Zone.2.Toilet.1.Locate
19
Zone.2.Toilet.1.DrainVolume
48
Zone.2.Toilet.1.Flush
5
Zone.2.Toilet.1.Cleaning
19
Zone.2.Toilet.2
29
Zone.2.Toilet.2.DeviceSerial
40
Zone.2.Toilet.2.ZoneName
40
Zone.2.Toilet.2.ConneconStatus
19
Zone.2.Toilet.2.GenericWarning
5
Zone.2.Toilet.2.GenericError
5
Zone.2.Toilet.2.LowBaery
5
Zone.2.Toilet.2.UsageAcve
5
Zone.2.Toilet.2.ValveOpen
5
Zone.2.Toilet.2.UsageCount
48
Zone.2.Toilet.2.FlushCount
48
Zone.2.Toilet.2.AutomacFlushCount
48
Zone.2.Toilet.2.ManualFlushCount
48
Zone.2.Toilet.2.FullFlushCount
48
Zone.2.Toilet.2.ParalFlushCount
48
Zone.2.Toilet.2.HygieneFlushCount
48
Zone.2.Toilet.2.WaterUsage
48
Zone.2.Toilet.2.Locate
19
Zone.2.Toilet.2.DrainVolume
48
Zone.2.Toilet.2.Flush
5
Zone.2.Toilet.2.Cleaning
19
Zone.2.Toilet.3
29
Zone.2.Toilet.3.DeviceSerial
40
Zone.2.Toilet.3.ZoneName
40
Zone.2.Toilet.3.ConneconStatus
19
Zone.2.Toilet.3.GenericWarning
5
Zone.2.Toilet.3.GenericError
5
Zone.2.Toilet.3.LowBaery
5
Zone.2.Toilet.3.UsageAcve
5
Zone.2.Toilet.3.ValveOpen
5
Zone.2.Toilet.3.UsageCount
48
Zone.2.Toilet.3.FlushCount
48
Zone.2.Toilet.3.AutomacFlushCount
48
Zone.2.Toilet.3.ManualFlushCount
48
Zone.2.Toilet.3.FullFlushCount
48
Zone.2.Toilet.3.ParalFlushCount
48
Zone.2.Toilet.3.HygieneFlushCount
48
Zone.2.Toilet.3.WaterUsage
48
Zone.2.Toilet.3.Locate
19
Zone.2.Toilet.3.DrainVolume
48
Zone.2.Toilet.3.Flush
5
Zone.2.Toilet.3.Cleaning
19
224941 224947 224970 225001 225003 225007 372000 372002 372101 372103 372104 372106 372107 372108 372140 372141 372143 372144 372145 372146 372147 372170 372206 372207 384400 384402 384501 384503 384504 384506 384507 384508 384540 384541 384543 384544 384545 384546 384547 384570 384607 384800 384801 384802 384901 384903 384904 384906 384907 384908 384940 384941 384943 384944 384945 384946 384947 384970 385001 385003 385005 385007 385200 385201 385202 385301 385303 385304 385306 385307 385308 385340 385341 385343 385344 385345 385346 385347 385370 385401 385403 385405 385407 385600 385601 385602 385701 385703 385704 385706 385707 385708 385740 385741 385743 385744 385745 385746 385747 385770 385801 385803 385805 385807
Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to switch on and off the cleaning mode of the device (writable) Collecon group for all devices Name of the zone/room the device is assigned to State of the connecon between gateway and device (Collecon group) The device has a warning (Collecon group) The device has an error (Collecon group) Baery in the device is low (Collecon group) Device is currently in use (Collecon group) Valve in the device is currently opened (Collecon group) Counts the usages of the device (Collecon group) Counts the flushes of the device (Collecon group) Counts the automac flushes of the device (Collecon group) Counts the manual flushes of the device (Collecon group) Counts the full flushes of the device (Collecon group) Counts the paral flushes of the device (Collecon group) Counts the flushes based on local hygiene programs of the device (Collecon group) Indicates the water usage of the device (Collecon group) Used to adjust the flush me for an urinal (writable) (Collecon group) Used to switch on and off the cleaning mode of the device (writable) (Collecon group) Collecon group for all toilets Name of the zone/room the device is assigned to State of the connecon between gateway and device (Collecon group) The device has a warning (Collecon group) The device has an error (Collecon group) Baery in the device is low (Collecon group) Device is currently in use (Collecon group) Valve in the device is currently opened (Collecon group) Counts the usages of the device (Collecon group) Counts the flushes of the device (Collecon group) Counts the automac flushes of the device (Collecon group) Counts the manual flushes of the device (Collecon group) Counts the full flushes of the device (Collecon group) Counts the paral flushes of the device (Collecon group) Counts the flushes based on local hygiene programs of the device (Collecon group) Indicates the water usage of the device (Collecon group) Used to switch on and off the cleaning mode of the device (writable) (Collecon group) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable)
150
45036004824039691 © 11-2024 971.816.00.0(03)
