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Chiller / heat pump plant sequencer · BACnet points list
RHOSS KMTM Multi Thermal Manager (MTM) sequencer BACnet points list
Updated 12 November 2026
Short answer
KMTM is RHOSS's plant sequencer for several chillers, heat pumps or multipurpose units on one primary loop, with an optional recovery branch. BACnet comes from a KBM card (BACnet MS/TP) or a KBE / KWEBU1 card (BACnet IP) fitted to the sequencer's pCO controller. The list has plant objects (on/off, season, setpoints, power limit, alarms), sequencer settings, and a block of read-only status, temperature and pressure objects for each unit (Unit 1 to Unit 8 for most blocks; some blocks run to Unit 10).
This page lists 1110 BACnet objects for the RHOSS KMTM Multi Thermal Manager (MTM) sequencer — 182 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from RHOSS’s own free documentation, linked below.
- Manufacturer
- RHOSS
- Model
- KMTM Multi Thermal Manager (MTM) sequencer
- Equipment
- Chiller / heat pump plant sequencer
- Equipment type
- Chillers
- BACnet objects
- 1110 (182 writable)
- Transport
- BACnet IP, BACnet MS/TP
- Firmware
- Not stated
- Default device instance
- 77000
- Also known as
- MTM, KMTM, KMTM/SI, KMTM/TI, Multi Thermal Manager, KBM, KBE, KWEBU1, H58767
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Reference only, provided as-is: verify against RHOSS’s current documentation and the live device before use. Not official RHOSS information. Terms of use.
BMS integration notes: RHOSS KMTM Multi Thermal Manager (MTM) sequencer
Integration in brief
Start and stop the plant with Superv_OnOff (BV 3), pick the season with Cool_Heat_KeyB (BV 4) and write the cooling and heating setpoints (AV 13 / AV 15). Enable supervisor on/off with En_SPV_OnOff (BV 310). Read plant status and the active setpoint, and watch Any_Alarm (BV 5). An optional power limit is set with Power_Request_Limit (AV 11).
Minimum points to map
The short list most integrators start with — enough to run the unit from a BMS. Map more as the job needs.
| Object | Name | Why | Access |
|---|---|---|---|
| BV 3 | Superv_OnOff | Plant on/off from the BMS (1 = On) | Write |
| BV 310 | En_SPV_OnOff | Enables on/off from the supervisor (1 = Yes) | Write |
| BV 4 | Cool_Heat_KeyB | Plant season: 0 = Cooling, 1 = Heating | Write |
| AV 13 | Cooling_Temp_Set1 | Cooling setpoint 1, °C x10 | Write |
| AV 15 | Heating_Temp_Set1 | Heating setpoint 1, °C x10 | Write |
| AV 11 | Power_Request_Limit | Plant power limit, % x10 | Write |
| BV 7 | Reset_Alarm | Alarm reset (1 = Reset) | Write |
| AV 1 | Group_Status | Plant on/off status (1 = Wait, 2 = ON, 3+ = Off cause) | Read |
| AV 4 | Current_Temp_Set | Active primary setpoint, °C x10 | Read |
| BV 5 | Any_Alarm | Any active alarm | Read |
Enable & remote start
BV 3 Superv_OnOff switches the plant on or off from the supervisor; En_SPV_OnOff (BV 310) enables on/off from the supervisor. See RHOSS manual H58701 for sequencer settings.
Heartbeat & communication loss
Spv_Offline_Delay (AV 319, seconds) sets how long before the supervisor counts as disconnected, and Spv_Offline_Action (AV 318) picks what the plant does then: 1 = Off, 2 = On, 3 = None.
Network setup
- KBM (BACnet MS/TP) factory values per RHOSS KBM/KBE manual H58230_C: device instance 77000, MAC 0, 38400 baud, Max Master 127, Max Info Frames 20; change them with the Carel BACset tool.
- Per the same manual, on the KMTM set Support > Config. BMS (screen Hg02, installer password) to protocol MODBUS EXT, 19200 baud, address 1, no parity, 2 stop bits.
- The KBM or KBE / KWEBU1 card is fitted to the sequencer's pCO5 / pCO5+ controller.
Watch out for
- Values are in tenths: divide °C/10, bar/10 and %/10 objects by 10.
- Setpoint limits (AV 19-26) are writable settings that bound the setpoints; they are not the setpoints.
RHOSS KMTM Multi Thermal Manager (MTM) sequencer BACnet objects
Type: AI, AO, AV, BI, BO, BV, MI/MO/MV (multi-state) · Access: Read read-only, Write writable, Command writable with a priority array.
| Description | States | |||||
|---|---|---|---|---|---|---|
| BV | 1 | Sys_On | System status | Read | 0=Off, 1=On | |
| BV | 2 | Cooling_Heating | Season system | Read | 0=Cooling, 1=Heating | |
| BVmin | 3 | Superv_OnOff | On/Off system from supervisor | Write | 0=Off, 1=On | |
| BVmin | 4 | Cool_Heat_KeyB | Keypad/supervisor system season | Write | 0=Cooling, 1=Heating | |
| BVmin | 5 | Any_Alarm | Active alarms | Read | 0=Ok, 1=Alarm | |
| BV | 6 | Unacked_Alarm | Alarms not viewed | Read | 0=Ok, 1=Alarm | |
| BVmin | 7 | Reset_Alarm | Alarm reset | Write | 0=No, 1=Reset | |
| BV | 8 | Power_Reduction | Active power reduction | Read | 0=No, 1=Yes | |
| BV | 9 | Sys_On_Primary | primary state | Read | 0=Off, 1=On | |
| BV | 10 | Sys_On_Recovery | Recovery status | Read | 0=Off, 1=On | |
| BV | 12 | En_Superv_Primary | Enable primary | Write | 0=No, 1=Yes | |
| BV | 13 | En_Superv_Recovery | Enable recovery | Write | 0=No, 1=Yes | |
| BV | 14 | Select_Priority | Select mode priority | Write | 0=Primary, 1=Recovery | |
| BV | 15 | En_Schedule | Enable time slots | Write | 0=No, 1=Yes | |
| BV | 16 | En_Thermoreg | Primary exchanger thermoregulation in operation | Read | 0=Off, 1=On | |
| BV | 17 | En_Thermoreg_Rec | Recovery exchanger thermoregulation in operation | Read | 0=Off, 1=On | |
| BV | 100 | Evap_Pump1 | Pump 1 evaporator | Read | 0=Off, 1=On | |
| BV | 101 | Evap_Pump2 | Evaporator pump 2 | Read | 0=Off, 1=On | |
| BV | 102 | Cond_Pump1 | Pump 1 condenser | Read | 0=Off, 1=On | |
| BV | 103 | Cond_Pump2 | Pump 2 condenser | Read | 0=Off, 1=On | |
| BV | 104 | Rec_Pump1 | Pump 1 recovery | Read | 0=Off, 1=On | |
| BV | 105 | Rec_Pump2 | Recovery pump 2 | Read | 0=Off, 1=On | |
| BV | 106 | Plant_Pump1 | 1 secondary pump | Read | 0=Off, 1=On | |
| BV | 107 | Plant_Pump2 | Pump 2 secondary | Read | 0=Off, 1=On | |
| BV | 128 | Din_Flow_Evap | Evaporator differential pressure switch | Read | 0=Ok, 1=Alarm | |
| BV | 129 | Din_Flow_Cond | Condenser differential pressure switch | Read | 0=Ok, 1=Alarm | |
| BV | 130 | Din_Flow_Rec | Recovery differential pressure switch | Read | 0=Ok, 1=Alarm | |
| BV | 131 | Din_Ovrl_Pump1_Evap | Evaporator pump 1 thermal signal | Read | 0=Ok, 1=Alarm | |
| BV | 132 | Din_Ovrl_Pump2_Evap | Evaporator pump 2 thermal signal | Read | 0=Ok, 1=Alarm | |
| BV | 133 | Din_Ovrl_Pump1_Cond | Thermal signal pump 1 condenser | Read | 0=Ok, 1=Alarm | |
| BV | 134 | Din_Ovrl_Pump2_Cond | Condenser pump 2 thermal signal | Read | 0=Ok, 1=Alarm | |
| BV | 135 | Din_Ovrl_Pump1_Rec | Recovery pump 1 thermal signal | Read | 0=Ok, 1=Alarm | |
| BV | 136 | Din_Ovrl_Pump2_Rec | Recovery pump 2 thermal signal | Read | 0=Ok, 1=Alarm | |
| BV | 137 | Din_OnOff | Unit on/off consent | Read | 0=Off, 1=On | |
| BV | 138 | Din_OnOff_Primary | Primary on/off consent | Read | 0=Off, 1=On | |
| BV | 139 | Din_OnOff_Recovery | Consent on/off recovery | Read | 0=Off, 1=On | |
