HMS Networks Intesis IN776MHI00 O000 Series User Manual page 34

Integration into BACnet Systems
Object name
OUXX_Heat exchange high 2 temperature
OUXX_Heat exchange high 3 temperature
OUXX_Heat exchange high 4 temperature
OUXX_Unit temperature
OUXX_Discharge pipe 1 temperature
OUXX_Discharge pipe 2 temperature
OUXX_Crankcase temperature 1
OUXX_Crankcase temperature 2
OUXX_Compressor current 1
OUXX_Compressor current 2
OUXX_High pressure
OUXX_Low pressure
Table 10. Indoor units
Object name
IUXX_Communication Status_S
IUXX_On/Off_S
IUXX_On/Off_C
IUXX_Operation Mode_S
IUXX_Operation Mode_C
IUXX_Temperature Setpoint_S
IUXX_Temperature Setpoint_C
IUXX_FanSpeed_S
IUXX_FanSpeed_C
IUXX_Remote Lock_S
IUXX_Remote Lock_C
IUXX_Louver / Vane Position_S
USER MANUAL Version 1.2.7
Mitsubishi Heavy Industries VRF with KNX, Serial and IP support
Possible values Type
°C / °F 0-Analog Input
°C / °F 0-Analog Input
°C / °F 0-Analog Input
°C / °F 0-Analog Input
°C / °F 0-Analog Input
°C / °F 0-Analog Input
°C / °F 0-Analog Input
°C / °F 0-Analog Input
Amperes 0-Analog Input
Amperes 0-Analog Input
MPa 0-Analog Input
MPa 0-Analog Input
Possible values
0: No Error 3-Binary Input
1: Error
0: Off 3-Binary Input
1: On
0: Off 4-Binary Output
1: On
1: Heat
2: Cool
3: Fan 13-Multistate Input
4: Dry
5: Auto
1: Heat
2: Cool
3: Fan 14-Multistate Output
4: Dry
5: Auto
°C / °F 0-Analog Input
°C / °F 1-Analog Output
1: Low
2: Medium
13-Multistate Input
3: High
4: Powerful
1: Low
2: Medium
14-Multistate Output
3: High
4: Powerful
0: Unlock 3-Binary Input
1: Lock
0: Unlock 4-Binary Output
1: Lock
1: Swing
2: Pos1
3: Pos2 13-Multistate Input
4: Pos3
5: Pos4
Object instance
(OU[1 .. 12]×20) + 10000 + 7
(OU[1 .. 12]×20) + 10000 + 8
(OU[1 .. 12]×20) + 10000 + 9
(OU[1 .. 12]×20) + 10000 + 10
(OU[1 .. 12]×20) + 10000 + 11
(OU[1 .. 12]×20) + 10000 + 12
(OU[1 .. 12]×20) + 10000 + 13
(OU[1 .. 12]×20) + 10000 + 14
(OU[1 .. 12]×20) + 10000 + 15
(OU[1 .. 12]×20) + 10000 + 16
(OU[1 .. 12]×20) + 10000 + 17
(OU[1 .. 12]×20) + 10000 + 18
Type Object instance
(IU[1 .. 128]×25) + 0
(IU[1 .. 128]×25) + 1
(IU[1 .. 128]×25) + 0
(IU[1 .. 128]×25) + 0
(IU[1 .. 128]×25) + 0
(IU[1 .. 128]×25) + 0
(IU[1 .. 128]×25) + 0
(IU[1 .. 128]×25) + 1
(IU[1 .. 128]×25) + 1
(IU[1 .. 128]×25) + 2
(IU[1 .. 128]×25) + 1
(IU[1 .. 128]×25) + 2
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