9.6 EDE file for practical example 1
9 Appendix
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1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234
Zone.2.AllUrinals
29
Zone.2.AllUrinals.ZoneName
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Zone.2.AllUrinals.ConneconStatus
19
Zone.2.AllUrinals.GenericWarning
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Zone.2.AllUrinals.GenericError
5
Zone.2.AllUrinals.LowBaery
5
Zone.2.AllUrinals.UsageAcve
5
Zone.2.AllUrinals.ValveOpen
5
Zone.2.AllUrinals.UsageCount
48
Zone.2.AllUrinals.FlushCount
48
Zone.2.AllUrinals.HygieneFlushCount
48
Zone.2.AllUrinals.WaterUsage
48
Zone.2.AllUrinals.FlushTime
48
Zone.2.AllUrinals.Cleaning
19
Zone.2.Urinal.1
29
Zone.2.Urinal.1.DeviceSerial
40
Zone.2.Urinal.1.ZoneName
40
Zone.2.Urinal.1.ConneconStatus
19
Zone.2.Urinal.1.GenericWarning
5
Zone.2.Urinal.1.GenericError
5
Zone.2.Urinal.1.LowBaery
5
Zone.2.Urinal.1.UsageAcve
5
Zone.2.Urinal.1.ValveOpen
5
Zone.2.Urinal.1.UsageCount
48
Zone.2.Urinal.1.FlushCount
48
Zone.2.Urinal.1.HygieneFlushCount
48
Zone.2.Urinal.1.WaterUsage
48
Zone.2.Urinal.1.Locate
19
Zone.2.Urinal.1.DrainVolume
48
Zone.2.Urinal.1.Flush
5
Zone.2.Urinal.1.FlushTime
48
Zone.2.Urinal.1.Cleaning
19
Zone.2.Urinal.2
29
Zone.2.Urinal.2.DeviceSerial
40
Zone.2.Urinal.2.ZoneName
40
Zone.2.Urinal.2.ConneconStatus
19
Zone.2.Urinal.2.GenericWarning
5
Zone.2.Urinal.2.GenericError
5
Zone.2.Urinal.2.LowBaery
5
Zone.2.Urinal.2.UsageAcve
5
Zone.2.Urinal.2.ValveOpen
5
Zone.2.Urinal.2.UsageCount
48
Zone.2.Urinal.2.FlushCount
48
Zone.2.Urinal.2.HygieneFlushCount
48
Zone.2.Urinal.2.WaterUsage
48
Zone.2.Urinal.2.Locate
19
Zone.2.Urinal.2.DrainVolume
48
Zone.2.Urinal.2.Flush
5
Zone.2.Urinal.2.FlushTime
48
Zone.2.Urinal.2.Cleaning
19
Zone.2.Urinal.3
29
Zone.2.Urinal.3.DeviceSerial
40
Zone.2.Urinal.3.ZoneName
40
Zone.2.Urinal.3.ConneconStatus
19
Zone.2.Urinal.3.GenericWarning
5
Zone.2.Urinal.3.GenericError
5
Zone.2.Urinal.3.LowBaery
5
Zone.2.Urinal.3.UsageAcve
5
Zone.2.Urinal.3.ValveOpen
5
Zone.2.Urinal.3.UsageCount
48
Zone.2.Urinal.3.FlushCount
48
Zone.2.Urinal.3.HygieneFlushCount
48
Zone.2.Urinal.3.WaterUsage
48
Zone.2.Urinal.3.Locate
19
Zone.2.Urinal.3.DrainVolume
48
Zone.2.Urinal.3.Flush
5
Zone.2.Urinal.3.FlushTime
48
Zone.2.Urinal.3.Cleaning
19
Zone.2.Urinal.4
29
Zone.2.Urinal.4.DeviceSerial
40
Zone.2.Urinal.4.ZoneName
40
Zone.2.Urinal.4.ConneconStatus
19
Zone.2.Urinal.4.GenericWarning
5
Zone.2.Urinal.4.GenericError
5
Zone.2.Urinal.4.LowBaery
5
Zone.2.Urinal.4.UsageAcve
5
Zone.2.Urinal.4.ValveOpen
5
Zone.2.Urinal.4.UsageCount
48
Zone.2.Urinal.4.FlushCount
48
Zone.2.Urinal.4.HygieneFlushCount
48
Zone.2.Urinal.4.WaterUsage
48
Zone.2.Urinal.4.Locate
19
Zone.2.Urinal.4.DrainVolume
48
Zone.2.Urinal.4.Flush
5
Zone.2.Urinal.4.FlushTime
48
Zone.2.Urinal.4.Cleaning
19
Zone.2.Urinal.5
29
Zone.2.Urinal.5.DeviceSerial
40
Zone.2.Urinal.5.ZoneName
40
Zone.2.Urinal.5.ConneconStatus
19
Zone.2.Urinal.5.GenericWarning
5
Zone.2.Urinal.5.GenericError
5
Zone.2.Urinal.5.LowBaery
5
Zone.2.Urinal.5.UsageAcve
5
Zone.2.Urinal.5.ValveOpen
5
Zone.2.Urinal.5.UsageCount
48
Zone.2.Urinal.5.FlushCount
48
Zone.2.Urinal.5.HygieneFlushCount
48
Zone.2.Urinal.5.WaterUsage
48
Zone.2.Urinal.5.Locate
19
Zone.2.Urinal.5.DrainVolume
48
Zone.2.Urinal.5.Flush
5
Zone.2.Urinal.5.FlushTime
48
Zone.2.Urinal.5.Cleaning
19
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Collecon group for all urinals Name of the zone/room the device is assigned to State of the connecon between gateway and device (Collecon group) The device has a warning (Collecon group) The device has an error (Collecon group) Baery in the device is low (Collecon group) Device is currently in use (Collecon group) Valve in the device is currently opened (Collecon group) Counts the usages of the device (Collecon group) Counts the flushes of the device (Collecon group) Counts the flushes based on local hygiene programs of the device (Collecon group) Indicates the water usage of the device (Collecon group) Used to adjust the flush me for an urinal (writable) (Collecon group) Used to switch on and off the cleaning mode of the device (writable) (Collecon group) Urinal IR Control Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to adjust the flush me for an