| BV | 140 | Din_Cool_Heat | Season unit from digital input | Read | 0=Cooling, 1=Heating | |
| BV | 141 | Din_Power_Reduction | Power reduction request | Read | 0=Off, 1=On | |
| BV | 142 | Din_Double_Setpoint | Unit secondary setpoint request | Read | 0=Off, 1=On | |
| BV | 143 | Din_Double_Setpoint_Primary | Primary secondary setpoint request | Read | 0=Off, 1=On | |
| BV | 144 | Din_Double_Setpoint_Recovery | Secondary recovery setpoint request | Read | 0=Off, 1=On | |
| BV | 145 | Din_Al_Serious | External alarm signal | Read | 0=Ok, 1=Alarm | |
| BV | 200 | Any_Alarm | Active alarm signaling | Read | 0=Ok, 1=Alarm | |
| BV | 201 | Serious_Alarm | Serious system alarm | Read | 0=Ok, 1=Alarm | |
| BV | 202 | Al_Slave_Offline | Slave board disconnected alarm | Read | 0=Ok, 1=Alarm | |
| BV | 203 | Al_Clock | Broken clock alarm | Read | 0=Ok, 1=Alarm | |
| BV | 204 | Al_Probes | Faulty probe alarm | Read | 0=Ok, 1=Alarm | |
| BV | 205 | Al_Prb_In_Evap | Faulty primary return probe alarm | Read | 0=Ok, 1=Alarm | |
| BV | 206 | Al_Prb_Out_Evap | Primary delivery probe faulty alarm | Read | 0=Ok, 1=Alarm | |
| BV | 207 | Al_Prb_In_Cond | Waste disposal unit return probe alarm | Read | 0=Ok, 1=Alarm | |
| BV | 208 | Al_Prb_Out_Cond | Faulty waste disposal probe alarm | Read | 0=Ok, 1=Alarm | |
| BV | 209 | Al_Prb_In_Rec | Faulty recovery return probe alarm | Read | 0=Ok, 1=Alarm | |
| BV | 210 | Al_Prb_Out_Rec | Faulty recovery delivery probe alarm | Read | 0=Ok, 1=Alarm | |
| BV | 211 | Al_Prb_VPF_DP | Faulty VPF differential pressure probe alarm | Read | 0=Ok, 1=Alarm | |
| BV | 212 | Al_Prb_VPF_PlantT | System return temp. probe alarm VPF faulty | Read | 0=Ok, 1=Alarm | |
| BV | 213 | Al_Prb_VPF_TankT | VPF storage inlet temp. probe alarm faulty | Read | 0=Ok, 1=Alarm | |
| BV | 214 | Al_Prb_Analog_Set | Faulty primary analog setpoint signal alarm | Read | 0=Ok, 1=Alarm | |
| BV | 215 | Al_Prb_Analog_Set_Rec | Failure recovery analog setpoint signal alarm | Read | 0=Ok, 1=Alarm | |
| BV | 216 | Al_Prb_Ext_Temp | Faulty external temperature probe alarm | Read | 0=Ok, 1=Alarm | |
| BV | 217 | Al_Units_Any | Generic unit alarm | Read | 0=Ok, 1=Alarm | |
| BV | 218 | Al_Units_Minor | Unit alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 219 | Al_Units_Major | Unit alarm with partial or total block | Read | 0=Ok, 1=Alarm | |
| BV | 220 | Al_Units_Manual | Unit alarm requiring manual reset | Read | 0=Ok, 1=Alarm | |
| BV | 221 | Al_Units_Offline | Unit offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 222 | Warning_Backup_HighLoad | Excessive usage warning for thermoregulation backup unit | Read | 0=Ok, 1=Warning | |
| BV | 300 | Analog_Set_Type | Analog setpoint use mode | Write | 0=Offset, 1=Shifting | |
| BV | 301 | En_Compensation_Cool | Enable weather compensation in cooling | Write | 0=No, 1=Yes | |
| BV | 302 | En_Compensation_Heat | Enable climatic compensation in heating | Write | 0=No, 1=Yes | |
| BV | 303 | En_Compensation_Rec | Enable weather compensation in recovery | Write | 0=No, 1=Yes | |
| BV | 304 | Pumps_Mode | Pump activation mode | Write | 0=On request, 1=Always on | |
| BV | 305 | Al_Prb_Reg_Action | Action with regulation probe failure | Write | 0=No action, 1=Stop unit | |
| BV | 306 | Al_Prb_VPF_Action | Action with VPF probe failure | Write | 0=No action, 1=Stop unit | |
| BV | 307 | Al_Prb_Analog_Action | Action with analog setpoint signal failure | Write | 0=No action, 1=Stop unit | |
| BV | 308 | Al_Prb_Ext_Action | Action with external temp. probe failure | Write | 0=No action, 1=Stop unit | |
| BVmin | 310 | En_SPV_OnOff | Enable on/off from supervisor | Write | 0=No, 1=Yes | |
| BV | 311 | StandardTime | Daylight saving time activation | Write | 0=Standard Time, 1=Daylight Saving Time | |
| BV | 312 | en Autoswap Legal Time | Enabling automatic solar/summer time change | Write | 0=No, 1=Yes | |
| BV | 313 | FR_Switch | Facilitates use of F+R mode on EXP units | Write | 0=No, 1=Yes | |
| BV | 314 | Backup_FR | Restore mode EXP in backup | Write | 0=Single Sided, 1=Whole Unit | |
| BV | 315 | En_Unit_Reset_Alarm | Enable remote unit alarm reset | Write | 0=No, 1=Yes | |
| BV | 316 | EPump_En_Antiblock | Enabling primary pump antiblock function | Write | 0=No, 1=Yes | |
| BV | 317 | EPump_Rot_Type | Action of primary pumps at lack of flow | Write | 0=Try again, 1=Change pump | |
| BV | 318 | EPump_Use_Pump2 | Primary pump currently in use | Read | 0=1, 1=2 | |
| BV | 319 | EPump_Switch_Pumps | Primary pump rotation forcing | Write | 0=No, 1=Yes | |
| BV | 320 | CPump_En_Antiblock | Recovery pump anti-blocking function enabling | Write | 0=No, 1=Yes | |
| BV | 321 | CPump_Rot_Type | Action of disposal pumps at lack of flow | Write | 0=Try again, 1=Change pump | |
| BV | 322 | CPump_Use_Pump2 | Disposal pump currently in use | Read | 0=1, 1=2 | |
| BV | 323 | CPump_Switch_Pumps | Forcing rotation of waste disposal pump | Write | 0=No, 1=Yes | |
| BV | 324 | RPump_En_Antiblock | Recovery pump anti-blocking function enabling | Write | 0=No, 1=Yes | |
| BV | 325 | RPump_Rot_Type | Action of recovery pumps at lack of flow | Write | 0=Try again, 1=Change pump | |
| BV | 326 | RPump_Use_Pump2 | Recovery pump currently in use | Read | 0=1, 1=2 | |
| BV | 327 | RPump_Switch_Pumps | Recovery pump rotation forcing | Write | 0=No, 1=Yes | |
| BV | 328 | PPump_En_Antiblock | Enabling secondary pump antiblock function | Write | 0=No, 1=Yes | |
| BV | 329 | PPump_Rot_Type | Secondary pump action at lack of flow | Write | 0=Try again, 1=Change pump | |
| BV | 330 | PPump_Use_Pump2 | Secondary pump currently in use | Read | 0=1, 1=2 | |
| BV | 331 | PPump_Switch_Pumps | Secondary pump rotation forcing | Write | 0=No, 1=Yes | |
| BV | 1000 | Word_En_Units | Unit 1: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1001 | Word_En_Units | Unit 2: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1002 | Word_En_Units | Unit 3: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1003 | Word_En_Units | Unit 4: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1004 | Word_En_Units | Unit 5: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1005 | Word_En_Units | Unit 6: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1006 | Word_En_Units | Unit 7: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1007 | Word_En_Units | Unit 8: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1008 | Word_En_Units | Unit 9: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1009 | Word_En_Units | Unit 10: manual enable unit from sequencer | Read | 0=Off, 1=On | |
