<?xml version="1.0" encoding="UTF-8"?>
<!--Copyright (C) 2004-2015 InsBud www.insbud.net-->
<Device xmlns="http://www.insbud.net/common/devcfg"
xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
xsi:schemaLocation="http://www.insbud.net/common/devcfg devcfg.xsd"
Version="1.2"
HardwareId="1015"
FirmwareId="1"
FirmwareVersion="0">
<!--
plik konfiguracyjny rekuperatora BRINK Flair wyposażony w płytę sterującą UWA2-B/UWA2-E
dla aplikacji ibvunit-2.0
niniejszy plik konfiguracyjny został opracowany na podstawie dokumentacji rejestrów dostarczonej przez
producenta.
fabryczne parametry komunikacji: 19200/8-E-1 ID20
Zmiana ustawień komunikacji z poziomu sterownika rekuperatora.
-->
<HoldingRegisters SetMode="Single">
<!-- <HoldingRegisters> -->
<!--
Flow preset 0
Minimum flow setting
Maximum flow setting
Default flow setting
Step size: 5
Extra value: 0
Type: unsigned
(Flow setting depends on type of HRA)
Extra rules:
Flow preset 0 <= Flow preset 1
Extra value: 0
-->
<HReg Addr="6000" Name="Flow.preset.0" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Flow preset 1
Minimum flow setting
Maximum flow setting
Default flow setting
Step size: 5
Extra value: 0
Type: unsigned
(Flow setting depends on type of HRA)
Extra rules:
Flow preset 1 >= Flow preset 0
Flow preset 1 <= Flow preset 2
-->
<HReg Addr="6001" Name="Flow.preset.1" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Flow preset 2
Minimum flow setting
Maximum flow setting
Default flow setting
Step size: 150
Extra value: 0
Type: unsigned
(Flow setting depends on type of HRA)
Extra rules:
Flow preset 2 >= Flow preset 1
Flow preset 2 <= Flow preset 3
-->
<HReg Addr="6002" Name="Flow.preset.2" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Flow preset 3
Minimum flo settingw
Maximum flow setting
Default flow setting
Step size: 5
Extra value: 0
Type: unsigned
(Flow setting depends on type of HRA)
Extra rules:
Flow preset 3 >= Flow preset 2
-->
<HReg Addr="6003" Name="Flow.preset.3" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
PWM inlet preset 0
Minimum: 15
Maximum: 100
Step size: 1
Extra value: 0
Type: unsigned
Extra rules:
PWM Inlet preset 0 < = PWM Inlet preset 1
-->
<HReg Addr="6010" Name="PWM.inlet.preset.0" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
PWM exhaust preset 0
Minimum: 15
Maximum: 100
Step size: 1
Extra value: 0
Type: unsigned
Extra rules:
PWM Exhaust preset 0 < = PWM Exhaust preset 1
-->
<HReg Addr="6011" Name="PWM.exhaust.preset.0" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
PWM inlet preset 1
Minimum: 15
Maximum: 100
Step size: 1
Type: unsigned
Extra rules:
PWM Inlet preset 1 > = PWM Inlet preset 0
PWM Inlet preset 1 < = PWM Inlet preset 2
-->
<HReg Addr="6012" Name="PWM.inlet.preset.1" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
PWM exhaust preset 1
Minimum: 15
Maximum: 100
Step size: 1
Type: unsigned
Extra rules:
PWM Exhaust preset 1 > = PWM Exhaust preset 0
PWM Exhaust preset 1 < = PWM Exhaust preset 2
-->
<HReg Addr="6013" Name="PWM.exhaust.preset.1" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
PWM inlet preset 2
Minimum: 15
Maximum: 100
Step size: 1
Type: unsigned
Extra rules:
PWM Inlet preset 2 >= PWM Inlet preset 1
PWM Inlet preset 2 <= PWM Inlet preset 3
-->
<HReg Addr="6014" Name="PWM.inlet.preset.2" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
PWM exhaust preset 2
PWM inlet preset 2
Minimum: 15
Maximum: 100
Step size: 1
Type: unsigned
Extra rules:
PWM Exhaust preset 2 >= PWM Exhaust preset 1
PWM Exhaust preset 2 <= PWM Exhaust preset 3
-->
<HReg Addr="6015" Name="PWM.exhaust.preset.2" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
PWM inlet preset 3
Minimum: 15
Maximum: 100
Step size: 1
Type: unsigned
Extra rules:
PWM Inlet preset 3 >= PWM Inlet preset 2
-->
<HReg Addr="6016" Name="PWM.inlet.preset.3" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
PWM exhaust preset 3
Minimum: 15
Maximum: 100
Step size: 1
Type: unsigned
Extra rules:
PWM Exhaust preset 3 >= PWM Exhaust preset 2
-->
<HReg Addr="6017" Name="PWM.exhaust.preset.3" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Flow type
0: Constant PWM
1: Constant flow
2: Constant massFlow
Default: 1
-->
<HReg Addr="6030" Name="Flow.type" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Switch default position
Minimum: 0
Maximum: 1
Default: 1
Step size: 1
Type: unsigned
This defines the default position of the 4-position switch.
This will be the position set if no switch is connected.
