Building AutomationBuilding Automation
Installation Guide for Honeywell models including: TR100 Wall Module, TR100, Wall Module, Module
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DocumentDocumentTR100 Wall Module
Modbus Integration Guide
TABLE OF CONTENT
CHAPTER 1 - INTRODUCTION........................................................................ 1
Scope of the document................................................................................................................ 1 Reference documents .................................................................................................................. 1 Prerequisites .................................................................................................................................... 1 Warning.............................................................................................................................................. 1
CHAPTER 2 - SETTING UP AND CONFIGURING MODBUS....................... 2
Setting Up Modbus Network ..................................................................................................... 2
CHAPTER 3 - MODBUS OBJECT POINTS ..................................................... 8
Alert...................................................................................................................................................... 8 Device............................................................................................................................................... 10 Display Values .............................................................................................................................. 14 Fan Control .................................................................................................................................... 17 General Setting and Monitoring ........................................................................................... 19 HVAC Mode Control ................................................................................................................... 22 LED_LCD......................................................................................................................................... 25 Occupancy ..................................................................................................................................... 26 Sensor .............................................................................................................................................. 32 Setpoint........................................................................................................................................... 33
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Disclaimer
This document contains Honeywell proprietary information. Information contained herein is to be used solely for the purpose submitted, and no part of this document or its contents shall be reproduced, published, or disclosed to a third party without the express permission of Honeywell International Inc. While this information is presented in good faith and believed to be accurate, Honeywell disclaims the implied warranties of merchantability and fitness for a purpose and makes no express warranties except as may be stated in its written agreement with and for its customer. In no event is Honeywell liable to anyone for any direct, special, or consequential damages. The information and specifications in this document are subject to change without notice. © 2024 Honeywell International Inc.
Other Trademarks
Third-party brands and names are the property of their respective owners. Microsoft®, Win32, Windows®, Windows XP, Windows Vista, Windows 7, Windows 8, and Visual Studio are registered trademarks of Microsoft Corporation in the United States and other countries. Other products and company names mentioned herein may be the trademarks of their respective owners. Examples of companies, organizations, products, domain names, e-mail addresses, logos, people, places, and events are fictitious. No association with any real company, organization, product, domain name, e-mail address, logo, person, place, or event is intended or should be inferred.
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1CHAPTER
INTRODUCTION
1.1 Scope of the document
The Modbus Integration document contains information related to Modbus Objects and the properties of the TR100 wall module that help engineers to integrate and configure the settings via a Modbust tool.
1.2 Reference documents
· TR100 Data sheet - 31-00671-01 · TR100 Installation Instructions - 31-00673 · TR100 User Guide - 31-00674 · TR100 Pocket Guide - 31-00675
1.3 Prerequisites
Before going through initial commissioning and configuration process, ensure the TR100 is installed and wired up according to the TR100 installation and mounting guide.
1.4 Warning
· To reduce the risk of electrical shock do not open the thermostat. There are no user serviceable parts inside. Refer servicing to qualified service personnel only.
· Cleaning -- Use a dry cloth to clean the product. Do not use liquid cleaners or aerosol cleaners.
· Water and moisture -- Do not use the product near water. Do not install the product in a place where water may splash onto it.
· Do not operate the thermostat with a hard, sharp, or pointed object such as a fingernail, pen.
· The screen used for the thermostat is made of glass. Therefore, it can break when the product is dropped or heavy impact is applied. Do not handle broken glass without appropriate protection in event of damage.
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2CHAPTER SETTING UP AND CONFIGURING MODBUS
2.1 Setting Up Modbus Network
Follow these steps for the initial setup of the TR100 Modbus:
Step 1. .
Boot-up the TR100 Wall Module. The Honeywell logo screen appears, followed by the Welcome to TR100 screen.
Figure 1. Welcome screen
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Step 2. Once the load reaches 100 %, the initial setup screen is shown as below..
Step 3. Step 4.
Figure 2. Initial Setup Screen
Press and hold the "Honeywell logo" for 5 seconds to access device type selection screen. Select the device type TR100 and click button.
Figure 3. Device Type
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Choose Network Connection:.
Figure 4. Network Connection
Step 5. Tap Modbus and enable the Modbus connection. Step 6. To enable Modbus connection swipe the toggle bar to the right. The baud rate shows `Auto Mode' for the first 5 minutes.
.
Figure 5. Enable Modbus
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Step 7. Select Baud Rate.
Step 8.
.
Select Stopbits .
Figure 6. Select Baud Rate
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Step 9. Select Parity.
Figure 7. Parity
Step 10. Assign name to device. Assigning a name to the device:
Figure 8. Device Name
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Step 11. Step 12.
Step 13.
Tap on the text field. A keyboard will be displayed on the screen to enter the device name. Enter the device name. Assign a unique name to a device specifying a name to the location where the device is installed. It assists the user to easily identify the device during remote operation of the device. After entering a valid device name tap the right arrow button. The device name is saved, and the Passcode screen appears.