| BV | 1010 | En_Backup_U1 | Unit 1: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1011 | En_Backup_U2 | Unit 2: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1012 | En_Backup_U3 | Unit 3: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1013 | En_Backup_U4 | Unit 4: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1014 | En_Backup_U5 | Unit 5: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1015 | En_Backup_U6 | Unit 6: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1016 | En_Backup_U7 | Unit 7: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1017 | En_Backup_U8 | Unit 8: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1018 | En_Backup_U9 | Unit 9: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1019 | En_Backup_U10 | Unit 10: enable unit stop for backup function | Read | 0=Off, 1=On | |
| BV | 1020 | Lst_On_Primary | Unit 1: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1021 | Lst_On_Primary | Unit 2: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1022 | Lst_On_Primary | Unit 3: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1023 | Lst_On_Primary | Unit 4: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1024 | Lst_On_Primary | Unit 5: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1025 | Lst_On_Primary | Unit 6: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1026 | Lst_On_Primary | Unit 7: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1027 | Lst_On_Primary | Unit 8: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1028 | Lst_On_Primary | Unit 9: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1029 | Lst_On_Primary | Unit 10: Primary Ignition Control | Read | 0=Off, 1=On | |
| BV | 1030 | Lst_On_Recovery | Unit 1: Recovery ignition control | Read | 0=Off, 1=On | |
| BV | 1031 | Lst_On_Recovery | Unit 2: Recovery ignition control | Read | 0=Off, 1=On | |
| BV | 1032 | Lst_On_Recovery | Unit 3: Recovery Ignition Control | Read | 0=Off, 1=On | |
| BV | 1033 | Lst_On_Recovery | Unit 4: Recovery ignition control | Read | 0=Off, 1=On | |
| BV | 1034 | Lst_On_Recovery | Unit 5: Recovery ignition control | Read | 0=Off, 1=On | |
| BV | 1035 | Lst_On_Recovery | Unit 6: Recovery ignition control | Read | 0=Off, 1=On | |
| BV | 1036 | Lst_On_Recovery | Unit 7: Recovery ignition control | Read | 0=Off, 1=On | |
| BV | 1037 | Lst_On_Recovery | Unit 8: Recovery ignition command | Read | 0=Off, 1=On | |
| BV | 1038 | Lst_On_Recovery | Unit 9: Recovery ignition command | Read | 0=Off, 1=On | |
| BV | 1039 | Lst_On_Recovery | Unit 10: Recovery ignition command | Read | 0=Off, 1=On | |
| BV | 1040 | Lst_Evap_Pump | Unit 1: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1041 | Lst_Evap_Pump | Unit 2: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1042 | Lst_Evap_Pump | Unit 3: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1043 | Lst_Evap_Pump | Unit 4: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1044 | Lst_Evap_Pump | Unit 5: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1045 | Lst_Evap_Pump | Unit 6: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1046 | Lst_Evap_Pump | Unit 7: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1047 | Lst_Evap_Pump | Unit 8: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1048 | Lst_Evap_Pump | Unit 9: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1049 | Lst_Evap_Pump | Unit 10: Primary pump status | Read | 0=Off, 1=On | |
| BV | 1050 | Lst_Cond_Pump | Unit 1: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1051 | Lst_Cond_Pump | Unit 2: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1052 | Lst_Cond_Pump | Unit 3: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1053 | Lst_Cond_Pump | Unit 4: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1054 | Lst_Cond_Pump | Unit 5: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1055 | Lst_Cond_Pump | Unit 6: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1056 | Lst_Cond_Pump | Unit 7: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1057 | Lst_Cond_Pump | Unit 8: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1058 | Lst_Cond_Pump | Unit 9: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1059 | Lst_Cond_Pump | Unit 10: Waste pump status | Read | 0=Off, 1=On | |
| BV | 1060 | Lst_Rec_Pump | Unit 1: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1061 | Lst_Rec_Pump | Unit 2: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1062 | Lst_Rec_Pump | Unit 3: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1063 | Lst_Rec_Pump | Unit 4: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1064 | Lst_Rec_Pump | Unit 5: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1065 | Lst_Rec_Pump | Unit 6: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1066 | Lst_Rec_Pump | Unit 7: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1067 | Lst_Rec_Pump | Unit 8: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1068 | Lst_Rec_Pump | Unit 9: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1069 | Lst_Rec_Pump | Unit 10: Recovery pump status | Read | 0=Off, 1=On | |
| BV | 1070 | Lst_Evap_Flow | Unit 1: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1071 | Lst_Evap_Flow | Unit 2: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1072 | Lst_Evap_Flow | Unit 3: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1073 | Lst_Evap_Flow | Unit 4: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1074 | Lst_Evap_Flow | Unit 5: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1075 | Lst_Evap_Flow | Unit 6: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1076 | Lst_Evap_Flow | Unit 7: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1077 | Lst_Evap_Flow | Unit 8: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1078 | Lst_Evap_Flow | Unit 9: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1079 | Lst_Evap_Flow | Unit 10: Primary stream status | Read | 0=Flow, 1=No flow | |
| BV | 1080 | Lst_Cond_Flow | Unit 1: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1081 | Lst_Cond_Flow | Unit 2: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1082 | Lst_Cond_Flow | Unit 3: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1083 | Lst_Cond_Flow | Unit 4: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1084 | Lst_Cond_Flow | Unit 5: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1085 | Lst_Cond_Flow | Unit 6: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1086 | Lst_Cond_Flow | Unit 7: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1087 | Lst_Cond_Flow | Unit 8: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1088 | Lst_Cond_Flow | Unit 9: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1089 | Lst_Cond_Flow | Unit 10: Waste disposal flow status | Read | 0=Flow, 1=No flow | |
| BV | 1090 | Lst_Rec_Flow | Unit 1: Recovery stream status | Read | 0=Flow, 1=No flow | |
| BV | 1091 | Lst_Rec_Flow | Unit 2: Recovery stream status | Read | 0=Flow, 1=No flow | |
| BV | 1092 | Lst_Rec_Flow | Unit 3: Recovery stream status | Read | 0=Flow, 1=No flow | |
| BV | 1093 | Lst_Rec_Flow | Unit 4: Recovery Flow Status | Read | 0=Flow, 1=No flow | |
| BV | 1094 | Lst_Rec_Flow | Unit 5: Recovery Flow Status | Read | 0=Flow, 1=No flow | |
| BV | 1095 | Lst_Rec_Flow | Unit 6: Recovery Flow Status | Read | 0=Flow, 1=No flow | |