urinal (writable) Used to switch on and off the cleaning mode of the device (writable) Urinal IR Control Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to adjust the flush me for an urinal (writable) Used to switch on and off the cleaning mode of the device (writable) Urinal IR Control Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to adjust the flush me for an urinal (writable) Used to switch on and off the cleaning mode of the device (writable) Urinal IR Control Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to adjust the flush me for an urinal (writable) Used to switch on and off the cleaning mode of the device (writable) Urinal IR Control Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to adjust the flush me for an urinal (writable) Used to switch on and off the cleaning mode of the device (writable)
45036004824039691 © 11-2024 971.816.00.0(03)
151
9 Appendix
9.6 EDE file for practical example 1
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Zone.3.AllDevices
29
Zone.3.AllDevices.ZoneName
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Zone.3.AllDevices.ConneconStatus
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Zone.3.AllDevices.GenericWarning
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Zone.3.AllDevices.GenericError
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Zone.3.AllDevices.LowBaery
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Zone.3.AllDevices.UsageAcve
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Zone.3.AllDevices.ValveOpen
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Zone.3.AllDevices.UsageCount
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Zone.3.AllDevices.FlushCount
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Zone.3.AllDevices.HygieneFlushCount
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Zone.3.AllDevices.WaterUsage
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Zone.3.AllDevices.Cleaning
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Zone.3.AllWashbasins
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Zone.3.AllWashbasins.ZoneName
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Zone.3.AllWashbasins.ConneconStatus 19
Zone.3.AllWashbasins.GenericWarning 5
Zone.3.AllWashbasins.GenericError
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Zone.3.AllWashbasins.LowBaery
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Zone.3.AllWashbasins.UsageAcve
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Zone.3.AllWashbasins.ValveOpen
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Zone.3.AllWashbasins.UsageCount
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Zone.3.AllWashbasins.FlushCount
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Zone.3.AllWashbasins.HygieneFlushCount 48
Zone.3.AllWashbasins.WaterUsage
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Zone.3.AllWashbasins.Cleaning
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Zone.3.Washbasin.1
29
Zone.3.Washbasin.1.DeviceSerial
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Zone.3.Washbasin.1.ZoneName
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Zone.3.Washbasin.1.ConneconStatus 19
Zone.3.Washbasin.1.GenericWarning
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Zone.3.Washbasin.1.GenericError
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Zone.3.Washbasin.1.LowBaery
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Zone.3.Washbasin.1.UsageAcve
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Zone.3.Washbasin.1.ValveOpen
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Zone.3.Washbasin.1.UsageCount
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Zone.3.Washbasin.1.FlushCount
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Zone.3.Washbasin.1.HygieneFlushCount 48
Zone.3.Washbasin.1.WaterUsage
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Zone.3.Washbasin.1.Locate
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Zone.3.Washbasin.1.DrainVolume
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Zone.3.Washbasin.1.Cleaning
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Zone.3.Washbasin.2
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Zone.3.Washbasin.2.DeviceSerial