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3CHAPTER
MODBUS OBJECT POINTS
Alert
Table 1. Alerts
Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
Range
HOLDI NG
1954
41955
Cfg_Alarm
1
R/W
NV
CO2Upper ppm UInt16 400~5000
Limit
HOLDI NG
1953
41954
Cfg_Alarm
1
R/W
NV
HumiUppe
% UInt16 0-100
rLimit
INPUT
400
30401
1
R
V
no_AlarmI nfoFromW allModule
UInt16
BIT0: Alarm Temperature Sensor Failure (1) BIT1: Alarm Humidity Sensor Failure (2) BIT2: Alarm Communicati on failure (4) BIT3: Alarm CO2 Upper Limit exceeded (8) BIT4: Alarm Humidity Upper Limit exceeded (16)
Scale 1 1
1
Default Description
1000 80
This item is used to configure CO2 upper limit for alarm generation.
This item is used to configure humidity upper limit for alarm generation.
This alarm
information
0
is generated
by the wall
module itself.
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Reg Type HOLD-
ING
HOLDING
Reg Address
1950
1951
Abs Address
41951
41952
Reg Count
1
1
R/W R/W
R/W
Memory Type V
NV
Point Name ni_AlarmIn foFromCo ntroller
Cfg_Alarm InfoNotify Enable
Unit
Data Type UInt16
UInt16
Range
BIT0: Alarm Window Open (1) BIT1: Alarm Condensation (2) BIT2: Alarm Drip Pan (4) BIT3: Alarm Fan failure (8)
{BIT0: Alarm Temperature Sensor Failure (1), BIT1: Alarm Humidity Sensor Failure (2), BIT2: Alarm Communicati on failure (4), BIT3: Alarm CO2 Upper Limit (8), BIT4: Alarm Humidity Upper Limit (16), BIT5: Alarm Window Open (32), BIT6: Alarm Condensation (64), BIT7: Alarm Drip Pan (128), BIT8: Alarm Fan failure(256)}
Scale 1
1
Default 0
1
Description This alarm
information is sent from the controller to the wall module and displayed as an alarm on
the wall module.
This bitmap is used to configure,
when each of alarm
happen, whether there will be notification banners shown in the home screen. By default, there is only temperature sensor fail-
ure will have this
notification banner.
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Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
Range
HOLDING
1952
41953
1 R/W
Cfg_Alarm
NV
HumidityC O2UpperLi
mitEnable
UInt16
{BIT0: enable/ disable Humidity upper limit alarm (1), BIT1: enable/ disable CO2 upper limit alarm (2)}
Scale 1
Default 0
Description
This bitmap is used to enable/ disable humidity upper and CO2 upper limit alarm. By default, both of humidity upper and CO2 upper limit is disabled For example: set to 1 will enable Humidity limit only; set to 2 will enable CO2 limit only; set to 3 will enable both Humidity and CO2 limits; set to 0 will disable both Humidity and CO2 limits;
Device
Table 2. Device:
Reg Type
Reg Address
Abs Address
INPUT
1000
31001
INPUT
1008
31009
INPUT
96
30097
Reg Count 8 1
2
R/W
Memory Type
R
NV
R
NV
R
NV
Point Name MODULE_ NAME
ModelNubmer
FIRMWAR E_REVISIO N
Unit
Data Type
Strin g
UInt 16
UInt 32
Range
TR100 -TH-G TR100 -THCG
0 1
0~99 for each of byte
Scale Default
program
1
med in
Factory
program
1
med in
Factory
program
1
med in
Factory
Description
TR100-TH-G or
TR100-THC-G
Number 0: represent TR100-TH-G Nubmer 1: represent
TR100-THC-G
For example, 12.34.57.89 This is already designed and implemented in the OTA solution for TR50, unitary controller and Tools we shall keep this.
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Reg Type INPUT
Reg Address
Abs Address
1030
31031
INPUT
80
30081
HOLDING
112
40113
Reg Count 8 8
1
R/W R
Memory Type NV
R
NV
R/W V
Point Name Serial_ Number TAGIdentifi erData
TOOLS_HA NDLING_C OMMAND
Unit
Data Type
Strin g
Strin g
UInt 16
Range
Scale 1
Default
program med in Factory
1
TR100
0: OTA
ready
1: OTA
transm
it
compl
te
2:Instal
l the NEW
1
0
firmwe
via
reboot
proces
3:Canc
el OTA,
will
reboot
Description
For example," 000000000000000 0" TAG Identifier Data, a string constant, "TR100"
This is used for Honeywell proprietary Firmware Upgrade process happen between Honeywell controller and Wall module
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Reg Type
Reg Address
Abs Address
INPUT
114
30115
Reg Count 1
R/W
Memory Type
R
V
Point Name
FIRMWAR E_DOWNO AD_STATU S
Unit
Data Type
UInt 16
Range
0: OTA provisi on OK 1: OTA provisi on failed 2:firm ware update failed 3:firm ware update in progrs s.( After recv Handli ng cmd 02) 4:reser ved. 5:signa ture validati on failed. 6: flash access failed. 9: OTA Provisi onal status 90:OTA downlo ading status 91:OTA downlo aded status
Scale 1
Default 0
Description
This is used for Honeywell proprietary Firmware Upgrade process happen between Honeywell controller and Wall module
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Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
INPUT
800
30801
1
R
NV
Last Restart Reason
INPUT
801
30802
2
R
V
Time Of Device Restart
Unit
Data Type
UInt 16
second
Uint 32
Range
0: ColdSart 1: WarmStart 126: StartFirmwa reDownl oad 130: startdl ssettin gsdow nload 131: enddls setting s downlo ad
0~429 49 67296 second s
Scale 1 1
Default 0 0
Description
Enum for Last Restart Reason
Time Of Device Restart The maximum seconds is about 136 years
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Display Values
Table 3. Display Values
Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Point
Type
Name
Unit
HOLDI NG
1550
41551
1
R/W NV
Cfg_Dis pParaC ollectio n
Data Type UInt16
Range
Scale
BIT0: AQI
Indoor
(01)
BIT1: AQI
Outdoor
(02)
BIT2: Air
Quality
(Room
CO2)
(04)
BIT3:
Humidity
Indoor
(08)
BIT4:
Humidity
Outdoor
(16)
BIT5:
Intake
Fresh Air
(32)
BIT6:
PM2.5
Indoor
1
(64)
BIT7:
PM2.5
Outdoor(
128)
BIT8:
PM10
Indoor
(256)
BIT9:
PM10
Outdoor
(512)
BIT10:
TVOC
(1024)
BIT11:
UV Index
Outdoor
(2048)
BIT12:
Reserved
1 (4096)
BIT13:
Reserved
2 (8192}
Default 12
Description
It is used to decide which parameter shall be shown on LCD. By default, only humidity indoor and CO2 (if SKU support) will be shown. There are a maximum of 4 parameters that can be shown on the left screen. If the user configures more than 4 bits in this register, only the first four bits corresponding to the parameters will be shown in the order defined from Bit0 to Bit11. If the value is not sent from the controller, the parameter will be displayed as '--'.