-->
<HReg Addr="6031" Name="Switch.default.position" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Use display as switch
0: No
1: Yes
Default: No
-->
<HReg Addr="6032" Name="Use.display.as.switch" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Imbalans allowed
0: Imbalance not permitted
1: Imbalance permitted
Type: unsigned
-->
<HReg Addr="6033" Name="Imbalans.allowed" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Imbalance value
Minimum: 0
Maximum: 20
Default: 0
Step size: 1
Type: unsigned
The imbalance value is a percentage for the inlet to increase the flow in respect to the exhaust.
-->
<HReg Addr="6034" Name="Imbalance.value" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Offset imbalance supply
Minimum: -15
Maximum: 15
Default: 0
Step size: 1
Type: signed
Value is in percentages; 0% means that no correction has been applied
-->
<HReg Addr="6035" Name="Offset.imbalance.supply" Rd="1" Wr="1" Min="-150" Max="150" Presentation="signed"/>
<!--
Offset imbalance exhaust
Minimum: -15
Maximum: 15
Default: 0
Step size: 1
Type: signed
Value is in percentages; 0% means that no correction has been applied
-->
<HReg Addr="6036" Name="Offset.imbalance.exhaust" Rd="1" Wr="1" Min="-150" Max="150" Presentation="signed"/>
<!--
Bypass mode
0: Automatic function
1: Bypass closed
2: Bypass open
Default: 0
-->
<HReg Addr="6100" Name="Bypass.mode" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Bypass temperature from dwelling
Minimum: 150
Maximum: 350
Step size: 5
Default: 220
Type: signed
Value is in tenth of degrees Celsius, So range is really: 15.0 - 35.0 °C
-->
<HReg Addr="6101" Name="Bypass.temperature.from.dwelling" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Bypass temperature from outside
Minimum: 70
Maximum: 150
Step size: 5
Default: 100
Type: signed
Value is in tenth of degrees Celsius, So range is really: 7.0 - 15.0 °C
-->
<HReg Addr="6102" Name="Bypass.temperature.from.outside" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Bypass temperature hysteresis
Range: [0..50]
Default: 20
Step size: 5
Type: signed
Value is in tenth of degrees Celsius, So range is really: 0.0 - 5.0 °C
-->
<HReg Addr="6103" Name="Bypass.temperature.hysteresis" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Bypass boost
0: Off
1: On
Default: 0
-->
<HReg Addr="6104" Name="Bypass.boost" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Bypass boost switch position
Range: [0..3]
Default: 3
Step size: 1
Type: unsigned
If the bypass boost function is activated, the bypass opens and the fan will run at this preset setting.
-->
<HReg Addr="6105" Name="Bypass.boost.switch.position" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Frost control temperature
Range: [0..30]
Default: 0
Step size: 5
Type: signed
Value is in tenth of degrees Celsius, So range is really: 0.0 - 3.0 °C
-->
<HReg Addr="6110" Name="Frost.control.temperature" Rd="1" Wr="1" Min="-30" Max="30" Presentation="signed"/>
<!--
Frost control minimum inlet temperature
Range: [70..220]
Default: 170
Stepsize: 5
Type: signed
Value is in tenth of degrees Celsius, So range is really: 7.0 - 22.0 °C
-->
<HReg Addr="6111" Name="Frost.control.minimum.inlet.temperature" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Days before filter warning
Range: [1..365]
Default: 90
Step size: 1
Type: unsigned
-->
<HReg Addr="6120" Name="Days.before.filter.warning" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
External heater mode
0: Not available
1: Pre-heater
2: Post-heater
Default: 0
-->
<HReg Addr="6130" Name="External.heater.mode" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Postheater setpoint
Range: [150..300]
Default: 210
Step size: 5
Type: signed
Value is in tenth of degrees Celsius, So range is really: 15.0 - 30.0 °C
-->
<HReg Addr="6131" Name="Postheater.setpoint" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
RHT (humidity) sensor mode
0: Off
1: On
Default: 0
-->
<HReg Addr="6140" Name="RHT.humidity.sensor.mode" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
RHT (humidity) sensor sensitivity
Range: [-2..2]
Default: 0
Step size: 1
Type: signed
-->
<HReg Addr="6141" Name="RHT.humidity.sensor.sensitivity" Rd="1" Wr="1" Min="-2" Max="2" Presentation="signed"/>
<!--
CO2 sensor mode
0: OFF
1: ON
Type: unsigned
Default: OFF
-->
<HReg Addr="6150" Name="CO2.sensor.mode" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
CO2 sensor 1 low level
Minimum: 400
Maximum: 2000
Type: unsigned
Default: 400
-->
<HReg Addr="6151" Name="CO2.sensor.1.low.level" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
CO2 sensor 1 high level
Minimum: 400
Maximum: 2000
Type: unsigned
Default: 2000
-->
<HReg Addr="6152" Name="CO2.sensor.1.high.level" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
CO2 sensor 2 low level
Minimum: 400
Maximum: 2000
Type: unsigned
Default: 400
-->
<HReg Addr="6153" Name="CO2.sensor.2.low.level" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
CO2 sensor 2 high level
Minimum: 400
Maximum: 2000
Type: unsigned
Default: 2000
-->
<HReg Addr="6154" Name="CO2.sensor.2.high.level" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
CO2 sensor 3 low level
Minimum: 400
Maximum: 2000
Type: unsigned
Default: 400
-->
<HReg Addr="6155" Name="CO2.sensor.3.low.level" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
CO2 sensor 3 high level
Minimum: 400
Maximum: 2000
Type: unsigned
Default: 2000
-->
<HReg Addr="6156" Name="CO2.sensor.3.high.level" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
CO2 sensor 4 low level
Minimum: 400
Maximum: 2000
Type: unsigned
Default: 400
-->
<HReg Addr="6157" Name="CO2.sensor.4.low.level" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
CO2 sensor 4 high level
Minimum: 400
Maximum: 2000
Type: unsigned
Default: 2000
-->
<HReg Addr="6158" Name="CO2.sensor.4.high.level" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Signal output
0: Off
1: Filter warning
2: Error status
3: Filter warning and error status
Type: unsigned
Default: Off
-->
<HReg Addr="6170" Name="Signal.output" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
CV (Central Heating) - HRA (Heat Recovery Appliance)
0: Disabled
1: Enabled
Type: unsigned
Default: Off
If a CV exhaust is connected to the exhaust channel of the HRA this parameter must be set to enabled.