| BV | 1096 | Lst_Rec_Flow | Unit 7: Recovery Flow Status | Read | 0=Flow, 1=No flow | |
| BV | 1097 | Lst_Rec_Flow | Unit 8: Recovery Flow Status | Read | 0=Flow, 1=No flow | |
| BV | 1098 | Lst_Rec_Flow | Unit 9: Recovery Flow Status | Read | 0=Flow, 1=No flow | |
| BV | 1099 | Lst_Rec_Flow | Unit 10: Recovery Flow Status | Read | 0=Flow, 1=No flow | |
| BV | 1100 | Lst_Water_Water | Unit 1: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1101 | Lst_Water_Water | Unit 2: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1102 | Lst_Water_Water | Unit 3: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1103 | Lst_Water_Water | Unit 4: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1104 | Lst_Water_Water | Unit 5: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1105 | Lst_Water_Water | Unit 6: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1106 | Lst_Water_Water | Unit 7: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1107 | Lst_Water_Water | Unit 8: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1108 | Lst_Water_Water | Unit 9: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1109 | Lst_Water_Water | Unit 10: Type of disposal | Read | 0=Water-Air, 1=Water-Water | |
| BV | 1110 | Valve_On_U1 | Unit 1: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1111 | Valve_On_U2 | Unit 2: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1112 | Valve_On_U3 | Unit 3: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1113 | Valve_On_U4 | Unit 4: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1114 | Valve_On_U5 | Unit 5: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1115 | Valve_On_U6 | Unit 6: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1116 | Valve_On_U7 | Unit 7: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1117 | Valve_On_U8 | Unit 8: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1118 | Valve_On_U9 | Unit 9: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1119 | Valve_On_U10 | Unit 10: Primary shut-off valve opening | Read | 0=Off, 1=On | |
| BV | 1120 | Valve_Off_U1 | Unit 1: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1121 | Valve_Off_U2 | Unit 2: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1122 | Valve_Off_U3 | Unit 3: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1123 | Valve_Off_U4 | Unit 4: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1124 | Valve_Off_U5 | Unit 5: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1125 | Valve_Off_U6 | Unit 6: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1126 | Valve_Off_U7 | Unit 7: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1127 | Valve_Off_U8 | Unit 8: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1128 | Valve_Off_U9 | Unit 9: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1129 | Valve_Off_U10 | Unit 10: Primary shut-off valve closed | Read | 0=Off, 1=On | |
| BV | 1130 | Lst_Any_Alarm | Unit 1: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1131 | Lst_Any_Alarm | Unit 2: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1132 | Lst_Any_Alarm | Unit 3: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1133 | Lst_Any_Alarm | Unit 4: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1134 | Lst_Any_Alarm | Unit 5: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1135 | Lst_Any_Alarm | Unit 6: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1136 | Lst_Any_Alarm | Unit 7: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1137 | Lst_Any_Alarm | Unit 8: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1138 | Lst_Any_Alarm | Unit 9: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1139 | Lst_Any_Alarm | Unit 10: Generic alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1140 | Lst_Any_Alarm | Unit 1: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1141 | Lst_Any_Alarm | Unit 2: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1142 | Lst_Any_Alarm | Unit 3: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1143 | Lst_Any_Alarm | Unit 4: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1144 | Lst_Any_Alarm | Unit 5: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1145 | Lst_Any_Alarm | Unit 6: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1146 | Lst_Any_Alarm | Unit 7: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1147 | Lst_Any_Alarm | Unit 8: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1148 | Lst_Any_Alarm | Unit 9: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1149 | Lst_Any_Alarm | Unit 10: Alarm with reduced functionality | Read | 0=Ok, 1=Alarm | |
| BV | 1150 | Lst_Any_Alarm | Unit 1: Alarm with partial or total block | Read | 0=Ok, 1=Alarm | |
| BV | 1151 | Lst_Any_Alarm | Unit 2: Alarm with partial or total lockout | Read | 0=Ok, 1=Alarm | |
| BV | 1152 | Lst_Any_Alarm | Unit 3: Alarm with partial or total lockout | Read | 0=Ok, 1=Alarm | |
| BV | 1153 | Lst_Any_Alarm | Unit 4: Alarm with partial or total block | Read | 0=Ok, 1=Alarm | |
| BV | 1154 | Lst_Any_Alarm | Unit 5: Alarm with partial or total block | Read | 0=Ok, 1=Alarm | |
| BV | 1155 | Lst_Any_Alarm | Unit 6: Alarm with partial or total lockout | Read | 0=Ok, 1=Alarm | |
| BV | 1156 | Lst_Any_Alarm | Unit 7: Alarm with partial or total lockout | Read | 0=Ok, 1=Alarm | |
| BV | 1157 | Lst_Any_Alarm | Unit 8: Alarm with partial or total block | Read | 0=Ok, 1=Alarm | |
| BV | 1158 | Lst_Any_Alarm | Unit 9: Alarm with partial or total block | Read | 0=Ok, 1=Alarm | |
| BV | 1159 | Lst_Any_Alarm | Unit 10: Alarm with partial or total block | Read | 0=Ok, 1=Alarm | |
| BV | 1160 | Lst_Any_Alarm | Unit 1: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1161 | Lst_Any_Alarm | Unit 2: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1162 | Lst_Any_Alarm | Unit 3: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1163 | Lst_Any_Alarm | Unit 4: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1164 | Lst_Any_Alarm | Unit 5: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1165 | Lst_Any_Alarm | Unit 6: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1166 | Lst_Any_Alarm | Unit 7: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1167 | Lst_Any_Alarm | Unit 8: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1168 | Lst_Any_Alarm | Unit 9: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1169 | Lst_Any_Alarm | Unit 10: Alarm with manual reset request | Read | 0=Ok, 1=Alarm | |
| BV | 1170 | Al_Offline_U1 | Unit 1: Offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1171 | Al_Offline_U2 | Unit 2: Offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1172 | Al_Offline_U3 | Unit 3: Offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1173 | Al_Offline_U4 | Unit 4: Offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1174 | Al_Offline_U5 | Unit 5: Offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1175 | Al_Offline_U6 | Unit 6: Offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1176 | Al_Offline_U7 | Unit 7: Offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1177 | Al_Offline_U8 | Unit 8: Offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1178 | Al_Offline_U9 | Unit 9: Offline alarm | Read | 0=Ok, 1=Alarm | |