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Reg Type HOLDI NG
HOLDI NG
HOLDI NG
HOLDI NG
HOLDI NG
Reg Address
Abs Address
Reg Count
R/W
Memory Point
Type
Name
Unit
1551
41552
1
R/W V
ni_AqiIndoor
1552
41553
1
R/W V
ni_Aqi Outdoo r
1553
41554
1
R/W V
ni_AirQuality(Roo mSpac eCO2)
ppm
1554
41555
1
R/W V
ni_Hu midityI ndoor
%RH
1555
41556
1
R/W V
ni_Hu midity Outdoo r
%RH
Data Type UInt16 UInt16 UInt16
UInt16 UInt16
Range 0~9999 0~9999 0~5000
0-100 0~100
Scale 1 1 1
0.01 0.01
Default 32767 32767 32767
327.67 327.67
Description
This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed. This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed. This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed (but if an on-board sensor is present, on board reading should be shown here) This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed (but if an on-board sensor is present, on board reading should be shown here) This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed
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Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Point
Type
Name
Unit
Data Type
HOLDI NG
1556
41557
1
R/W V
ni_IntakeFreshAi r
m3/h
UInt16
HOLDI NG
1557
41558
1
R/W V
ni_PM2 .5Indoor
ug/m3
UInt16
HOLDI NG
1558
41559
1
R/W V
ni_PM2 .5Outdoor
ug/m3
UInt16
HOLDI NG
1559
41560
1
R/W V
ni_PM1 0Indoor
ug/m3
UInt16
HOLDING
1560
41561
1
R/W V
ni_PM1 0Outdo or
ug/m3
UInt16
HOLDI NG
1561
41562
1
R/W V
ni_TVO CIndoo r
mg/ m3
UInt16
Range 0~9999 0~9999 0~9999 0~9999 0~9999 0~99.9
Scale 1 1 1 1 1 0.01
Default 32767 32767 32767 32767 32767 327.67
Description
This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed This is the value that the master controller can write to the wall module for display for PM2.5.
A raw value of 0x7FFF means the value is not available and should not be displayed. This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed This is the value that the master controller can write to the wall module for display.
A raw value of 0x7FFF means the value is not available and should not be displayed
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Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Point
Type
Name
Unit
HOLDI NG
1562
41563
1
R/W V
ni_UVIn dexOut door
HOLDI NG
1563
41564
1
R/W V
ni_Disp ParaRe served 1
HOLDI NG
1564
41565
1
R/W V
ni_Disp ParaRe served 2
Data Type UInt16 UInt16 UInt16
Range 1-11 0-9999 0~9999
Scale 1 1 1
Default 32767 32767 32767
Description
This is the value that the master controller can write to the wall module for display. A raw value of 0x7FFF means the value is not available and should not be displayed This is the value that the master controller can write to the wall module for display. A raw value of 0x7FFF means the value is not available and should not be displayed This is the value that the master controller can write to the wall module for display. A raw value of 0x7FFF means the value is not available and should not be displayed
Fan Control
Table 4. Fan
Reg Type
Reg Address
HOLD ING
1600
Abs Address
41601
Reg Count
R/W
Memory Type
1
R/W NV
Point Name
Unit
Data Type
Range
Cfg_Fan Override (User Selected Fan speed from Display)
UInt1 6
For Stages Fan: 0, 1, 2, 3, 0x7FFF For Variable Speed fan: 0..100% , 0x7FFF 0 = OFF 0x7FFF
= Auto
Scale 1
Default 32767
Description This value corresponds to the fan override selected by the room user. The value is sent from the wall module to the controller. However, the value can also be sent by the controller to the wallmodule to activate and to select a specific fan override. The fan speed selection from the user is saved in the flash and restored after power up of the wall module. For any staged fan type or variable speed fan, the default user selected fan speed is Auto.