-->
<HReg Addr="6171" Name="Central.Heating.Heat.Recovery.Appliance" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Switch type Input 1
0: Normally open
1: Normally closed
Type: unsigned
Default: Normally open
-->
<HReg Addr="6200" Name="Switch.type.Input.1" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Digital Input 1 function
0: Off
1: On
2: On if conditions bypass open are satisfied
3: Bypass control
4: External valve control
Type: unsigned
3: Bypass opens if input is set
4: External valve opens if input is set
-->
<HReg Addr="6201" Name="Digital.Input.1.function" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Digital input 1 supply fan function
0: Fan off
1: Absolute minimum flow setting
2: Flow set to predefined value mode 1
3: Flow set to predefined value mode 2
4: Flow set to predefined value mode 3
5: According to position switch setting
6: Absolute maximum flow setting
7: Fan setting unchanged
Type: unsigned
(Flow setting depends on type of HRA)
-->
<HReg Addr="6202" Name="Digital.input.1.supply.fan.function" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Digital Input 1 exhaust fan function
0: Fan off
1: Absolute minimum flow setting
2: Flow set to predefined value mode 1
3: Flow set to predefined value mode 2
4: Flow set to predefined value mode 3
5: According to position switch setting
6: Absolute maximum flow setting
7: Fan setting unchanged
Type: unsigned
(Flow setting depends on type of HRA)
-->
<HReg Addr="6203" Name="Digital.Input.1.exhaust.fan.function" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Switch type Input 2
0: Normally open
1: Normally closed
Type: unsigned
Default: Normally open
-->
<HReg Addr="6210" Name="Switch.type.Input.2" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Digital input 2 function
0: Off
1: On
2: On if conditions bypass open are satisfied
3: Bypass control
4: External valve control
Type: unsigned
3: Bypass opens if input is set
4: External valve opens if input is set
-->
<HReg Addr="6211" Name="Digital.input.2.function" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Digital input 2 supply fan function
0: Fan off
1: Absolute minimum flow setting
2: Fow set to predefined value mode 1
3: Flow set to predefined value mode 2
4: Flow set to predefined value mode 3
5: According to position switch setting
6: Absolusetting
7: Fan setting unchanged
Type: unsigned
(Flow setting depends on type of HRA)
-->
<HReg Addr="6212" Name="Digital.input.2.supply.fan.function" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Digital input 2 exhaust fan function
0: Fan off
1: Absolute minimum flow setting
2: Fow set to predefined value mode 1
3: Flow set to predefined value mode 2
4: Flow set to predefined value mode 3
5: According to position switch setting
6: Absolusetting
7: Fan setting unchanged
Type: unsigned
(Flow setting depends on type of HRA)
-->
<HReg Addr="6213" Name="Digital.input.2.exhaust.fan.function" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Analogue Input 1 Mode
0: Off
1: On
Type: unsigned
Default: Off
-->
<HReg Addr="6220" Name="Analogue.Input.1.Mode" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Analogue input 1 Vmin
Range: 0 - 100
Default: 0
Stepsize: 5
Type: unsigned
Value is in tenth of Volt, So range is really: 0.0 - 10.0 V
-->
<HReg Addr="6221" Name="Analogue.input.1.Vmin" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Analogue input 1 Vmax
Range: 0 - 100
Default: 100
Stepsize: 5
Type: unsigned
Value is in tenth of Volt, So range is really: 0.0 - 10.0 V
-->
<HReg Addr="6222" Name="Analogue.input.1.Vmax" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Analogue input 2 Mode
0: Off
1: On
Type: unsigned
Default: Off
-->
<HReg Addr="6230" Name="Analogue.input.2.Mode" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Analogue input 2 Vmin
Range: 0 - 100
Default: 0
Stepsize: 5
Type: unsigned
Value is in tenth of Volt, So range is really: 0.0 - 10.0 V
-->
<HReg Addr="6231" Name="Analogue.input.2.Vmin" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Analogue input 2 Vmax
Range: 0 - 100
Default: 100
Stepsize: 5
Type: unsigned
Value is in tenth of Volt, So range is really: 0.0 - 10.0 V
-->
<HReg Addr="6232" Name="Analogue.input.2.Vmax" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Geo-heat exchanger
0: Exchanger OFF
1: Exchanger ON
Default: 0
Type: unsigned
Only possible with Plus pcb UWA2-B
-->
<HReg Addr="6240" Name="Geo.heat.exchanger" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Minimum temperature geo-heat exchanger
Minimum: 0
Maximum: 100
Default: 50
Type: signed
Value is in tenths of degrees Celsius. Range is : 0.0 - 10.0 °C
-->
<HReg Addr="6241" Name="Minimum.temperature.geo.heat.exchanger" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Maximum temperature geo-heat exchanger
Minimum: 150
Maximum: 400
Default: 250
Type: signed
Value is in tenths of degrees Celsius. Range is: 15.0 - 40.0 °C
-->
<HReg Addr="6242" Name="Maximum.temperature.geo.heat.exchanger" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Default geo heat exchanger Valve Position