| BV | 1179 | Al_Offline_U10 | Unit 10: Offline alarm | Read | 0=Ok, 1=Alarm | |
| AVmin | 1 | Group_Status | System on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 2 | Group_Status_Primary | System on/off status (primary branch) | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 3 | Group_Status_Recovery | System on/off status (recovery branch) | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AVmin | 4 | Current_Temp_Set | Primary exchanger setpoint currently used | °C/10 | Read | |
| AV | 5 | Current_Temp_Set_Rec | Recovery exchanger setpoint currently used | °C/10 | Read | |
| AV | 6 | Power_Request_Primary | Primary circuit power request | %/10 | Read | |
| AV | 7 | Power_Request_Rec | Recovery circuit power request | %/10 | Read | |
| AV | 8 | Tot_Power_On_1000_P | Power currently delivered on the primary | %/10 | Read | |
| AV | 9 | Tot_Power_On_1000_R | Power currently delivered on recovery | %/10 | Read | |
| AV | 10 | Power_Reduction_Source | Type of power limitation request | Write | 1=Disabled, 2=Time slots, 3=Digital input, 4=Time slots + digital input, 5=Always | |
| AVmin | 11 | Power_Request_Limit | Power limit that can be supplied | %/10 | Write | |
| AVmin | 13 | Cooling_Temp_Set1 | Cooling setpoint 1 | °C/10 | Write | |
| AV | 14 | Cooling_Temp_Set2 | Cooling setpoint 2 | °C/10 | Write | |
| AVmin | 15 | Heating_Temp_Set1 | Heating setpoint 1 | °C/10 | Write | |
| AV | 16 | Heating_Temp_Set2 | Heating setpoint 2 | °C/10 | Write | |
| AV | 17 | Recovery_Temp_Set1 | Recovery setpoint 1 | °C/10 | Write | |
| AV | 18 | Recovery_Temp_Set2 | Recovery set point 2 | °C/10 | Write | |
| AV | 19 | Min_Set1_Temp_Cool | Minimum cooling setpoint 1 value | °C/10 | Write | |
| AV | 20 | Min_Set2_Temp_Cool | Minimum cooling setpoint 2 value | °C/10 | Write | |
| AV | 21 | Max_Set1_Temp_Cool | Maximum cooling setpoint 1 value | °C/10 | Write | |
| AV | 22 | Max_Set2_Temp_Cool | Maximum cooling setpoint 2 value | °C/10 | Write | |
| AV | 23 | Min_Set_Temp_Heat | Minimum heating setpoint setting value | °C/10 | Write | |
| AV | 24 | Max_Set_Temp_Heat | Maximum heating setpoint setting value | °C/10 | Write | |
| AV | 25 | Min_Set_Temp_Rec | Minimum recovery setpoint value | °C/10 | Write | |
| AV | 26 | Max_Set_Temp_Rec | Maximum recovery setpoint value | °C/10 | Write | |
| AV | 27 | Offset_Setpoint_Cool_Min | Minimum scale point Offset Setpoint in cooling | °C/10 | Write | |
| AV | 28 | Offset_Setpoint_Cool_Max | Scale maximum point Offset Setpoint in cooling | °C/10 | Write | |
| AV | 29 | Offset_Setpoint_Heat_Min | Minimum scale point Offset Setpoint in heating | °C/10 | Write | |
| AV | 30 | Offset_Setpoint_Heat_Max | Scale maximum point Offset Setpoint in heating | °C/10 | Write | |
| AV | 31 | Shifting_Setpoint_Cool_Min | Minimum scale point Shifting Setpoint in cooling | °C/10 | Write | |
| AV | 32 | Shifting_Setpoint_Cool_Max | Maximum scale point Shifting Setpoint in cooling | °C/10 | Write | |
| AV | 33 | Shifting_Setpoint_Heat_Min | Scale minimum point Shifting Setpoint in heating | °C/10 | Write | |
| AV | 34 | Shifting_Setpoint_Heat_Max | Scale maximum point Shifting Setpoint in heating | °C/10 | Write | |
| AV | 35 | Ext_Temp_Set_Cool | External temperature set for summer climatic compensation | °C/10 | Write | |
| AV | 36 | Ext_Temp_Set_Heat | External temperature set for winter climatic compensation | °C/10 | Write | |
| AV | 37 | Ext_Temp_Diff_Cool | External temperature band for summer climatic compensation | °C/10 | Write | |
| AV | 38 | Ext_Temp_Diff_Heat | External temperature band for winter climatic compensation | °C/10 | Write | |
| AV | 39 | Max_Comp_Temp_Cool | Maximum summer climatic compensation | °C/10 | Write | |
| AV | 40 | Max_Comp_Temp_Heat | Maximum winter climatic compensation | °C/10 | Write | |
| AV | 41 | Offset_Setpoint_Rec_Min | Minimum scale point Offset Setpoint in recovery | °C/10 | Write | |
| AV | 42 | Offset_Setpoint_Rec_Max | Scale maximum point Offset Setpoint in recovery | °C/10 | Write | |
| AV | 43 | Shifting_Setpoint_Rec_Min | Scale minimum point. Shifting Setpoint in recovery | °C/10 | Write | |
| AV | 44 | Shifting_Setpoint_Rec_Max | Scale maximum point Shifting Setpoint in recovery | °C/10 | Write | |
| AV | 45 | Ext_Temp_Set_Rec | Outside temperature set for recovery branch climatic compensation | °C/10 | Write | |
| AV | 46 | Ext_Temp_Diff_Rec | External temperature band for recovery branch climatic compensation | °C/10 | Write | |
| AV | 47 | Max_Comp_Temp_Rec | Maximum recovery branch climatic compensation | °C/10 | Write | |
| AV | 100 | In_Temp_Evap_Avg | Average unit primary inlet temperature with flow | °C/10 | Read | |
| AV | 101 | Out_Temp_Evap_Avg | Average unit primary outlet temperature with flow | °C/10 | Read | |
| AV | 102 | In_Temp_Rec_Avg | Average unit recovery inlet temperature with flow | °C/10 | Read | |
| AV | 103 | Out_Temp_Rec_Avg | Unit recovery medium outlet temperature with flow | °C/10 | Read | |
| AV | 104 | In_Temp_Cond_Avg | Unit disposer inlet average temperature with flow | °C/10 | Read | |
| AV | 105 | Out_Temp_Cond_Avg | Unit disposer outlet medium temperature with flow | °C/10 | Read | |
| AV | 106 | In_Temp_Evap | Primary inlet temperature (regulation) | °C/10 | Read | |
| AV | 107 | Out_Temp_Evap | Primary outlet temperature (regulation) | °C/10 | Read | |
| AV | 108 | In_Temp_Rec | Recovery inlet temperature (regulation) | °C/10 | Read | |
| AV | 109 | Out_Temp_Rec | Recovery outlet temperature (regulation) | °C/10 | Read | |
| AV | 110 | In_Temp_Cond | Disposal inlet temperature (regulation) | °C/10 | Read | |
| AV | 111 | Out_Temp_Cond | Disposal outlet temperature (regulation) | °C/10 | Read | |
| AV | 112 | Ain_In_Temp_Evap | Primary inlet temperature | °C/10 | Read | |
| AV | 113 | Ain_Out_Temp_Evap | Primary outlet temperature | °C/10 | Read | |
| AV | 114 | Ain_In_Temp_Cond | Disposal inlet temperature | °C/10 | Read | |
| AV | 115 | Ain_Out_Temp_Cond | Disposal outlet temperature | °C/10 | Read | |
| AV | 116 | Ain_In_Temp_Rec | Recovery inlet temperature | °C/10 | Read | |
| AV | 117 | Ain_Out_Temp_Rec | Recovery outlet temperature | °C/10 | Read | |
| AV | 118 | Ain_Temp_Ext | External temperature | °C/10 | Read | |
| AV | 119 | Ain_Analog_Set | Primary analog setpoint signal | °C/10 | Read | |
| AV | 120 | Ain_Analog_Set_Rec | Recovery analogue setpoint signal | °C/10 | Read | |
| AV | 121 | Ain_VPF_DP | VPF system differential pressure | bar/10 | Read | |
| AV | 122 | Ain_VPF_PlantT | VPF system temperature | °C/10 | Read | |
| AV | 123 | Ain_VPF_TankT | VPF storage inlet temperature | °C/10 | Read | |
| AV | 124 | Temp_Ext | External temperature | °C/10 | Read | |
| AV | 125 | Ain_RVPF_DP | Recovery branch VPF secondary differential pressure | bar/10 | Read | |