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Reg Type
Reg Address
HOLD ING
1601
HOLD ING
1602
HOLD ING
1603
HOLD ING
1604
Abs Address 41602
41603
41604
41605
Reg Count
R/W
Memory Type
1
R/W V
1
R/W NV
1
R/W NV
1
R/W NV
Point Name
ni_Curre ntFan speed (Fan Speed Active in Master Controll er
CfgFanType (Fan Type)
Cfg_Vari ableSpe edFanAd jStepSiz e(variabl e speed fan adjustm ent step size)
CfgFanUser MinSpee d (Fan speed lowlimit)
Unit
Data Type
Range
UInt1 6
For Staged Fan: 0, 1, 2, 3 For Variable speed fan: 0..100%
0 = OFF
Enu m/ UInt1 6
1: No Fan 2: Single speed Fan 3: Two speed Fan 4: 3speed Fan 5: Variable SpeedFan
Enu m/ UInt1 6
1: 1% 2: 2% 3: 5% 4: 10% 5: 20%
UInt1 6
0, 1, 2, 3 for Staged fan 0...100% for Variable speed fan 999 = No fan override from room user
Scale Default
1
32767
1
1
1
4
1
0
Description This value is used to display the current fan speed that the controller is currently controlling. The value is sent from the controller to the wall module. 0x7FFF means Controller doesn't send the Fan speed to wall module yet. so LCD will show User Selected Fan speed instead. 1: No display of the button and no fan selection. 2: Fan selection: Off, On, Auto 3: Fan selection: Off, Speed 1, Speed 2, Auto 4: Fan selection: Off, Speed 1, Speed 2, Speed 3, Auto 5: Fan selection: 0-100%, Auto (When room user is changed to 0%, it shall be shown as OFF in the middle home screen, but here is no separate OFF fan selection) Note: The fan selection depends also on the UserMinSpeed and Speedometer settings. If there is a fan type change, the user selected fan speed shall be changed to Auto.
Used only for variable speed fan. This is used to set the increment by which the fan should run faster or slower when the fan button is pressed.
The room user cannot select a fan stage or fan level lower than this value from the wallmodule. Changing this value while a lower stage or level has already been selected by the user will change the user selection. 0 means Off. If Min Speed = 1, then user cannot switch OFF. If Min Speed = 0, then user can switch Off. 999 means that the room user cannot override the fan; the fan selection changes to AUTO and remains on Auto.
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Reg Type
Reg Address
HOLD ING
1605
Abs Address
41606
Reg Count
R/W
Memory Type
1
R/W NV
Point Name
CfgFanUser MaxSpe ed (Fan speed high limit)
Unit
Data Type
Range
UInt1 6
0, 1, 2, 3 for Staged fan 0...100% for Variable speed fan 999 = No fan override from room user
Scale Default
1
100
Description The room user cannot select a fan stage or fan level higher than this value from the wallmodule. Changing this value while a higher stage or level has already been selected by the user will change the user selection. 100% means either variable speed fan or any staged fan to allow the maximum fanspeed selection. 999 means that the room user cannot override the fan; the fan selection changes to AUTO and remains on Auto.
General Setting and Monitoring Table 5. General setting and Monitoring
Reg Type
Reg Address
Abs Address
Reg Count
INPUT 151
30152
1
R/W R
Memory Type V
Point Name no_cleaning Mode Status
Unit
Data Type
Enum / UInt1 6
Range
enum{Not In Cleaning Mode=1, Cleaning Mode=2}
Scale Default Description
1
1
Shows if the device is in cleaning mode or not
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Reg Type
Reg Address
Abs Address
Reg Count
INPUT 150
30151
1
HOLDI NG
1650
41651
1
HOLDI NG
1651
41652
1
HOLDI NG
1652
41653
1
R/W
R
R/W R/W R/W
Memory Type
V
NV NV NV
Point Name
Unit
no_De vicefa ults
Cfg_Te mpDis playU nit
Cfg_Te mpCo mmU nit
Cfg_Cl eanin gMod eTime
seconds
Data Type
UInt1 6
Range
Scale
{BIT0:
Reserved,
BIT1: Setpoint
min/
max mismatch,
BIT2: Fan
Speed min/
max mismatch,
BIT3:
Humidity
sensor
communication
failure,
BIT4:
Humidity
sensor initialize
failure,
BIT5: CO2
sensor
communication failure,
1
BIT6: CO2
sensor initialize
failure,
BIT7: CO2
sensor
selfchecking
failure,
BIT8: CO2
sensor data
not ready,
BIT9: both of
heat mode
and cool
mode is set,
BIT10: both
of heating
call and
cooling call is
active }
Enum enum{Degre
/ UInt1 6
e Celsius= 1,Degre
1
e Fahrenheit=2}
Enum /UInt 16
enum{Degree Celsius= 1,Degree
1
Fahrenheit=2}
UInt1 6
10-7200
1
Default Description
0
There is no error by default
All temperature
values are dis-
played in SI-Engi-
neering Units like
°C or delta degree
C OR in Imperial
engineering units
like °F or delta
1
degree Fahrenheit.
