HMS Networks Intesis IN775FGL00XO000 User Manual page 38

Integration into BACnet Systems
Object name Possible values
IUXX_SetTemp_C °C / °F
IUXX_SetTemp_S °C / °F
IUXX_SpaceTemp_S °C / °F
1 .. 65 (Consult the AC
IUXX_RC_Prohibit_C
user manual)
1 .. 65 (Consult the AC
IUXX_RC_Prohibit_S
user manual)
0: Reset
IUXX_ThermostatOFF_C
1: Set
0: Reset
IUXX_ThermostatOFF_S
1: Set
0: No Reset
IUXX_Reset_Filter_C
1: Reset
0: No Sign
IUXX_FilterSign_S
1: Sign
0: Normal
IUXX_Emergency_S
1: Stop
0: Normal
IUXX_Error_S
1: Fault
1: No Error,
IUXX_ErrorCode_S
X: Error
0: Invalid
IUXX_TempLimValid_C
1: Valid
0: Invalid
IUXX_TempLimValid_S
1: Valid
IUXX_AutoTempLoLim_C °C / °F
IUXX_AutoTempLoLim_S °C / °F
IUXX_AutoTempHiLim_C °C / °F
IUXX_AutoTempHiLim_S °C / °F
IUXX_CoolTempLoLim_C °C / °F
IUXX_CoolTempLoLim_S °C / °F
IUXX_CoolTempHiLim_C °C / °F
IUXX_CoolTempHiLim_S °C / °F
IUXX_HeatTempLoLim_C °C / °F
IUXX_HeatTempLoLim_S °C / °F
IUXX_HeatTempHiLim_C °C / °F
IUXX_HeatTempHiLim_S °C / °F
1: None
2: Master
IUXX_Managed_Mode_S
3: Slave
4: External
IUXX_Consumption
Wh/KWh
Yesterday
IUXX_Consumption Today Wh/KWh
IUXX_Consumption Total Wh/KWh
IUXX_Consumption
Wh/KWh
Yesterday Heat
IUXX_Consumption Today
Wh/KWh
Heat
IUXX_Consumption Total
Wh/KWh
Heat
USER MANUAL Version 1.0.7
Fujitsu VRF systems with KNX, Serial and IP support
Object type Object instance
1-Analog Output (U[1..64]×100 )+0
0-Analog Input (U[1..64]×100 )+0
0-Analog Input (U[1..64]×100 )+1
14-Multistate
(U[1..64]×100 )+4
Output
13-Multistate
(U[1..64]×100 )+4
Input
4-Binary Output (U[1..64]×100 )+1
3-Binary Input (U[1..64]×100 )+2
4-Binary Output (U[1..64]×100 )+2
3-Binary Input (U[1..64]×100 )+3
3-Binary Input (U[1..64]×100 )+4
3-Binary Input (U[1..64]×100 )+5
13-Multistate
(U[1..64]×100 )+5
Input
4-Binary Output (U[1..64]×100 )+3
3-Binary Input (U[1..64]×100 )+6
1-Analog Output (U[1..64]×100 )+1
0-Analog Input (U[1..64]×100 )+2
1-Analog Output (U[1..64]×100 )+2
0-Analog Input (U[1..64]×100 )+3
1-Analog Output (U[1..64]×100 )+3
0-Analog Input (U[1..64]×100 )+4
1-Analog Output (U[1..64]×100 )+4
0-Analog Input (U[1..64]×100 )+5
1-Analog Output (U[1..64]×100 )+5
0-Analog Input (U[1..64]×100 )+6
1-Analog Output (U[1..64]×100 )+6
0-Analog Input (U[1..64]×100 )+7
13-Multistate
(U[1..64]×100 )+6
Input
0-Analog Input (U[1..64]×100 )+8
0-Analog Input (U[1..64]×100 )+9
(U[1..64]×100 )
0-Analog Input
+10
(U[1..64]×100 )
0-Analog Input
+11
(U[1..64]×100 )
0-Analog Input
+12
(U[1..64]×100 )
0-Analog Input
+13
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