ENWARE Smart Flow Water Monitoring System
Scope overview
The scope for the Smart Flow Water Monitoring System is as follows:
Enware Scope
- SFM Backbone Dual Connectors: Supply of backbone connectors
- HUB Cabinets: Supply of hub cabinets
- Initial System Plans: Supply of plans for all cable runs and locations
- As Built Plans: Supply of final As Built drawings based on markup plans
- SFM LAN Interfaces: Supply, configuration, installation and testing
- SFM TFP HUBs: Supply, addressing, installation and testing
- TMV & Fixture Sensors: Supply, installation and testing
- Smart Flow Backbone Testing: Confirming that all devices are connected on the RS485 network
Cabling Contractor Scope
- RS485 Backbone cables: Supply of CAT6 cable, installation, termination and testing
- Hub to TMV & Fixture Cables: Supply of CAT6 cable and RJ45 plugs, installation, termination, testing and labeling.
- Conduit: Supply and installation of conduit, we recommend 20mm from the TMV /Fixture to the ceiling and 40mm from the hub cabinet to the ceiling.
- Testing: Supply of test results for all cabling
- Markup Plans: Markup of any changes to initial system plans
Plumber Scope
- Hub Cabinets: Installation of hub cabinets in the walls including lids at a preferred height of 1.5m
- TMV & Fixture Schedule: A spreadsheet linking the hub ports to the TMVs and fixtures and providing asset location information and information on the rooms serviced
- Communication of changes: regarding added or deleted TMVs or fixtures during the build
Builder Scope
- Coordination: Co-ordination of services
- BMS Integration: Co-ordination of BMS integration requirements
- IP addresses: Provision of IP address allocations and rack allocations
- Room Naming: Provision of Hospital wayfinding room naming information
- Training: Co-ordination of client training
Contractor Responsibility Assignments
ស្ថាបត្យកម្មប្រព័ន្ធ
The Smart Flow System utilizes three cabling network components in the complete system architecture.
ទាំងនេះគឺ៖
- Hospital IT Network – supplied by others
- RS485 Backbone Network – connects Smart Flow field devices (HUBs) together back to the Comms Room
- HUB Cabling – connects sensors at TMVs and Fixtures back to HUBs
The system design can be replicated without limit over multiple levels and buildings. Each level will contain its own RS485 Network cabled back to a LAN Interface on each Level. Enware will supply Plans showing all HUB locations, the backbone system design, and all connected endpoints for sensors, either TMVs or fixtures.
ចំណាំ៖ The RS485 Backbone Cable and hub to TMV / fixture cabling are not part of the structured cabling network. All cable should be installed by a qualified person.
Hospital IT Network
The Hospital IT Network is not part of this scope – to be done by others.
The Hospital IT Network is the Structured Cabling Network and stands separate from Smart Flow System Cabling. The Smart Flow system utilizes the Hospital IT Network to efficiently communicate across the whole Hospital site.
Essentially, each floor of each building will have either one or two RS485 Backbone Networks, which run back to the comms rooms on that level. The system at that point interfaces with the Hospital network via the Smart Flow LAN Interface.
The LAN Interfaces are to be installed in each comms room. Likewise, the Smart Flow server will be located somewhere on the Network and communicate to the LAN interfaces via the Hospital IT Network.
The LAN Interfaces and Server will be installed by Enware.
TMV Monitoring Plans
- អតីតample below shows a typical plan that will be supplied to the contractor by Enware. This plan will show the suggested locations of HUB cabinets. As HUB cabinets installed in walls are considered an architectural item, final locations will need to be confirmed by others. Hubs should be installed in the walls in the corridors.
- The backbone cable should be run in the route shown; any changes to backbone routing due to onsite practicalities shall be documented on the site plans and reported back to Enware.
- The hub cable should be run to the hub and hub port shown on the plans, any changes to hub cabling due to onsite practicalities shall be documented on the site plans and reported back to Enware.
As can be seen on the plans, TMVs are labelled based on the hub number and port number in the format:
- “TMV YYY-Z” eg “TMV 004-1”
- YYY is the hub number (address) starting at 001
- Z is the hub port (sensor port position) starting at 1
TMV & Fixture Monitoring Plans
អតីតample below shows a typical plan that will be supplied to the contractor by Enware. This plan will show the suggested locations of HUB cabinets. As HUB cabinets installed in walls are considered an architectural item, final locations will need to be confirmed by others. Hubs should be installed in the walls in the corridors.
The backbone cable should be run in the route shown; any changes to backbone routing due to onsite practicalities shall be documented on the site plans and reported back to Enware.
The hub cabling cable should be run to the hub and hub port shown on the plans, any changes to hub cabling due to onsite practicalities shall be documented on the site plans and reported back to Enware.