| AV | 126 | Ain_RVPF_PlantT | System return temperature VPF recovery branch | °C/10 | Read | |
| AV | 127 | Ain_RVPF_TankT | Recovery branch VPF storage inlet temperature | °C/10 | Read | |
| AV | 200 | Software_ID | Software IDs | Read | ||
| AV | 201 | Software_Ver | Software version | Read | ||
| AV | 202 | Software_Spec | Software subversion | Read | ||
| AV | 203 | curr_hour | Current time | h | Write | |
| AV | 204 | curr_minute | Current minute | min | Write | |
| AV | 205 | curr_day | Current day | d | Write | |
| AV | 206 | curr_month | Current month | m | Write | |
| AV | 207 | curr_year | Current year | y | Write | |
| AV | 208 | Msk_CommPolls_H | Commands sent to units (x10000) | Read | ||
| AV | 209 | Msk_CommPolls_L | Commands sent to units | Read | ||
| AV | 210 | Msk_CommErrors_H | Communication errors (x10000) | Read | ||
| AV | 211 | Msk_CommErrors_L | Communication errors | Read | ||
| AV | 300 | On_Priority_1 | Ignition priority | Write | 1=None, 2=Unit saturation, 3=Unit equalization, 4=Circuit saturation, 5=Circuit equalization | |
| AV | 301 | Off_Priority_1 | Shutdown priority | Write | 1=None, 2=Unit saturation, 3=Unit equalization, 4=Circuit saturation, 5=Circuit equalization | |
| AV | 302 | Pumps_Delay | Delay between activation of pumps if all are on | s | Write | |
| AV | 303 | Unbalance_Mode | Unit hours unbalancing mode | Write | 1=Nobody, 2=Offset, 3=Percentage | |
| AV | 304 | Unbalance_Hours | Offset hours of unbalancing to maintain | h | Write | |
| AV | 305 | Unbalance_Perc | Unbalancing % to maintain | %/10 | Write | |
| AV | 306 | Backup_Type | Backup drive type | Write | 1=None, 2=Fixed, 3=In rotation | |
| AV | 307 | Backup_Unit | Drives to keep in backup | Write | ||
| AV | 308 | Backup_Time | Days to rotate the backup unit | d | Write | |
| AV | 309 | Backup_Start_Mode | Backup restore mode | Write | 1=Never, 2=With block unit, 3=With diffuse block, 4=At each alarm | |
| AV | 310 | Backup_Start_T1 | Delay to restore backup unit for alarm | s | Write | |
| AV | 311 | Backup_Start_T2 | Delay to restore backup unit for max request | s | Write | |
| AV | 312 | Backup_Unit_P | Current backup drive on primary | Read | ||
| AV | 313 | Backup_Unit_R | Current backup drive on recovery | Read | ||
| AV | 314 | Valve_On_Delay | Delay between shut-off valve opening and unit on | s | Write | |
| AV | 315 | Valve_Between_Delay | Delay between valve opening and closing command (for 3-point valves) | s | Write | |
| AV | 316 | PumpFreeze_Time | VPF pump modulation lockout period when unit is switched on | s | Write | |
| AV | 317 | Offline_Delay | Offline unit alarm delay | s | Write | |
| AV | 318 | Spv_Offline_Action | Action to keep on supervisor logoff | Write | 1=Off, 2=On, 3=None | |
| AV | 319 | Spv_Offline_Delay | Delay to consider the supervisor disconnected | s | Write | |
| AV | 320 | CompOn_Delay | Thermoregulation delay following the switching on of a compressor | s | Write | |
| AV | 321 | DT_SwitchReg | Difference between return/delivery regulation setpoint | °C/10 | Write | |
| AV | 322 | Regulation_Type | Primary regulation mode | Write | 1=Inlet, 2=Outlet | |
| AV | 323 | Reg_InP_Type | Primary return regulation: regulator type | Write | 1=Proportional (P), 2=Proportional + Integrative (PI), 3=Proportional + Integrative + Derivative (PID) | |
| AV | 324 | Reg_InP_Diff_Reg_Pos | Primary return adjustment: cooling band | °C/10 | Write | |
| AV | 325 | Reg_InP_DB_Reg_Pos | Primary return regulation: cooling dead zone | °C/10 | Write | |
| AV | 326 | Reg_InP_Int_Time_Pos | Primary return adjustment: cooling integral time | s | Write | |
| AV | 327 | Reg_InP_Der_Time_Pos | Primary return regulation: cooling derivative time | s | Write | |
| AV | 328 | Reg_InP_Diff_Reg_Neg | Primary return adjustment: heating band | °C/10 | Write | |
| AV | 329 | Reg_InP_DB_Reg_Neg | Primary return regulation: heating dead zone | °C/10 | Write | |
| AV | 330 | Reg_InP_Int_Time_Neg | Primary return adjustment: heating integral time | s | Write | |
| AV | 331 | Reg_InP_Der_Time_Neg | Primary return regulation: heating derivative time | s | Write | |
| AV | 332 | Reg_OutP_Diff_Reg_NZ | Primary delivery regulation: neutral zone | °C/10 | Write | |
| AV | 333 | Reg_OutP_Diff_Reg_Decr | Primary delivery regulation: band decrease | °C/10 | Write | |
| AV | 334 | Reg_OutP_Max_Time_0 | Primary delivery regulation: maximum decrease time | s | Write | |
| AV | 335 | Reg_OutP_Min_Time_0 | Primary delivery regulation: minimum increase time | s | Write | |
| AV | 336 | Reg_OutP_Diff_Reg_Incr | Primary delivery adjustment: increase band | °C/10 | Write | |
| AV | 337 | Reg_OutP_Max_Time_100 | Primary delivery regulation: maximum increase time | s | Write | |
| AV | 338 | Reg_OutP_Min_Time_100 | Primary delivery regulation: minimum increase time | s | Write | |
| AV | 339 | Reg_OutP_Force_Req_Offset | Primary delivery regulation: offset for request forcing | °C/10 | Write | |
| AV | 340 | Reg_OutP_Force_Req_Value | Primary delivery regulation: forcing value requested | %/10 | Write | |
| AV | 341 | Reg_OutP_Inversion_Stop_Time | Primary delivery regulation: derivative time within the increase zone | s | Write | |
| AV | 342 | Reg_OutP_Inversion_Stop_Time_Out | Primary delivery regulation: derivative time outside the increase zone | s | Write | |
| AV | 343 | Regulation_Type_Rec | Recovery adjustment mode | Write | 1=Inlet, 2=Outlet | |
| AV | 344 | Reg_InR_Type | Recovery return adjustment: regulator type | Write | 1=Proportional (P), 2=Proportional + Integrative (PI), 3=Proportional + Integrative + Derivative (PID) | |
| AV | 345 | Reg_InR_Diff_Reg_Neg | Recovery return adjustment: heating band | °C/10 | Write | |
| AV | 346 | Reg_InR_DB_Reg_Neg | Recovery return adjustment: heating dead zone | °C/10 | Write | |
| AV | 347 | Reg_InR_Int_Time_Neg | Recovery return adjustment: heating integral time | s | Write | |
| AV | 348 | Reg_InR_Der_Time_Neg | Recovery return adjustment: heating derivative time | s | Write | |
| AV | 349 | Reg_OutR_Diff_Reg_NZ | Recovery delivery regulation: neutral zone | °C/10 | Write | |
| AV | 350 | Reg_OutR_Diff_Reg_Decr | Recovery delivery regulation: band decrease | °C/10 | Write | |
| AV | 351 | Reg_OutR_Max_Time_0 | Recovery delivery regulation: maximum decrease time | s | Write | |
| AV | 352 | Reg_OutR_Min_Time_0 | Recovery delivery regulation: minimum increase time | s | Write | |
| AV | 353 | Reg_OutR_Diff_Reg_Incr | Recovery send regulation: increase band | °C/10 | Write | |
| AV | 354 | Reg_OutR_Max_Time_100 | Recovery delivery regulation: maximum increase time | s | Write | |
| AV | 355 | Reg_OutR_Min_Time_100 | Recovery delivery regulation: minimum increase time | s | Write | |
| AV | 356 | Reg_OutR_Force_Req_Offset | Recovery delivery regulation: offset for requested forcing | °C/10 | Write | |