0: Closed
1: Open
Type: unsigned
This is the position of the valve when output is 0V
-->
<HReg Addr="6243" Name="Default.geo.heat.exchanger.Valve.Position" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Geo heat exchanger valve output
0: Analogue Output 1
1: Analogue Output 2
2: Relay Output 1
3: Relay Output 2
Type: unsigned
-->
<HReg Addr="6244" Name="Geo.heat.exchanger.valve.output" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Language
0: English
1: Dutch
Type: unsigned
-->
<HReg Addr="6900" Name="Language" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Date format
0: dd-mm-yyyy
1:mm-dd-yyyy
Type: unsigned
-->
<HReg Addr="6901" Name="Date.format" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Time notation
0: 12 hour
1: 24 hour
Type: unsigned
-->
<HReg Addr="6902" Name="Time.notation" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Date Month Day
MSB: Month
LSB: Day
-->
<HReg Addr="6903" Name="Date.Month.Day" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Date Year
Year
-->
<HReg Addr="6904" Name="Date.Year" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Time
MSB: Hours
LSB: Minutes
-->
<HReg Addr="6905" Name="Time" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
DateTime Rest
MSB: Day of Week
LSB: Seconds
-->
<HReg Addr="6906" Name="DateTime.Rest" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Modbus interface type
0 = Modbus internal
1 = Modbus external connect
2 = External customer
Type: unsigned
-->
<HReg Addr="7990" Name="Modbus.interface.type" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Modbus slave address
Minimum: 1
Maximum: 247
Type: unsigned
Default: 20
-->
<HReg Addr="7991" Name="Modbus.slave.address" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Modbus speed
0 = 1200 Baud;
1 = 2400 Baud;
2 = 4800 Baud;
3 = 9600 Baud;
4 = 19k2 Baud;
5 = 38k4 Baud;
6 = 56k Baud;
7 = 115k Baud
Type: unsigned
-->
<HReg Addr="7992" Name="Modbus.speed" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Modbus control switched on
0: Modbus control switched off
1: Modbus control switch
2: Modbus control flow rate value
Standard: 0
The reading value is the last accepted value
-->
<HReg Addr="8000" Name="Modbus.control.switched.on" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Request change in switch position
0: Holiday
1: Low
2: Normal
3: High
Set the desired air flow rate;
Set Modbus control setting to 1 (switch)
The reading value is the last accepted value
-->
<HReg Addr="8001" Name="Request.change.in.switch.position" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Desired flow rate setting
Typ HRA: 0;min. flow - max. flow
Set desired Modbus flow rate
Modbus control must be set to 2 (flow rate value)
-->
<HReg Addr="8002" Name="Desired.flow.rate.setting" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Request Standby
Write:
0: No action
1: Set appliance in standby
2: Set appliance in normal mode
Read:
0: Appliance not in standby
1: Appliance in standby mode
Default: 0
The read back value is the actual standby status of the appliance.
Beware that the appliance can also be set or reset from standby mode through other interfaces.
-->
<HReg Addr="8003" Name="Request.Standby" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Reset filter warning
Write:
0: No reset
1: Reset filter warning
Read:
0: No action
1:Filter warning action executed
0xFF: Action failed. Reset cannot be carried out
Reset filter warning Once the value has been read out and this is not equal to "0" this will be reset to "0".
-->
<HReg Addr="8010" Name="Reset.filter.warning" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
<!--
Appliance reset
Write:
0: No reset
1: Appliance reset
Read:
0: No reset
1: Appliance reset carried out
0xFF: Action failed; reset cannot be carried out
Appliance reset Once the value has been read out and this is not equal to "0" this will be reset to "0".
-->
<HReg Addr="8011" Name="Appliance.reset" Rd="1" Wr="1" Min="0" Max="65535" Presentation="unsigned"/>
</HoldingRegisters>
<InputRegisters>
<!--
Software version number Base Module UWA2-B
Type and major version number
Type in ASCII (e.g. "S1"), major nr in byte range[0..9]
-->
<IReg Addr="4000" Name="Software.version.UWA2B.Major" Presentation="unsigned"/>
<!--
Software version number Base Module UWA2-B
Minor and fix version number
Numbers in bytes, range [00..99]
-->
<IReg Addr="4001" Name="Software.version.UWA2B.Minor" Presentation="unsigned"/>
<!--
Software version number Base Module UWA2-B
Build number number
Build number in word, [0000..9999]
-->
<IReg Addr="4002" Name="Software.version.UWA2B.Build" Presentation="unsigned"/>
<!--
Hardware version number Base Module UWA2-B (e.g. "H1.1")
Major and minor
Numbers in bytes range [00..99]. High byte =major, low byte = minor
-->
<IReg Addr="4003" Name="Hardware.version" Presentation="unsigned"/>
<!--
Appliance Type
Range: 0 – 65535
Type: Unsigned
Device type is an internal number representing the functional appliance. It has no external value.