This affects all displayed temperature values, including room temperature, setpoint, outdoor temperature
This unit is just
used for tempera-
1
ture value sent
from Wall module
to the controller
Touch screen is
30
clear for this duration in cleaning
mode
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Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
HOLDI NG
1653
41654
1
R/W V
Cfg_O verrid eReset
TR100 - Modbus Integration Guide
Data Type
Range
UInt1 6
{BIT0=Reset Setpoint (1), BIT1=Reset Fan Speed To AUTO (2), BIT2=Clear HVAC Mode Override (4), BIT3=Clear Occupancy Override Except Holiday (8), BIT4=Clear Occupancy Override Including Holiday (16), BIT7=Reset Temperature Display Unit To Configured Unit (128), BIT15=Reset WM
(32768)}
Scale 1
Default 0
Description This register is used to reset individual, or all overwrites made by the room user. Resetting is carried out every evening over this object, for example, so that everything runs in automatic mode again during the night and the next day. If, for example, someone has overridden the fan to speed 3 and has left the office, the fan should not run at speed 3 all night or all weekend, but the fan overwrite is reset by the controller in the evening, for example at 19:00. If the setpoint was increased by +5°C and the room user goes on vacation for 2 weeks, then the setpoint is also reset to the default value via this point at 19:00, for example. In a hotel application, the entire wall operating unit can be automatically reset via this point when the hotel guest checks out. The object is edgetriggered, which means that it is only reset when the corresponding bit changes from 0 to 1. Bit7 is used if there is the option on the wall module for a room user to switch the displayed unit between °C and °F, which is often possible in hotels. Reset then switches to the configured engineering unit when a guest changeover takes place. Bit15 means Restart of the Wallmodule like after powering up of the wallmodule. In case of a firmware stability problem of the wallmodule firmware, this could be helpful.
21
Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
Range
INPUT 200
30201
2
R
V
Modb usBad Frame Count
UInt3 2
INPUT 202
30203
2
R
V
Modb usRec eviedF rameC ount
Uint3 2
COIL
5001
5002
1
W
V
cfgMo dbusF rameC ntClea r
bool
Scale 1 1 1
Default 0 0 0
Description
This is for diagnostic purpose. The count of bad frames received by Modbus since the start of this time, the flash is not saved, it is reset after power cycle or the reset operation is performed through Reg5001. This is for diagnostic purpose. The count of all frames received by Modbus since the start of this time. The flash is not saved, it is reset after power cycle or the reset operation is performed through Reg5001. This is for diagnostic purpose. Used to clear the statistics of the total number of Modbus received packets and the statistics of error packets When write 1,This register value automatically turns to 0 after being written.
HVAC Mode Control
Table 6. HVAC
Reg Type
Reg
Abs
Address Address
Reg Count
R/W
Memory Point
Type
Name
Unit
HOLDI NG
1700
41701
1
R/W NV
Cfg_Use rSelecte dHVAC Mode (from Display)
Data Type
Enu m/ UInt 16
Range
enum{Auto=1, Heating=2, Cooling=3, Fanonly=4, Off=5,Heating1=6 ,Heating 2=7, Cooling 1=8, Cooling 2=9}
Scale 1
Default 1
Description This is the HVAC mode which the user has selected. It is send to the room controller. This HVAC mode value can also be set from controller, but if the value out of available HVAC mode is received by wall module, Value will be ignored.
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Reg Type
Reg
Abs
Address Address
Reg Count
R/W
Memory Point
Type
Name
Unit
HOLDI NG
1701
41702
1
R/W NV
Cfg_Avai lableHV ACMode s
Data Type UInt 16
Range
BIT0="AUTO" (1), BIT1="HEAT" (2), BIT2="COOL" (4), BIT3="FAN ONLY" (8),BIT4="OFF" (16), BIT5="HTG1"(32), BIT6="HTG2" (64),BIT7="CLG1" (128),BIT8="CLG 2" (256)
Scale 1
Default 15
Description The register defines which HVAC modes the room user can select. Example: If the room user should be able to select between Auto, Heating, Cooling, OFF, then the point value is 1+2+4+16=23. Fan Only means that Cooling over cooling sequences are closed and the fan is started if cooling is required. HTG1 and HTG2 are used if there are 2 different heating units in the room available; one could be regenerative energy. CLG1 and CLG2 are used if there are 2 different cooling units in the room available; one could be regenerative energy. If the value = 0 then the HVAC Mode is not shown and cannot be selected by the room user.
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Reg Type
Reg
Abs
Address Address
Reg Count
R/W
Memory Point
Type
Name
Unit
HOLDI NG
1702
41703
1
R/W V
ni_EffectiveHVACM ode_Hea tCoolCall(Effe ctive HVAC Mode and heating/ cooling call information)
Data Type UInt 16
Range
BIT0: represent whether effective HVACstatusis available from controller or not (1) BIT1: heat (2) BIT2: cool (4) BIT8: represent whether heating call and cooling call is active information sent from controller or not (256) BIT9: heating call is active (512) BIT10: cooling call is active (1024)
Scale Default Description
1
0
It is used to indicate the effective HVAC mode and whether heating call or cooling call is active from the controller information.
Default value is 0 which means there is no effective HVAC mode, and whether heating or cool call is active either.