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Zone.3.Washbasin.2.ZoneName
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Zone.3.Washbasin.2.ConneconStatus 19
Zone.3.Washbasin.2.GenericWarning
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Zone.3.Washbasin.2.GenericError
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Zone.3.Washbasin.2.LowBaery
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Zone.3.Washbasin.2.UsageAcve
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Zone.3.Washbasin.2.ValveOpen
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Zone.3.Washbasin.2.UsageCount
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Zone.3.Washbasin.2.FlushCount
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Zone.3.Washbasin.2.HygieneFlushCount 48
Zone.3.Washbasin.2.WaterUsage
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Zone.3.Washbasin.2.Locate
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Zone.3.Washbasin.2.DrainVolume
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Zone.3.Washbasin.2.Cleaning
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Zone.3.Washbasin.3
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Zone.3.Washbasin.3.DeviceSerial
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Zone.3.Washbasin.3.ZoneName
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Zone.3.Washbasin.3.ConneconStatus 19
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Zone.3.Washbasin.3.GenericError
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Zone.3.Washbasin.3.LowBaery
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Zone.3.Washbasin.3.UsageAcve
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Zone.3.Washbasin.3.ValveOpen
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Zone.3.Washbasin.3.UsageCount
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Zone.3.Washbasin.3.FlushCount
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Zone.3.Washbasin.3.HygieneFlushCount 48
Zone.3.Washbasin.3.WaterUsage
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Zone.3.Washbasin.3.Locate
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Zone.3.Washbasin.3.DrainVolume
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Zone.3.Washbasin.3.Cleaning
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Zone.3.Washbasin.4
29
Zone.3.Washbasin.4.DeviceSerial
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Zone.3.Washbasin.4.ZoneName
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Zone.3.Washbasin.4.ConneconStatus 19
Zone.3.Washbasin.4.GenericWarning
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Zone.3.Washbasin.4.GenericError
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Zone.3.Washbasin.4.LowBaery
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Zone.3.Washbasin.4.UsageAcve
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Zone.3.Washbasin.4.ValveOpen
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Zone.3.Washbasin.4.UsageCount
48
Zone.3.Washbasin.4.FlushCount
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Zone.3.Washbasin.4.HygieneFlushCount 48
Zone.3.Washbasin.4.WaterUsage
48
Zone.3.Washbasin.4.Locate
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Zone.3.Washbasin.4.DrainVolume
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Zone.3.Washbasin.4.Cleaning
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Zone.4.AllDevices
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Zone.4.AllDevices.ZoneName
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Zone.4.AllDevices.ConneconStatus
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Zone.4.AllDevices.GenericError
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Zone.4.AllDevices.LowBaery
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Zone.4.AllDevices.UsageAcve
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Zone.4.AllDevices.ValveOpen
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Zone.4.AllDevices.UsageCount
48
Zone.4.AllDevices.FlushCount
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Zone.4.AllDevices.AutomacFlushCount 48
Zone.4.AllDevices.ManualFlushCount
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Zone.4.AllDevices.FullFlushCount
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Zone.4.AllDevices.ParalFlushCount