-->
<IReg Addr="4004" Name="Appliance.Type" Presentation="unsigned"/>
<!--
Dipswitch value
Range: 0 – 63
Type: Unsigned
The dipswitch is used to select the type and subtype of HRA (Heat Recovery Appliance).
-->
<IReg Addr="4005" Name="Dipswitch.value" Presentation="unsigned"/>
<!--
Serial number (for example 123456789012)
Serial.number.1 - Serial number digits [0–3]
Serial.number.2 - Serial number digits [4–7]
Serial.number.3 - Serial number digits [8–11]
Numbers in BCD, range [0..9]
-->
<IReg Addr="4010" Name="Serial.number.1" Presentation="unsigned"/>
<IReg Addr="4011" Name="Serial.number.2" Presentation="unsigned"/>
<IReg Addr="4012" Name="Serial.number.3" Presentation="unsigned"/>
<!--
HRA (Heat Recovery Appliance) Active Function
0: Standby
1: Bootloader
2: Non Blocking Error
3: Blocking Error
4: Manual
5: Holiday
6: Night Ventilation
7: Party
8: Bypass Boost
9: Normal Boost
10: Auto CO2
11: Auto eBus
12: Auto Modbus
13: Auto LAN/WLAN Portal
14: Auto LAN/WLAN Local
-->
<IReg Addr="4020" Name="HRA.Active.Function" Presentation="unsigned"/>
<!--
Fan control type
0: Initializing
1: Constant flow
2: Constant PWM
3: Off
4: Error
5: MassBalance
6: Standby
This value indicates the type of method used to control the fans in the HRA (Heat Recovery Appliance).
-->
<IReg Addr="4021" Name="Fan.control.type" Presentation="unsigned"/>
<!--
Ventilation mode
0: Holiday
1: Low
2: Normal
3: High
4: Auto
-->
<IReg Addr="4022" Name="Ventilation.mode" Presentation="unsigned"/>
<!--
Current supply pressure
Range: 0-5000
Type: Signed
The value is a value in tenths of Pascal; it therefore has to be divided by 10 in order to get the pressure in Pascal.
-->
<IReg Addr="4023" Name="Current.supply.pressure" Presentation="unsigned"/>
<!--
Current exhaust pressure
Range: 0-5000
Type: Signed
The value is a value in tenths of Pascal; it therefore has to be divided by 10 in order to get the pressure in Pascal.
-->
<IReg Addr="4024" Name="Current.exhaust.pressure" Presentation="unsigned"/>
<!--
Fan Inlet Status
2: No Communication
3: Idle
4: Running
5: Blocked
6: Fan Error
-->
<IReg Addr="4030" Name="Fan.Inlet.Status" Presentation="unsigned"/>
<!--
Setpoint supply air
Range: 0 – 65535
Type: Unsigned
This is the desired value for the relevant fan. [m3/h]
-->
<IReg Addr="4031" Name="Setpoint.supply.air" Presentation="unsigned"/>
<!--
Current value of supply air
Range: 0 – 65535
Type: Unsigned
This is the value that is measured or calculated for the relevant fan. [m3/h]
-->
<IReg Addr="4032" Name="Current.value.of.supply.air" Presentation="unsigned"/>
<!--
MassFlow inlet, actual value
Range: 0 – 65535
Type: Unsigned
This is the value measured or calculated for the corresponding fan. (kg/h)
-->
<IReg Addr="4033" Name="MassFlow.inlet.actual.value" Presentation="unsigned"/>
<!--
Speed supply fan
Range: 0 – 65535
Type: Unsigned
Inlet fan speed in RPM
-->
<IReg Addr="4034" Name="Speed.supply.fan" Presentation="unsigned"/>
<!--
Speed inlet anemometer
Range: 0 – 65535
Type: Unsigned
Inlet anemometer speed in RPM
-->
<IReg Addr="4035" Name="Speed.inlet.anemometer" Presentation="unsigned"/>
<!--
Temperature sensor supply fan
Range: -32768 – 32767
Type: Signed
The effective range is much smaller. The value is a value in tenths of degrees;
it therefore has to be divided by 10 in order to get the temperature in degrees Celsius.
-->
<IReg Addr="4036" Name="Temperature.sensor.supply.fan" Presentation="unsigned"/>
<!--
Fan inlet sensor rel. humidity
Range: 0-1000
Type: Unsigned
Relative humidity in tenth of percentage. The value is in percentage when divided by ten.