LED ring is used to represent this information as below.
slow breathe orange color: represent heat mode, but there is no heating call
fast breathe orange color: represent heat mode, but there is heating call active
slow breathe blue color: represent cool mode, but there is no cooling call
fast breathe blue color: represent heat mode, but there is cooling call active
Before controller send effective HVAC mode and heating/cooling call information, please set BIT0 and BIT8 correctly.For example, Set to 3 (Bit0 + Bit1) to indidate Heat status. Set to 5 (Bit0 + Bit2) to indiate Cool status. Set to 771 (Bit0 + Bit1 + Bit8 + Bit9) to indiate Heating Call is active. Set to 1285 (Bit0 + Bit2+ Bit8 + Bit10) to indiate Cooling
Call is active.
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LED_LCD
Reg Type
Reg Address
Abs Address
Reg Count
HOLDI NG
1750
41751
1
HOLDI NG
1751
41752
1
HOLDI NG
1752
41753
1
Table 7. LED_LCD
R/W
Memory Type
R/W NV
R/W NV
Point Name
Cfg_L CDBa ckligh tBrigh tness
Cfg_L EDRin gBrig htnes s
Unit % %
Data Type UInt16 UInt16
Range 20-100 20~80
R/W NV
Cfg_In active Displa yType
Enum/ UInt16
enum{Dis play Off =1, Always On=2, Always Off=3}
Scale
Defa ult
Description
1
80
LCD Back light brightness
1
60
LED Ring brightness
This item is used to configure LCD and LED ring status when LCD is going to inactive mode
1. Display Off: only
LCD is off, LED ring
will show as config-
1
1
ured brightness
2. Always ON: LCD is in dim status, LED ring will show as configured brightness
3. Always off: both of LCD and LED ring will be off.
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Occupancy
Table 8. Occupancy
Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
Range
HOL DING
1800
41801
1
R/W V
ni_Occ Md FromSchedA ndOccS ensor( con troller Occupa ncyMod e)
Enum /UInt 16
enum{Unknown=1, Occupied(23° 21°C)=2, Off(Building Protection 30° 8°C)=3, Unoccupied(27°C 16°)=5, Standby(25° 18°)=6}
Scale 1
Default 1
Description This comes from master controller (based on schedule and/or occupancy sensor) The controller determines an occupancy mode OccMdFromSchedAndOccSensor mainly from a scheduler (time program), but also taking into account a movement sensor or a key-card system. This OccMdFromSchedAndOccSensor is send over BACnet to the wallmodule. The wallmodule shows the occupancy status with text and / or symbols. ExampleStandby from 6am 7pm (6:00 19:00). The controller uses reduced comfort setpoint.Unoccupied from 7:01pm 5:59am (19:01 5:59) or on weekend. This saves energy.Occupied if the motion sensor detects motion during Standby time.If there is invalid value received, it will be rejected at the BACnet protocl level, occupancy status value shall keep the existing one, and ICON is shown accordingly.
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Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
Range
HOL DING
1801
41802
1
R/W V
Cfg_Us erSelect edOccu pancyM ode
Enum /UInt 16
No Overwrite=1, occupied=2, off=3, holiday=4, unoccupied=5, standby=6, bypass=7, Do-nothing=255
Scale 1
Default 1
Description Depending on the configuration of the wallmodule, the room user is allowed to overwrite the occupancy mode from the controller (OccMdFromSchedAndOccSe nsor). For example, if the room user is coming to the office at the weekend, he can change the occupancy mode from Unoccupied to Occupied to get the comfort setpoint on the controller. Normally the controller reads that value, but it is also possible to write this value after a power loss to force the wallmodule to a particular occupancy override mode. If the wallmodule receives 255=DoNothing, then this command is ignored. if value 1= No overwrite is received, and if there is an active overridden status, Wall module shall cancel active override event. otherwise, ignore this command.
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Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
HOL DING
1802
41803
1
R/W NV
Cfg_ Allowed override s from OCC
UInt 16
HOL DING
1803
41804
1
R/W NV
Cfg_All owedOv errides FromO FF
UInt 16
HOL DING
1804
41805
1
R/W NV
Cfg_All owedOv errides FromU NOCC
UInt 16
Range
{BIT0=Unused (1), BIT1=Unused (2), BIT2: Unused (4), BIT3=Allow Override To OFF (8), BIT4=Allow Override To HOLIDAY (16), BIT5=Allow Override To UNOCC (32), BIT6=Allow Override To STANDBY (64), BIT7=Allow Override To BYPASS (128)}
{BIT0=Unused (1), BIT1=Unused (2), BIT2=Allow Override To OCCUPIED (4), BIT3=Unused (8), BIT4=Allow Override To HOLIDAY (16), BIT5=Allow Override To UNOCC (32), BIT6=Allow Override To STANDBY (64), BIT7=Allow Override To BYPASS (128)}
{BIT0=Unused (1), BIT1=Unused (2), BIT2= Allow Override To OCCUPIED (4), BIT3=Allow Override To OFF (8), BIT4=Allow Override To HOLIDAY (16), BIT5=Unused (32), BIT6=Allow Override To STANDBY (64), BIT7=Allow Override To BYPASS (128)}
Scale 1 1 1
Default 160
Description If OccMdFromSchedAndOccSensor is Occupied, then this bitmap configures which override selections the room user may select. If no bit is configured, then the user cannot select any overwrite. If bit5 = 1 and bit7 = 1, then the room user can select an occupancy override between UNOCCUPIED, BYPASS or NO OVERRIDE. At any time, the room user can cancel the overwrite.