| AV | 357 | Reg_OutR_Force_Req_Value | Recovery flow adjustment: forcing value requested | %/10 | Write | |
| AV | 358 | Reg_OutR_Inversion_Stop_Time | Recovery delivery regulation: derivative time within the increase zone | s | Write | |
| AV | 359 | Reg_OutR_Inversion_Stop_Time_Out | Recovery delivery regulation: derivative time outside the increase zone | s | Write | |
| AV | 360 | EPump_N_Pumps | Number of common pumps installed on the primary branch | Write | ||
| AV | 361 | EPump_N_Warnings | Number of primary flow failure warnings before manual reset alarm | Write | ||
| AV | 362 | EPump_Flow_Startup_Delay | No primary flow alarm delay at pump start-up | s | Write | |
| AV | 363 | EPump_Flow_Run_Delay | No primary flow alarm delay in steady state | s | Write | |
| AV | 364 | EPump_Warning_Stop_Delay | Interval between attempts to start the primary pump | s | Write | |
| AV | 365 | EPump_Rot_Time | Rotation range double primary pumps | s | Write | |
| AV | 366 | EPump_Overwork_Time | Pause time for primary pump rotation | s | Write | |
| AV | 367 | CPump_N_Pumps | Number of common pumps installed on the disposal branch | Write | ||
| AV | 368 | CPump_N_Warnings | Number of waste disposal unit flow failure warnings before the manual reset alarm | Write | ||
| AV | 369 | CPump_Flow_Startup_Delay | Waste disposal unit flow alarm delay at pump start-up | s | Write | |
| AV | 370 | CPump_Flow_Run_Delay | Lack of waste disposal flow alarm delay when fully operational | s | Write | |
| AV | 371 | CPump_Warning_Stop_Delay | Interval between disposal pump activation attempts | s | Write | |
| AV | 372 | CPump_Rot_Time | Rotation range double disposal pumps | s | Write | |
| AV | 373 | CPump_Overwork_Time | Pause time for waste disposal pump rotation | s | Write | |
| AV | 374 | RPump_N_Pumps | Number of common pumps installed on the recovery branch | Write | ||
| AV | 375 | RPump_N_Warnings | Number of no recovery flow warnings before manual reset alarm | Write | ||
| AV | 376 | RPump_Flow_Startup_Delay | No recovery flow alarm delay at pump start-up | s | Write | |
| AV | 377 | RPump_Flow_Run_Delay | No recovery flow alarm delay at full speed | s | Write | |
| AV | 378 | RPump_Warning_Stop_Delay | Interval between recovery pump activation attempts | s | Write | |
| AV | 379 | RPump_Rot_Time | Double recovery pump rotation range | s | Write | |
| AV | 380 | RPump_Overwork_Time | Recovery pump rotation pause time | s | Write | |
| AV | 381 | PPump_N_Pumps | Number of common pumps installed on the secondary branch | Write | ||
| AV | 382 | PPump_N_Warnings | Number of secondary flow failure warnings before manual reset alarm | Write | ||
| AV | 383 | PPump_Flow_Startup_Delay | No secondary flow alarm delay at pump start-up | s | Write | |
| AV | 384 | PPump_Flow_Run_Delay | No secondary flow alarm delay in steady state | s | Write | |
| AV | 385 | PPump_Warning_Stop_Delay | Interval between attempts to start the secondary pump | s | Write | |
| AV | 386 | PPump_Rot_Time | Secondary double pumps rotation range | s | Write | |
| AV | 387 | PPump_Overwork_Time | Pause time for secondary pump rotation | s | Write | |
| AV | 388 | VPF_PPump_Set | Secondary branch differential pressure setpoint with variable flow rate | kPa/10 | Write | |
| AV | 389 | PPump_Min_Speed | Secondary pump minimum speed | v | Write | |
| AV | 390 | PPump_Max_Speed | Secondary pump maximum speed | v | Write | |
| AV | 391 | VPF_PPump_K | PID proportional coefficient for secondary pump modulation | Write | ||
| AV | 392 | VPF_PPump_Ti | Secondary pump modulation PID integral coefficient | s | Write | |
| AV | 393 | VPF_PPump_Td | Secondary pump modulation PID derivative coefficient | s | Write | |
| AV | 394 | PumpFreeze_Time1 | Primary pump modulation block time when a unit is switched on | s | Write | |
| AV | 395 | RPPump_N_Pumps | Number of common pumps installed on the secondary recovery branch | Write | ||
| AV | 396 | RPPump_N_Warnings | Number of recovery secondary flow failure warnings before manual reset alarm | Write | ||
| AV | 397 | RPPump_Flow_Startup_Delay | Recovery secondary flow failure alarm delay at pump start-up | s | Write | |
| AV | 398 | RPPump_Flow_Run_Delay | No recovery secondary flow alarm delay at full speed | s | Write | |
| AV | 399 | RPPump_Warning_Stop_Delay | Interval between attempts to activate the secondary recovery pump | s | Write | |
| AV | 400 | RPPump_Rot_Time | Secondary recovery double pumps rotation range | s | Write | |
| AV | 401 | RPPump_Overwork_Time | Recovery secondary pump rotation pause time | s | Write | |
| AV | 402 | RPPump_Set | Differential pressure setpoint for recovery secondary branch with variable flow rate | kPa/10 | Write | |
| AV | 403 | RPPump_Min_Speed | Recovery secondary pump minimum speed | v | Write | |
| AV | 404 | RPPump_Max_Speed | Recovery secondary pump maximum speed | v | Write | |
| AV | 405 | RPPump_K | PID proportional coefficient for secondary recovery pump modulation | Write | ||
| AV | 406 | RPPump_Ti | PID integral coefficient for secondary recovery pump modulation | s | Write | |
| AV | 407 | RPPump_Td | Secondary recovery pump PID modulation derivative coefficient | s | Write | |
| AV | 1000 | Lst_In_Evap(0) | Unit 1: Primary inlet temperature | °C/10 | Read | |
| AV | 1001 | Lst_In_Evap(1) | Unit 2: Primary inlet temperature | °C/10 | Read | |
| AV | 1002 | Lst_In_Evap(2) | Unit 3: Primary inlet temperature | °C/10 | Read | |
| AV | 1003 | Lst_In_Evap(3) | Unit 4: Primary inlet temperature | °C/10 | Read | |
| AV | 1004 | Lst_In_Evap(4) | Unit 5: Primary inlet temperature | °C/10 | Read | |
| AV | 1005 | Lst_In_Evap(5) | Unit 6: Primary inlet temperature | °C/10 | Read | |
| AV | 1006 | Lst_In_Evap(6) | Unit 7: Primary inlet temperature | °C/10 | Read | |
| AV | 1007 | Lst_In_Evap(7) | Unit 8: Primary inlet temperature | °C/10 | Read | |
| AV | 1008 | Lst_In_Evap(8) | Unit 9: Primary inlet temperature | °C/10 | Read | |
| AV | 1009 | Lst_In_Evap(9) | Unit 10: Primary inlet temperature | °C/10 | Read | |
| AV | 1010 | Lst_Out_Evap(0) | Unit 1: Primary outlet temperature | °C/10 | Read | |
| AV | 1011 | Lst_Out_Evap(1) | Unit 2: Primary outlet temperature | °C/10 | Read | |
| AV | 1012 | Lst_Out_Evap(2) | Unit 3: Primary outlet temperature | °C/10 | Read | |
| AV | 1013 | Lst_Out_Evap(3) | Unit 4: Primary outlet temperature | °C/10 | Read | |
| AV | 1014 | Lst_Out_Evap(4) | Unit 5: Primary outlet temperature | °C/10 | Read | |
| AV | 1015 | Lst_Out_Evap(5) | Unit 6: Primary outlet temperature | °C/10 | Read | |
| AV | 1016 | Lst_Out_Evap(6) | Unit 7: Primary outlet temperature | °C/10 | Read | |
| AV | 1017 | Lst_Out_Evap(7) | Unit 8: Primary outlet temperature | °C/10 | Read | |
| AV | 1018 | Lst_Out_Evap(8) | Unit 9: Primary outlet temperature | °C/10 | Read | |
| AV | 1019 | Lst_Out_Evap(9) | Unit 10: Primary outlet temperature | °C/10 | Read | |
| AV | 1020 | Lst_In_Cond(0) | Unit 1: Disposal inlet temperature | °C/10 | Read | |