-->
<IReg Addr="4037" Name="Fan.inlet.sensor.rel.humidity" Presentation="unsigned"/>
<!--
Fan exhaust Status
2: No Communication
3: Idle
4: Running
5: Blocked
6: Fan Error
-->
<IReg Addr="4040" Name="Fan.exhaust.Status" Presentation="unsigned"/>
<!--
Setpoint flow exhaust air
Range: 0 – 65535
Type: Unsigned
This is the desired value for the relevant fan. [m3/h]
-->
<IReg Addr="4041" Name="Setpoint.flow.exhaust.air" Presentation="unsigned"/>
<!--
current value flow exhaust air
Range: 0 – 65535
Type: Unsigned
This is the value that is measured or calculated for the relevant fan. [m3/h]
-->
<IReg Addr="4042" Name="current.value.flow.exhaust.air" Presentation="unsigned"/>
<!--
MassFlow exhaust, actual value
Range: 0 – 65535
Type: Unsigned
This is the value measured or calculated for the corresponding fan. (kg/h)
-->
<IReg Addr="4043" Name="MassFlow.exhaust.actual.value" Presentation="unsigned"/>
<!--
Speed exhaust fan
Exhaust fan speed in RPM (0-65535)
-->
<IReg Addr="4044" Name="Speed.exhaust.fan" Presentation="unsigned"/>
<!--
Speed exhaust anemometer
Range: 0 – 65535
Type: Unsigned
Exhaust anemometer speed in RPM
-->
<IReg Addr="4045" Name="Speed.exhaust.anemometer" Presentation="unsigned"/>
<!--
Temperature sensor exhaust fan
Range: -32768 – 32767
Type: Signed
The effective range is much smaller. The value is a value in tenths of degrees;
it therefore has to be divided by 10 in order to get the temperature in degrees Celsius.
-->
<IReg Addr="4046" Name="Temperature.sensor.exhaust.fan" Presentation="unsigned"/>
<!--
Fan exhaust sensor rel. humidity
Range: 0-1000
Type: Unsigned
Relative humidity in tenth of percentage. The value is in percentage when divided by ten.
-->
<IReg Addr="4047" Name="Fan.exhaust.sensor.rel.humidity" Presentation="unsigned"/>
<!--
Bypass status
0: initialize
1: open
2: close
3: open
4: closed
-->
<IReg Addr="4050" Name="Bypass.status" Presentation="unsigned"/>
<!--
Bypass Step Position
Range: 0 – 0xFFFF
Gives the position relative to point zero
-->
<IReg Addr="4051" Name="Bypass.Step.Position" Presentation="unsigned"/>
<!--
Status preheater
0: Initialize
1: Inactive
2: Active
3: Test mode
-->
<IReg Addr="4060" Name="Status.preheater" Presentation="unsigned"/>
<!--
Capacity of preheater
Range: 0 - 100
Type: Unsigned
The capacity is a percentage of the maximum capacity.
-->
<IReg Addr="4061" Name="Capacity.of.preheater" Presentation="unsigned"/>
<!--
Frost status
0: NotInitialized
1: PowerUp Delay
2: No Frost
3: NoFrost Delay
4: FrostControl Start Delay
5: Wait For Icing
6: Ice Detected Delay
7: Heating
8: Wait for Free Heater
9: FanControl Start Delay
10: FanControl Wait Delay
11: FanControl
12: Fan Off Delay
13: Fan Off
14: Fan Restarting
15: Error
16: Test Mode
Depending on the type of HRA (Heat Recovery Appliance) some states are supported or not.
-->
<IReg Addr="4070" Name="Frost.status" Presentation="unsigned"/>
<!--
Frost heaterpower
Range: [0..100]
Type: Unsigned
Heater output in %
-->
<IReg Addr="4071" Name="Frost.heaterpower" Presentation="unsigned"/>
<!--
Fan Frost Reduction
Range: [0..100]
Type: Unsigned
This is the percentage with which the fan is reduced, 0% means no reduction. 100% means maximum reduction
-->
<IReg Addr="4072" Name="Fan.Frost.Reduction" Presentation="unsigned"/>
<!--
Flow switch position
Range: 0-3
Type: Unsigned
0: Holiday
1: Low
2: Normal
3: High
255: Invalid position
The flow switch is a mechanical switch used to select a predefined flow. If multiple switches are used it is
possible that more than one contact is closed, meaning invalid position cannot be detected.
-->
<IReg Addr="4080" Name="Flow.switch.position" Presentation="unsigned"/>
<!--
NTC1 temperature
Range: - 32768 – 32767
Type: Signed
The effective range is much smaller. The value is a value in tenths of degrees;
it therefore has to be divided by 10 in order to get the temperature in degrees Celsius.
-->
<IReg Addr="4081" Name="NTC1.temperature" Presentation="unsigned"/>
<!--
NTC2 temperature
Range: - 32768 – 32767
Type: Signed
The effective range is much smaller. The value is a value in tenths of degrees;
it therefore has to be divided by 10 in order to get the temperature in degrees Celsius.
-->
<IReg Addr="4082" Name="NTC2.temperature" Presentation="unsigned"/>
<!--
RHT Sensor Humidity
Range: 0-1000
Type: Unsigned
Relative humidity in tenth of percentage. The value is in percentage when divided by ten.
-->
<IReg Addr="4083" Name="RHT.Sensor.Humidity" Presentation="unsigned"/>
<!--
Signal output
0: 0V
1: 24V
-->
<IReg Addr="4090" Name="Signal.2.output" Presentation="unsigned"/>
<!--
Status filter
0: Not dirty
1: Dirty
-->
<IReg Addr="4100" Name="Status.filter" Presentation="unsigned"/>
<!--
eBus power status
0: Power Up
1: Initialize Power
2: Power Off
3: Power On
4: Wait For Power Off
5: Slave Power Off
-->
<IReg Addr="4101" Name="eBus.power.status" Presentation="unsigned"/>
<!--
Current time
Time
Time in byte format high byte = hours, low byte= minutes
-->
<IReg Addr="4110" Name="Current.time" Presentation="unsigned"/>
<!--
Current date
Date in byte format high byte = days,
low byte =years in byte format, only decennia
-->
<IReg Addr="4111" Name="Current.date.h" Presentation="unsigned"/>
<IReg Addr="4112" Name="Current.date.l" Presentation="unsigned"/>
<!--
Operating time
Range [0..4294967295]
Type: Unsigned
Operating time in hours
-->
<IReg Addr="4113" Name="Operating.time.h" Presentation="unsigned"/>
<IReg Addr="4114" Name="Operating.time.l" Presentation="unsigned"/>
<!--
Filters used in hours
Range: 0-65535
Type: Unsigned
Number of hours the appliance is on since last filter reset.