If OccMdFrom-
SchedAndOc-
cSensor is Off,
then this bitmap
configures which
override
128
selections the
room user may
select. If no bit is
configured, then
the user cannot
select any over-
write.
If OccMdFrom-
SchedAndOc-
cSensor is
Unoccupied,
then this bitmap
configures which
override selec-
tions the room
user may select.
If no bit is con-
figured, then the
user cannot
128
select any overwrite.
If bit7 = 1, then the room user can select an occupancy override between BYPASS and NO OVERRIDE. At any time, the room user can cancel the overwrite.
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Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
HOL DING
1805
41806
1
R/W NV
Cfg_All owedOv errides FromST ANDBY
UInt 16
Range
{BIT0=Unused (1), BIT1=Unused (2), BIT2=Allow Override To OCCUPIED (4), BIT3=Allow Override To OFF (8), BIT4=Allow Override To HOLIDAY (16), BIT5=Allow Override To UNOCC (32), BIT6=Unused (64), BIT7=Allow Override To BYPASS (128)}
Scale 1
Default 132
Description If OccMdFromSchedAndOccSensor is Standby, then this bitmap configures which override selections the room user may select. If no bit is configured, then the user cannot select any overwrite. If bit2 = 1 and bit7 = 1, then the room user can select an occupancy override between OCCUPIED, BYPASS and NO OVERRIDE. At any time, the room user can cancel the overwrite.
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Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
Range
Scale Default Description
HOL DING
1806
41807
1
R/W NV
Cfg_OccupancyAuto Reset
UInt1 6
{BIT0=A Change To OCC Cancels BYPASS Override (1), BIT1=A Change To STBY Cancels OCC Override (2), BIT2=A Change To UNOCC Cancels OCC Override (4), BIT3=A Change To UNOCC Cancels STBY Override (8), BIT4=A Change To OFF Cancels OCC Override (16), BIT5=A Change To OFF Cancels STBY Override (32), BIT6=A Change To OFF Cancels UNOCC Over- 1 ride (64), BIT7=A Change To Fanspeed Selection OFF Cancels OCC Override (128), BIT8=A Change To Fanspeed Selection OFF Cancels OFF Override (256), BIT9=A Change To Fanspeed selection OFF Cancels UNOCC Override (512), BIT10=A Change To Fanspeed Selection OFF Cancels STBY Override (1024), BIT11=A Change To Fanspeed Selection OFF Cancels BYPASS Override (2048)}
4095
Under following conditions, the occupancy override selection is cancelled automatically: If OccMdFromSchedAndOccSensor changes to the same occupancy mode as the override mode is, then the user selected occupancy overwrite is cancelled. That means: - A change of OccMdFromSchedAndOccSensor to OCC cancels the OCC override. - A change of OccMdFromSchedAndOccSensor to OFF cancels the OFF override. - A change of OccMdFromSchedAndOccSensor to UNOCC cancels UNOCC override. - A change of OccMdFromSchedAndOccSensor to STBY cancels the STBY override. In addition, under the configured conditions, the Occupancy Override mode is also canceled. Also, if the user selects fanspeed overwrite = OFF or 0%, then the Occupancy Override is canceled under the configured conditions.
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30
Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
Range
HOL DING
1807
41808
1
R/W NV
CfgByp assTim eDefa ult(Byp ass default
miutes)
minutes
UInt1 6
10~1440
HOL DING
1808
41809
1
R/W NV
CfgByp assTim eMax (Max User Bypass Allowed Time)
minutes
UInt1 6
30~1440
HOL DING
1809
41810
1
R/W V
Cfg_By pass Timer(B y pass Remain ing Miutes)
minutes
UInt1 6
0~1440
Scale 1 1
1
Default 180 180
0
Description
If the user selects an occupancy Override to BYPASS (that means a temporary Occupied mode), then he will be asked how long that BYPASS period should be. This is the default value shown in the display. If the user selects an occupancy Override to BYPASS (that means a temporary Occupied mode), then he will be asked how long that BYPASS period should be. This is the maximum time which the user can select. Default value = 180min. If the user selects an occupancy Override to BYPASS (that means a temporary Occupied mode), then a timer is started in the wallmodule This datapoint shows the remaining minutes of the BYPASS timer. 0 = Timer is expired / No timer running, then the override to BYPASS is cancelled by the wallmodule. Normally this point is read from the controller but after a power up, the controller can also write this point to a certain value.
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31
Reg Type
Reg Address
Abs Address
Reg Count
R/W
Memory Type
Point Name
Unit
Data Type
Range
HOL DING
1810
41811
1
R/W NV
CfgHoli dayTim e Default( H oliday default days)
days
UInt1 6
1~45
HOL DING
1811
41812
1
R/W V
Cfg_Hol idayTim er
days
UInt1 6
0~45
Scale 1
1
Default 7
0
Description
If the user selects an occupancy Override to HOLIDAY (that means a temporary OFF mode), then he will be asked how long that HOLIDAY period should be. This is the default value shown in the display. If the user selects an occupancy Override to HOLIDAY (that means a temporary OFF mode), then a timer is started in the wallmodule. This datapoint shows the remaining days of the HOLIDAY timer. 0 = Timer is expired / No timer running. Then the override to HOLIDAY is cancelled by the wallmodule. Normally this point is read from the controller but after a power up, the controller can also write this point to a certain value.