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558000 558002 558101 558103 558104 558106 558107 558108 558140 558141 558147 558170 558207 595200 595202 595301 595303 595304 595306 595307 595308 595340 595341 595347 595370 595407 595600 595601 595602 595701 595703 595704 595706 595707 595708 595740 595741 595747 595770 595801 595803 595807 596000 596001 596002 596101 596103 596104 596106 596107 596108 596140 596141 596147 596170 596201 596203 596207 596400 596401 596402 596501 596503 596504 596506 596507 596508 596540 596541 596547 596570 596601 596603 596607 596800 596801 596802 596901 596903 596904 596906 596907 596908 596940 596941 596947 596970 597001 597003 597007 744000 744002 744101 744103 744104 744106 744107 744108 744140 744141 744143 744144 744145 744146
Collecon group for all devices Name of the zone/room the device is assigned to State of the connecon between gateway and device (Collecon group) The device has a warning (Collecon group) The device has an error (Collecon group) Baery in the device is low (Collecon group) Device is currently in use (Collecon group) Valve in the device is currently opened (Collecon group) Counts the usages of the device (Collecon group) Counts the flushes of the device (Collecon group) Counts the flushes based on local hygiene programs of the device (Collecon group) Indicates the water usage of the device (Collecon group) Used to switch on and off the cleaning mode of the device (writable) (Collecon group) Collecon group for all washbasins Name of the zone/room the device is assigned to State of the connecon between gateway and device (Collecon group) The device has a warning (Collecon group) The device has an error (Collecon group) Baery in the device is low (Collecon group) Device is currently in use (Collecon group) Valve in the device is currently opened (Collecon group) Counts the usages of the device (Collecon group) Counts the flushes of the device (Collecon group) Counts the flushes based on local hygiene programs of the device (Collecon group) Indicates the water usage of the device (Collecon group) Used to switch on and off the cleaning mode of the device (writable) (Collecon group) Lavatory Tap IFP Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to switch on and off the cleaning mode of the device (writable) Lavatory Tap IFP Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to switch on and off the cleaning mode of the device (writable) Lavatory Tap IFP Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to switch on and off the cleaning mode of the device (writable) Lavatory Tap IFP Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to switch on and off the cleaning mode of the device (writable) Collecon group for all devices Name of the zone/room the device is assigned to State of the connecon between gateway and device (Collecon group) The device has a warning (Collecon group) The device has an error (Collecon group) Baery in the device is low (Collecon group) Device is currently in use (Collecon group) Valve in the device is currently opened (Collecon group) Counts the usages of the device (Collecon group) Counts the flushes of the device (Collecon group) Counts the automac flushes of the device (Collecon group) Counts the manual flushes of the device (Collecon group) Counts the full flushes of the device (Collecon group) Counts the paral flushes of the device (Collecon group)
152
45036004824039691 © 11-2024 971.816.00.0(03)
9.6 EDE file for practical example 1
9 Appendix
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Zone.4.AllDevices.HygieneFlushCount
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Zone.4.AllToilets.UsageCount
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Zone.4.AllToilets.FlushCount
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Zone.4.AllToilets.AutomacFlushCount 48
Zone.4.AllToilets.ManualFlushCount
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Zone.4.AllToilets.FullFlushCount
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Zone.4.AllToilets.ParalFlushCount
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Zone.4.AllToilets.WaterUsage
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Zone.4.AllToilets.Cleaning