-->
<IReg Addr="4115" Name="Filters.used.in.hours" Presentation="unsigned"/>
<!--
Filters used in m3/h
Range [0..4294967295]
Type: Unsigned
Amount of flow in units of m3/h since last filter reset
-->
<IReg Addr="4116" Name="Filters.used.in.m3h.h" Presentation="unsigned"/>
<IReg Addr="4117" Name="Filters.used.in.m3h.l" Presentation="unsigned"/>
<!--
Total flow in m3/h
Range: [0..4294967295]
Type: Unsigned
Amount of flow in units of m3/h since putting into use.
-->
<IReg Addr="4118" Name="Total.flow.in.m3h.h" Presentation="unsigned"/>
<IReg Addr="4119" Name="Total.flow.in.m3h.l" Presentation="unsigned"/>
<!--
Geo heat exchanger Status
0: Open low
1: Closed
2: Open high
Extension module if function is supported.
-->
<IReg Addr="4150" Name="Geo.heat.exchanger.Status" Presentation="unsigned"/>
<!--
CO2 sensor 1 status
0: Error
1: Not Initialized
2: Idle
3: Warming Up
4: Running
5: Calibrating
6: Self Test
-->
<IReg Addr="4200" Name="CO2.sensor.1.status" Presentation="unsigned"/>
<!--
Value CO2 sensor 1
Range: 0-65535
Type: Unsigned
-->
<IReg Addr="4201" Name="Value.CO2.sensor.1" Presentation="unsigned"/>
<!--
CO2 sensor 2 status
0: Error
1: Not Initialized
2: Idle
3: Warming Up
4: Running
5: Calibrating
6: Self Test
-->
<IReg Addr="4202" Name="CO2.sensor.2.status" Presentation="unsigned"/>
<!--
Value CO2 sensor 2
Range: 0-65535
type: Unsigned
-->
<IReg Addr="4203" Name="Value.CO2.sensor.2" Presentation="unsigned"/>
<!--
CO2 sensor 3 status
0: Error
1: Not Initialized
2: Idle
3: Warming Up
4: Running
5: Calibrating
6: Self Test
-->
<IReg Addr="4204" Name="CO2.sensor.3.status" Presentation="unsigned"/>
<!--
Value CO2 sensor 3
Range: 0-65535
Type: Unsigned
-->
<IReg Addr="4205" Name="Value.CO2.sensor.3" Presentation="unsigned"/>
<!--
CO2 sensor 4 status
0: Error
1: Not Initialized
2: Idle
3: Warming Up
4: Running
5: Calibrating
6: Self Test
-->
<IReg Addr="4206" Name="CO2.sensor.4.status" Presentation="unsigned"/>
<!--
Value CO2 sensor 4
Range: 0-65535
Type: Unsigned
-->
<IReg Addr="4207" Name="Value.CO2.sensor.4" Presentation="unsigned"/>
<!--
Software version number UIF Module (e.g. "S1.01.03.0001")
Type and major version number
Type in ASCII (e.g. "S1"), major nr in byte, range[0..9]
-->
<IReg Addr="4400" Name="Software.version.UIFModule.Major" Presentation="unsigned"/>
<!--
Software version number UIF Module (e.g. "S1.01.03.0001")
Minor and fix version number
Numbers in bytes, range [00..99]
-->
<IReg Addr="4401" Name="Software.version.UIFModule.Minor" Presentation="unsigned"/>
<!--
Software version number UIF Module (e.g. "S1.01.03.0001")
Build number number
Build number in word, [0000..9999]
-->
<IReg Addr="4402" Name="Software.version.UIFModule.Build" Presentation="unsigned"/>
<!--
Hardware version number UIF Module (e.g. "H1.1")
Major and minor in BCD format
Numbers in BCD, range [00..99]
-->
<IReg Addr="4403" Name="Hardware.version.UIFModule" Presentation="unsigned"/>
<!--
Device Type
Range: [0..65535]
Type: Unsigned
Device type is an internal number representing the type of device.
-->
<IReg Addr="4404" Name="Device.Type.UIFModule" Presentation="unsigned"/>
<!--
Dipswitch value
Range: 0 – 999
Type: Unsigned
The dipswitch is used to select the type and subtype of HRA (Heat Recovery Appliance).