As can be seen on the plans, TMVs and fixtures are labelled based on the hub number at port number in the format:
- “XXX YYY-Z” eg “BSN 001-3”
- XXX: the asset type eg:
- TMV: Thermastatic Mixing Valve
- BSN: Basin
- SWR: Shower
- YYY is the hub number (address) starting at 001
- Z is the hub port (sensor port position) starting at 1
- XXX: the asset type eg:
For assets that are virtually monitored the following convention is used:
- “XXX YYY-ZV” eg “BSN 001-1V”
- XXX: the asset type eg:
- BSN: Basin
- SWR: Shower
- YYY is the hub number (address) starting at 001
- Z is the hub port (sensor port position) of the upstream TMV
- XXX: the asset type eg:
RS485 Backbone Cabling
Backbone Cabling Details
- Installed using CAT6 unshielded cable
- 0.5m service loop in the ceiling space above the hub in case additional cable is required.
- Architecture is daisy-chained from hub cabinet to hub cabinet with termination to an SFM backbone dual connector.
- The incoming and outgoing cable are terminated in the backbone connector.
- One backbone connector is located in each hub cabinet.
- Hub cabinets can fit either 1 Hub with up to 5 TMVs/fixtures or 2 hubs to monitor up to 10 TMVs / fixtures as indicated on initial Enware-supplied plans.
- The backbone cable must be run so that the HUBs are installed in sequential order.
- We strongly recommend the installation of 40mm conduit between the hub cabinet and the ceiling space.
DESC៖ SFM BACKBONE DUAL CONNECTOR SURFACE MOUNT
MFR៖ Enware
លេខកូដ៖ SFM-BB-SURFACE
| ម្ជុល | ពណ៌ | ការពិពណ៌នា |
| 1 | បៃតង/ស | Gnd supply voltage |
| 2 | បៃតង | វ៉ុលផ្គត់ផ្គង់ 24Vtage |
| 3 | ពណ៌ទឹកក្រូច/ស | Gnd supply voltage |
| 4 | ខៀវ | RS485 A Comms |
| 5 | ខៀវ/ស | RS485 B Comms |
| 6 | ពណ៌ទឹកក្រូច | Gnd supply voltage |
| 7 | ពណ៌ត្នោត/ស | វ៉ុលផ្គត់ផ្គង់ 24Vtage |
| 8 | ត្នោត | Gnd supply voltage |
Backbone Cabinet Layout
Backbone Connector
The Backbone connector is designed to simplify the installation of the backbone by removing the need to double-punch the incoming and outgoing wires into the same RJ45 keystone connector, it also
The two sets of punch down connectors and the two RJ45 ports are linked inside the PCB so that a bridging wire between the 2 sides is no longer necessary.
The backbone connector pictured above will be included with every hub cabinet. The code is any are lost is SFM-BB-SURFACE.
Backbone Testing
Testing of the backbone is essential prior to hub installation.
When testing the backbone all smart flow hubs and the LAN interface will need to be disconnected from the backbone prior to testing.
Testing of all individual connections throughout the entire backbone run is required. End-to-end testing is not sufficient.
Backbone Labeling
The backbone cable should be labeled with the hub it is going (or LAN interface) to so that the cables can be easily traced.
Hub Cabling (Hub to TMV / Fixture)
Hub Cabling Details
All HUB to TMV or Fixture cables are as follows:
- Cable – CAT6 Unshielded
- 0.5m service loop in the ceiling space above the hub and TMV / fixture encase additional cable is required.
- Terminations – RJ45 plugs both ends
- PIN output – T-568A
- We recommend installation of 20mm conduit between the TMV and the ceiling space.
| ម្ជុល | ពណ៌ | ការពិពណ៌នា |
| 1 | បៃតង/ស | Gnd supply voltage |
| 2 | បៃតង | វ៉ុលផ្គត់ផ្គង់ 24Vtage |
| 3 | ពណ៌ទឹកក្រូច/ស | Temperature sensor for cold water |
| 4 | ខៀវ | Flow sensor for cold water |
| 5 | ខៀវ/ស | Flow sensor for hot water |
| 6 | ពណ៌ទឹកក្រូច | Temperature sensor for hot water |
| 7 | ពណ៌ត្នោត/ស | Flow sensor for warm water |
| 8 | ត្នោត | Temperature sensor for warm water |
Hub Cabling Cabinet Layout
Each hub can support up to 5 TMVs / fixtures on ports 1-5 and 2 pressure sensors on port 6.
Hub Cabling Testing
Testing of the hub cabling is also essential to deliver a functioning system. The SFM TFP hub pinout is below, but for testing purposes the cable can be treated as a standard RJ45 cable and tested as such using industry standard tools.
When testing the hub cabling all smart flow hubs and sensors will need to be disconnected as this will interfere with industry standard test tools.
A test report showing each cable has been tested should be provided to Enware at the completion of the hub cabling.
Hub Cabling Labeling
Each hub cable should be labeled at both ends in the format of yyy-z where yyy is the hub number (001 to 999) and z is the hub port (1 to 5). The cables should be labeled so that the labels are visible when plugged into the hub.
1300 369 273 | info@enware.com.au
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ENWARE Smart Flow Water Monitoring System [pdf] ការណែនាំអំពីការដំឡើង Smart Flow Water Monitoring System, Flow Water Monitoring System, Water Monitoring System, Monitoring System |