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Zone.4.Toilet.1
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Zone.4.Toilet.1.LowBaery
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Zone.4.Toilet.1.UsageCount
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Zone.4.Toilet.1.FlushCount
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Zone.4.Toilet.1.AutomacFlushCount
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Zone.4.Toilet.1.ManualFlushCount
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Zone.4.Toilet.1.FullFlushCount
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Zone.4.Toilet.1.ParalFlushCount
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Zone.4.Toilet.1.HygieneFlushCount
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Zone.4.Toilet.1.WaterUsage
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Zone.4.Toilet.1.Locate
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Zone.4.Toilet.1.DrainVolume
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Zone.4.Toilet.1.Flush
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Zone.4.Toilet.1.Cleaning
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Zone.4.Toilet.2
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Zone.4.Toilet.2.ZoneName
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Zone.4.Toilet.2.UsageAcve
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Zone.4.Toilet.2.FlushCount
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Zone.4.Toilet.2.AutomacFlushCount
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Zone.4.Toilet.2.ManualFlushCount
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Zone.4.Toilet.2.FullFlushCount
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Zone.4.Toilet.2.ParalFlushCount
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Zone.4.Toilet.2.HygieneFlushCount
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Zone.4.Toilet.2.WaterUsage
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Zone.4.Toilet.2.Locate
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Zone.4.Toilet.2.Flush
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Zone.4.Toilet.3
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Zone.4.Toilet.3.ZoneName
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Zone.4.Toilet.3.ConneconStatus
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Zone.4.Toilet.3.GenericError
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Zone.4.Toilet.3.LowBaery
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Zone.4.Toilet.3.UsageAcve
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Zone.4.Toilet.3.ValveOpen
5
Zone.4.Toilet.3.UsageCount
48
Zone.4.Toilet.3.FlushCount
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Zone.4.Toilet.3.AutomacFlushCount
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Zone.4.Toilet.3.ManualFlushCount
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Zone.4.Toilet.3.FullFlushCount
48
Zone.4.Toilet.3.ParalFlushCount
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Zone.4.Toilet.3.HygieneFlushCount
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Zone.4.Toilet.3.WaterUsage
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Zone.4.Toilet.3.Locate
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Zone.4.Toilet.3.DrainVolume
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Zone.4.Toilet.3.Flush
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Zone.4.Toilet.3.Cleaning
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Zone.4.Toilet.4
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Zone.4.Toilet.4.ZoneName
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Zone.4.Toilet.4.AutomacFlushCount
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Zone.4.Toilet.4.ManualFlushCount
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Zone.4.Toilet.4.FullFlushCount
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Zone.4.Toilet.4.ParalFlushCount
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Zone.4.Toilet.4.HygieneFlushCount
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Zone.4.Toilet.4.WaterUsage
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Zone.4.Toilet.4.Locate