-->
<IReg Addr="4405" Name="Dipswitch.value.UIFModule" Presentation="unsigned"/>
<!--
Language Data version UIF Module (e.g. "S1.01.03.0001")
Type and major version number
Type in ASCII (e.g. "S1"), major nr in byte, range[0..9]
-->
<IReg Addr="4410" Name="Language.Data.version.UIFModule.Major" Presentation="unsigned"/>
<!--
Language Data version UIF Module (e.g. "S1.01.03.0001")
Minor and fix version number
Numbers in bytes, range [00..99]
-->
<IReg Addr="4411" Name="Language.Data.version.UIFModule.Minor" Presentation="unsigned"/>
<!--
Language Data version UIF Module (e.g. "S1.01.03.0001")
Build number number
Build number in word, [0000..9999]
-->
<IReg Addr="4412" Name="Language.Data.version.UIFModule.Build" Presentation="unsigned"/>
<!--
Software version nr UIF Module (e.g. "S1.01.03.0001")
Type and major version number
Type in ASCII (e.g. "S1"), major nr in byte, range [0..9]
-->
<IReg Addr="4413" Name="Software.version.nr.UIFModule.Major" Presentation="unsigned"/>
<!--
Software version nr UIF Module (e.g. "S1.01.03.0001")
Minor and fix version number
Numbers in bytes, range [00..99]
-->
<IReg Addr="4414" Name="Software.version.nr.UIFModule.Minor" Presentation="unsigned"/>
<!--
Software version nr UIF Module (e.g. "S1.01.03.0001")
Build number number
Build number in word, [0000..9999]
-->
<IReg Addr="4415" Name="Software.version.nr.UIFModule.Build" Presentation="unsigned"/>
<!--
Local UIF Switch
Range: 0-65535
Type: Unsigned
Currently range: 0 – 3, value set by switch on the display.
-->
<IReg Addr="4420" Name="Local.UIF.Switch" Presentation="unsigned"/>
<!--
Local Button value
-->
<IReg Addr="4421" Name="Local.Button.value" Presentation="unsigned"/>
<!--
Software version Extension Module UWA2-E (e.g. "S1.01.03.0001")
Type and major version number
Type in ASCII (e.g. "S1"), major nr. in byte, range [0..9]
-->
<IReg Addr="4500" Name="Software.version.UWA2E.Major" Presentation="unsigned"/>
<!--
Software version Extension Module UWA2-E (e.g. "S1.01.03.0001")
Minor and fix version number
Numbers in bytes, range [00..99]
-->
<IReg Addr="4501" Name="Software.version.UWA2E.Minor" Presentation="unsigned"/>
<!--
Software version Extension Module UWA2-E (e.g. "S1.01.03.0001")
Build number number
Build number in word, [0000..9999]
-->
<IReg Addr="4502" Name="Software.version.UWA2E.Build" Presentation="unsigned"/>
<!--
Hardware version nr Extension Module UWA2-E (e.g. "H1.1")
Major and minor in BCD format
Numbers in bytes, range [00..99]
-->
<!-- <IReg Addr="4503" Name="Hardware.version.UWA2E" Presentation="unsigned"/> -->
<!--
Device Type
Range: [0..65535]
Type: Unsigned
Device type is an internal number representing the type of device.
-->
<IReg Addr="4504" Name="Device.Type.UWA2E" Presentation="unsigned"/>
<!--
Dipswitch value
Range: 0 – 63
Type: Unsigned
The dipswitch is used to select the type and subtype of HRA (Heat Recovery Appliance).
-->
<IReg Addr="4505" Name="Dipswitch.value.UWA2E" Presentation="unsigned"/>
<!--
Temperature NTC Extension
Range: -32768 – 32767
Type: Signed
The effective range is much smaller. The value is a value in tenth of degrees,
so it should be divided by 10 to get the temperature in degrees Celsius.
-->
<IReg Addr="4520" Name="Temperature.NTC.Extension" Presentation="unsigned"/>
<!--
Extension contact 1
0: Contact 1 open
1: Contact 1 closed
Extension module UWA2-E
-->
<IReg Addr="4521" Name="Extension.contact.1" Presentation="unsigned"/>
<!--
Extension contact 2
0: Contact 1 open
1: Contact 1 closed
Extension module UWA2-E
-->
<IReg Addr="4522" Name="Extension.contact.2" Presentation="unsigned"/>
<!--
Extension Analogue Input 1
Range 0 – 100; Corresponds with: 0.0 – 10.0 V
Extension module UWA2-E
-->
<IReg Addr="4523" Name="Extension.Analogue.Input.1" Presentation="unsigned"/>
<!--
Extension Analogue Input 2
Range 0 – 100; Corresponds with: 0.0 – 10.0 V
Extension module UWA2-E
-->
<IReg Addr="4524" Name="Extension.Analogue.Input.2" Presentation="unsigned"/>
<!--
Extension Relay output 1
0: 0V;
1: 24V
Extension module UWA2-E
-->
<IReg Addr="4541" Name="Extension.Relay.output.1" Presentation="unsigned"/>
<!--
Extension Relay output 2
0: 0V;
1: 24V
Extension module UWA2-E
-->
<IReg Addr="4542" Name="Extension.Relay.output.2" Presentation="unsigned"/>
<!--
Extension Analogue Output 1
Range 0 – 100; Corresponds with: 0.0 – 10.0V
Extension module UWA2-E
-->
<IReg Addr="4543" Name="Extension.Analogue.Output.1" Presentation="unsigned"/>
<!--
Extension Analogue Output 2
Range 0 – 100; Corresponds with: 0.0 – 10.0V
Extension module UWA2-E
-->
<IReg Addr="4544" Name="Extension.Analogue.Output.2" Presentation="unsigned"/>
</InputRegisters>
<Coils>
</Coils>
<DiscreteInputs>
</DiscreteInputs>
</Device>