Sensor
Reg Type
Reg Address
Abs Addres s
Reg Count
HOLDING
1850
41851 1
HOLDING
1851
41852 1
HOLDING
1852
41853 1
Table 9. Sensor
R/W
Mem ory Type
R/W NV
R/W NV R/W NV
Point Name
Unit
Data Type Range
Cfg_S paceT empOf fset
°C/°F
Int16
Cfg_S paceH umiOf fset
Cfg_S paceC O2Off set
RH% ppm
Int16 Int16
55.5C~55 .5, 99.9F~99. 9F
-99 ~ 99
-999 ~ 999
Scal e
Defaul t
Description
0.01 0
Onboard temperature sensor offset.
0.01 0
1
0
Onboard humidity sensor offset. Onboard CO2 sensor offset. Only for SKU TR100-THCG
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Reg Type
Reg Address
Abs Addres s
Reg Count
INPUT 300
30301 1
INPUT 301
30302 1
INPUT 302
30303 1
HOLDING
1853
41854 1
R/W
Mem ory Type
R
V
R
V
R
V
R/W V
Point Name
Unit
Data Type Range
Scal e
Defaul t
Description
no_Sp aceTe mpRe ading
°C/°F Int16
no_Sp aceHu miRea ding
no_Sp aceCO 2Read ing
ni_Dis played TempF romCo ntrolle r
RH% ppm °C/°F
UInt16 UInt16
UInt16
68~312°F , 55.5~155.
5°C
0.01
0 - 100
0.01
Onboard temperature sensor reading. Onboard humidity sensor reading.
0~9999
32~212°F, 0~100°C
1 0.01
32767
Onboard CO2 sensor reading. Only for SKU TR100THC-G Displayed temperature from controller
Setpoint
Table 10. Setpoint
Reg Type
Reg
Abs
Reg
Address Address Count
HOLD ING
1900
41901
1
HOLD ING
1901
41902
1
R/W R/W
R/W
Memory Type
Point Name
Unit
Cfg
NV
Setpoi nt
Type
Cfg_D
NV
efault Setpoi
°C/°F
nt
Data Type
Enu m/ UInt 16
Range
Scale
enum{No Set-
point=1, Tem-
perature
Setpoint Rela-
1
tive=2, Tempera-
ture Setpoint
Absolute=3}
Int16
For degree C: range is: -100 ~ 100 For degree F: range is -180 ~ 212
0.01
Default 2
0
Description
Configures which and how the setpoint is shown on the wallmodule. CfgSetpDefault is used after the very first power up of the wallmodule or after a reset command; If CfgSetptType == Temperature Setpt Absolute, then 22 is the default value. If CfgSetptType == Temperature Setpt Relative, then 0 is the default value. Default unit is C, this is consistent with default displayed temperature unit.
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Reg Type
Reg
Abs
Reg
Address Address Count
HOLD ING
1902
41903
1
HOLD ING
1903
41904
1
INPUT 350
30351
1
R/W R/W
R/W R
Memory Type
Point Name
Unit
Data Type
Range
For degree C:
NV
Cfg_S etpoin tmin
°C/°F
Int16
range is: -100 ~ 100 For degree F:
mum
range is -180 ~
212
For degree C:
NV
Cfg_S etpoin tmaxi
°C/°F
Int16
range is: -100 ~ 100 For degree F:
mum
range is -180 ~
212
no_Te
mper
ature
As per setpoint
V
setpoi °C/°F Int16 minumum and
nt
maximum
limite
d
Scale 0.01
0.01 0.01
Default -10
10 0
Description
The SetptLimited is limited to SetptMin. SetptMax Default unit is C, this is consistent with default displayed temperature unit. Controller is given the flexibiilty and always required to set these appropriate Min and Max values to balance energy efficiency and human comfort. The SetptLimited is limited to SetptMin. SetptMax Default unit is C, this is consistent with default displayed temperature unit. Controller is given the flexibiilty and always required to set these appropriate Min and Max values to balance energy efficiency and human comfort. The SetptLimited corresponds to the SetptUser value limited by the currently valid minimum and maximum values.
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Reg Type
Reg
Abs
Reg
Address Address Count
HOLD ING
1904
41905
1
R/W R/W
Memory Type
Point Name
Unit
Data Type
Range
Cfg_S etptU
For degree C:
ser
range is: -100 ~
(can
100
NV
be
°C/°F Int16
modif
For degree F:
ied by contr oller)
range is -180 ~ 212
Scale 0.01
Default 0
Description The last setpoint from room user is saved in flash. This value overwrites the setpoint of the wall module. 3276.7 (Hex 7FFF) means that the wall module does nothing. If a new setpoint is written by the controller, a valid value for example +2 is sent, which is then also written unlimited to the flash of the wall module if the value is different from current flash value as a new SetptUser value and then limited and used as SetptLimited. The controller then sends 3276.7 (Hex 7FFF) again which means do nothing in the next send period.
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35
TM
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