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Zone.4.Toilet.4.DrainVolume
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Zone.4.Toilet.4.Flush
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Zone.4.Toilet.4.Cleaning
19
744147 744170 744207 756400 756402 756501 756503 756504 756506 756507 756508 756540 756541 756543 756544 756545 756546 756547 756570 756607 756800 756801 756802 756901 756903 756904 756906 756907 756908 756940 756941 756943 756944 756945 756946 756947 756970 757001 757003 757005 757007 757200 757201 757202 757301 757303 757304 757306 757307 757308 757340 757341 757343 757344 757345 757346 757347 757370 757401 757403 757405 757407 757600 757601 757602 757701 757703 757704 757706 757707 757708 757740 757741 757743 757744 757745 757746 757747 757770 757801 757803 757805 757807 758000 758001 758002 758101 758103 758104 758106 758107 758108 758140 758141 758143 758144 758145 758146 758147 758170 758201 758203 758205 758207
Counts the flushes based on local hygiene programs of the device (Collecon group) Indicates the water usage of the device (Collecon group) Used to switch on and off the cleaning mode of the device (writable) (Collecon group) Collecon group for all toilets Name of the zone/room the device is assigned to State of the connecon between gateway and device (Collecon group) The device has a warning (Collecon group) The device has an error (Collecon group) Baery in the device is low (Collecon group) Device is currently in use (Collecon group) Valve in the device is currently opened (Collecon group) Counts the usages of the device (Collecon group) Counts the flushes of the device (Collecon group) Counts the automac flushes of the device (Collecon group) Counts the manual flushes of the device (Collecon group) Counts the full flushes of the device (Collecon group) Counts the paral flushes of the device (Collecon group) Counts the flushes based on local hygiene programs of the device (Collecon group) Indicates the water usage of the device (Collecon group) Used to switch on and off the cleaning mode of the device (writable) (Collecon group) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable)
45036004824039691 © 11-2024 971.816.00.0(03)
153
9 Appendix
9.6 EDE file for practical example 1
StructuredView:758400 CharStringValue:758401 CharStringValue:758402 MulStateValue:758501 BinaryValue:758503 BinaryValue:758504 BinaryValue:758506 BinaryValue:758507 BinaryValue:758508 PosiveIntegerValue:758540 PosiveIntegerValue:758541 PosiveIntegerValue:758543 PosiveIntegerValue:758544 PosiveIntegerValue:758545 PosiveIntegerValue:758546 PosiveIntegerValue:758547 PosiveIntegerValue:758570 MulStateValue:758601 PosiveIntegerValue:758603 BinaryValue:758605 MulStateValue:758607 StructuredView:758800 CharStringValue:758801 CharStringValue:758802 MulStateValue:758901 BinaryValue:758903 BinaryValue:758904 BinaryValue:758906 BinaryValue:758907 BinaryValue:758908 PosiveIntegerValue:758940 PosiveIntegerValue:758941 PosiveIntegerValue:758943 PosiveIntegerValue:758944 PosiveIntegerValue:758945 PosiveIntegerValue:758946 PosiveIntegerValue:758947 PosiveIntegerValue:758970 MulStateValue:759001 PosiveIntegerValue:759003 BinaryValue:759005 MulStateValue:759007 StructuredView:759200 CharStringValue:759201 CharStringValue:759202 MulStateValue:759301 BinaryValue:759303 BinaryValue:759304 BinaryValue:759306 BinaryValue:759307 BinaryValue:759308 PosiveIntegerValue:759340 PosiveIntegerValue:759341 PosiveIntegerValue:759343 PosiveIntegerValue:759344 PosiveIntegerValue:759345 PosiveIntegerValue:759346 PosiveIntegerValue:759347 PosiveIntegerValue:759370 MulStateValue:759401 PosiveIntegerValue:759403 BinaryValue:759405 MulStateValue:759407 StructuredView:759600 CharStringValue:759601 CharStringValue:759602 MulStateValue:759701 BinaryValue:759703 BinaryValue:759704 BinaryValue:759706 BinaryValue:759707 BinaryValue:759708 PosiveIntegerValue:759740 PosiveIntegerValue:759741 PosiveIntegerValue:759743 PosiveIntegerValue:759744 PosiveIntegerValue:759745 PosiveIntegerValue:759746 PosiveIntegerValue:759747 PosiveIntegerValue:759770 MulStateValue:759801 PosiveIntegerValue:759803 BinaryValue:759805 MulStateValue:759807
1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234 1234
Zone.4.Toilet.5
29
Zone.4.Toilet.5.DeviceSerial
40
Zone.4.Toilet.5.ZoneName
40
Zone.4.Toilet.5.ConneconStatus
19
Zone.4.Toilet.5.GenericWarning
5
Zone.4.Toilet.5.GenericError
5
Zone.4.Toilet.5.LowBaery
5
Zone.4.Toilet.5.UsageAcve
5
Zone.4.Toilet.5.ValveOpen
5
Zone.4.Toilet.5.UsageCount
48
Zone.4.Toilet.5.FlushCount
48
Zone.4.Toilet.5.AutomacFlushCount
48
Zone.4.Toilet.5.ManualFlushCount
48
Zone.4.Toilet.5.FullFlushCount
48
Zone.4.Toilet.5.ParalFlushCount
48
Zone.4.Toilet.5.HygieneFlushCount
48
Zone.4.Toilet.5.WaterUsage
48
Zone.4.Toilet.5.Locate
19
Zone.4.Toilet.5.DrainVolume
48
Zone.4.Toilet.5.Flush
5
Zone.4.Toilet.5.Cleaning
19
Zone.4.Toilet.6
29
Zone.4.Toilet.6.DeviceSerial
40
Zone.4.Toilet.6.ZoneName
40
Zone.4.Toilet.6.ConneconStatus
19
Zone.4.Toilet.6.GenericWarning
5
Zone.4.Toilet.6.GenericError
5
Zone.4.Toilet.6.LowBaery
5
Zone.4.Toilet.6.UsageAcve
5
Zone.4.Toilet.6.ValveOpen
5
Zone.4.Toilet.6.UsageCount
48
Zone.4.Toilet.6.FlushCount
48
Zone.4.Toilet.6.AutomacFlushCount
48
Zone.4.Toilet.6.ManualFlushCount
48
Zone.4.Toilet.6.FullFlushCount
48
Zone.4.Toilet.6.ParalFlushCount
48
Zone.4.Toilet.6.HygieneFlushCount
48
Zone.4.Toilet.6.WaterUsage
48
Zone.4.Toilet.6.Locate
19
Zone.4.Toilet.6.DrainVolume
48
Zone.4.Toilet.6.Flush
5
Zone.4.Toilet.6.Cleaning
19
Zone.4.Toilet.7
29
Zone.4.Toilet.7.DeviceSerial
40
Zone.4.Toilet.7.ZoneName
40
Zone.4.Toilet.7.ConneconStatus
19
Zone.4.Toilet.7.GenericWarning
5
Zone.4.Toilet.7.GenericError
5
Zone.4.Toilet.7.LowBaery
5
Zone.4.Toilet.7.UsageAcve
5
Zone.4.Toilet.7.ValveOpen
5
Zone.4.Toilet.7.UsageCount
48
Zone.4.Toilet.7.FlushCount
48
Zone.4.Toilet.7.AutomacFlushCount
48
Zone.4.Toilet.7.ManualFlushCount
48
Zone.4.Toilet.7.FullFlushCount
48
Zone.4.Toilet.7.ParalFlushCount
48
Zone.4.Toilet.7.HygieneFlushCount
48
Zone.4.Toilet.7.WaterUsage
48
Zone.4.Toilet.7.Locate
19
Zone.4.Toilet.7.DrainVolume
48
Zone.4.Toilet.7.Flush
5
Zone.4.Toilet.7.Cleaning
19
Zone.4.Toilet.8
29
Zone.4.Toilet.8.DeviceSerial
40
Zone.4.Toilet.8.ZoneName
40
Zone.4.Toilet.8.ConneconStatus
19
Zone.4.Toilet.8.GenericWarning
5
Zone.4.Toilet.8.GenericError
5
Zone.4.Toilet.8.LowBaery
5
Zone.4.Toilet.8.UsageAcve
5
Zone.4.Toilet.8.ValveOpen
5
Zone.4.Toilet.8.UsageCount
48
Zone.4.Toilet.8.FlushCount
48
Zone.4.Toilet.8.AutomacFlushCount
48
Zone.4.Toilet.8.ManualFlushCount
48
Zone.4.Toilet.8.FullFlushCount
48
Zone.4.Toilet.8.ParalFlushCount
48
Zone.4.Toilet.8.HygieneFlushCount
48
Zone.4.Toilet.8.WaterUsage
48
Zone.4.Toilet.8.Locate
19
Zone.4.Toilet.8.DrainVolume
48
Zone.4.Toilet.8.Flush
5
Zone.4.Toilet.8.Cleaning
19
758400 758401 758402 758501 758503 758504 758506 758507 758508 758540 758541 758543 758544 758545 758546 758547 758570 758601 758603 758605 758607 758800 758801 758802 758901 758903 758904 758906 758907 758908 758940 758941 758943 758944 758945 758946 758947 758970 759001 759003 759005 759007 759200 759201 759202 759301 759303 759304 759306 759307 759308 759340 759341 759343 759344 759345 759346 759347 759370 759401 759403 759405 759407 759600 759601 759602 759701 759703 759704 759706 759707 759708 759740 759741 759743 759744 759745 759746 759747 759770 759801 759803 759805 759807
WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable) WcFlush Automac Mains Serial number of the device Name of the zone/room the device is assigned to State of the connecon between gateway and device The device has a warning The device has an error Baery in the device is low Device is currently in use Valve in the device is currently opened Counts the usages of the device Counts the flushes of the device Counts the automac flushes of the device Counts the manual flushes of the device Counts the full flushes of the device Counts the paral flushes of the device Counts the flushes based on local hygiene programs of the device Indicates the water usage of the device Used to locate the device (writable) Used to open the valve of the device for a requested amount of water (writable) Used to trigger a single flush at the device (writable) Used to switch on and off the cleaning mode of the device (writable)
971.816.00.0
154
Geberit International AG Schachenstrasse 77, CH-8645 Jona
documentation@geberit.com
www.geberit.com
45036004824039691 © 11-2024 971.816.00.0(03)
References
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