| AV | 1021 | Lst_In_Cond(1) | Unit 2: Disposal inlet temperature | °C/10 | Read | |
| AV | 1022 | Lst_In_Cond(2) | Unit 3: Disposal inlet temperature | °C/10 | Read | |
| AV | 1023 | Lst_In_Cond(3) | Unit 4: Disposal inlet temperature | °C/10 | Read | |
| AV | 1024 | Lst_In_Cond(4) | Unit 5: Disposal inlet temperature | °C/10 | Read | |
| AV | 1025 | Lst_In_Cond(5) | Unit 6: Disposal inlet temperature | °C/10 | Read | |
| AV | 1026 | Lst_In_Cond(6) | Unit 7: Disposal inlet temperature | °C/10 | Read | |
| AV | 1027 | Lst_In_Cond(7) | Unit 8: Disposal inlet temperature | °C/10 | Read | |
| AV | 1028 | Lst_In_Cond(8) | Unit 9: Disposal inlet temperature | °C/10 | Read | |
| AV | 1029 | Lst_In_Cond(9) | Unit 10: Disposal inlet temperature | °C/10 | Read | |
| AV | 1030 | Lst_Out_Cond(0) | Unit 1: Disposer outlet temperature | °C/10 | Read | |
| AV | 1031 | Lst_Out_Cond(1) | Unit 2: Disposer outlet temperature | °C/10 | Read | |
| AV | 1032 | Lst_Out_Cond(2) | Unit 3: Disposer outlet temperature | °C/10 | Read | |
| AV | 1033 | Lst_Out_Cond(3) | Unit 4: Disposer outlet temperature | °C/10 | Read | |
| AV | 1034 | Lst_Out_Cond(4) | Unit 5: Disposer outlet temperature | °C/10 | Read | |
| AV | 1035 | Lst_Out_Cond(5) | Unit 6: Disposer outlet temperature | °C/10 | Read | |
| AV | 1036 | Lst_Out_Cond(6) | Unit 7: Disposer outlet temperature | °C/10 | Read | |
| AV | 1037 | Lst_Out_Cond(7) | Unit 8: Disposer outlet temperature | °C/10 | Read | |
| AV | 1038 | Lst_Out_Cond(8) | Unit 9: Disposal outlet temperature | °C/10 | Read | |
| AV | 1039 | Lst_Out_Cond(9) | Unit 10: Disposal outlet temperature | °C/10 | Read | |
| AV | 1040 | Lst_In_Rec(0) | Unit 1: Recovery inlet temperature | °C/10 | Read | |
| AV | 1041 | Lst_In_Rec(1) | Unit 2: Recovery inlet temperature | °C/10 | Read | |
| AV | 1042 | Lst_In_Rec(2) | Unit 3: Recovery inlet temperature | °C/10 | Read | |
| AV | 1043 | Lst_In_Rec(3) | Unit 4: Recovery inlet temperature | °C/10 | Read | |
| AV | 1044 | Lst_In_Rec(4) | Unit 5: Recovery inlet temperature | °C/10 | Read | |
| AV | 1045 | Lst_In_Rec(5) | Unit 6: Recovery inlet temperature | °C/10 | Read | |
| AV | 1046 | Lst_In_Rec(6) | Unit 7: Recovery inlet temperature | °C/10 | Read | |
| AV | 1047 | Lst_In_Rec(7) | Unit 8: Recovery inlet temperature | °C/10 | Read | |
| AV | 1048 | Lst_In_Rec(8) | Unit 9: Recovery inlet temperature | °C/10 | Read | |
| AV | 1049 | Lst_In_Rec(9) | Unit 10: Recovery inlet temperature | °C/10 | Read | |
| AV | 1050 | Lst_Out_Rec(0) | Unit 1: Recovery outlet temperature | °C/10 | Read | |
| AV | 1051 | Lst_Out_Rec(1) | Unit 2: Recovery outlet temperature | °C/10 | Read | |
| AV | 1052 | Lst_Out_Rec(2) | Unit 3: Recovery outlet temperature | °C/10 | Read | |
| AV | 1053 | Lst_Out_Rec(3) | Unit 4: Recovery outlet temperature | °C/10 | Read | |
| AV | 1054 | Lst_Out_Rec(4) | Unit 5: Recovery outlet temperature | °C/10 | Read | |
| AV | 1055 | Lst_Out_Rec(5) | Unit 6: Recovery outlet temperature | °C/10 | Read | |
| AV | 1056 | Lst_Out_Rec(6) | Unit 7: Recovery outlet temperature | °C/10 | Read | |
| AV | 1057 | Lst_Out_Rec(7) | Unit 8: Recovery outlet temperature | °C/10 | Read | |
| AV | 1058 | Lst_Out_Rec(8) | Unit 9: Recovery outlet temperature | °C/10 | Read | |
| AV | 1059 | Lst_Out_Rec(9) | Unit 10: Recovery outlet temperature | °C/10 | Read | |
| AV | 1060 | Lst_Ext_Temp(0) | Unit 1: Outdoor temperature | °C/10 | Read | |
| AV | 1061 | Lst_Ext_Temp(1) | Unit 2: Outside temperature | °C/10 | Read | |
| AV | 1062 | Lst_Ext_Temp(2) | Unit 3: Outside temperature | °C/10 | Read | |
| AV | 1063 | Lst_Ext_Temp(3) | Unit 4: Outside temperature | °C/10 | Read | |
| AV | 1064 | Lst_Ext_Temp(4) | Unit 5: Outside temperature | °C/10 | Read | |
| AV | 1065 | Lst_Ext_Temp(5) | Unit 6: Outside temperature | °C/10 | Read | |
| AV | 1066 | Lst_Ext_Temp(6) | Unit 7: Outside temperature | °C/10 | Read | |
| AV | 1067 | Lst_Ext_Temp(7) | Unit 8: Outside temperature | °C/10 | Read | |
| AV | 1068 | Lst_Ext_Temp(8) | Unit 9: Outside temperature | °C/10 | Read | |
| AV | 1069 | Lst_Ext_Temp(9) | Unit 10: Outside temperature | °C/10 | Read | |
| AV | 1070 | Lst_In_DS(0) | Unit 1: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1071 | Lst_In_DS(1) | Unit 2: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1072 | Lst_In_DS(2) | Unit 3: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1073 | Lst_In_DS(3) | Unit 4: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1074 | Lst_In_DS(4) | Unit 5: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1075 | Lst_In_DS(5) | Unit 6: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1076 | Lst_In_DS(6) | Unit 7: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1077 | Lst_In_DS(7) | Unit 8: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1078 | Lst_In_DS(8) | Unit 9: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1079 | Lst_In_DS(9) | Unit 10: Desuperheater inlet temperature | °C/10 | Read | |
| AV | 1080 | Lst_Status_P(0) | Unit 1: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1081 | Lst_Status_P(1) | Unit 2: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1082 | Lst_Status_P(2) | Unit 3: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1083 | Lst_Status_P(3) | Unit 4: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1084 | Lst_Status_P(4) | Unit 5: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1085 | Lst_Status_P(5) | Unit 6: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1086 | Lst_Status_P(6) | Unit 7: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1087 | Lst_Status_P(7) | Unit 8: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1088 | Lst_Status_P(8) | Unit 9: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1089 | Lst_Status_P(9) | Unit 10: Primary side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1090 | Lst_Status_R(0) | Unit 1: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1091 | Lst_Status_R(1) | Unit 2: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1092 | Lst_Status_R(2) | Unit 3: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1093 | Lst_Status_R(3) | Unit 4: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1094 | Lst_Status_R(4) | Unit 5: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1095 | Lst_Status_R(5) | Unit 6: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1096 | Lst_Status_R(6) | Unit 7: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1097 | Lst_Status_R(7) | Unit 8: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1098 | Lst_Status_R(8) | Unit 9: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1099 | Lst_Status_R(9) | Unit 10: Recovery side on/off status | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1100 | Lst_Cur_Alarm(0) | Unit 1: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1101 | Lst_Cur_Alarm(1) | Unit 2: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1102 | Lst_Cur_Alarm(2) | Unit 3: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1103 | Lst_Cur_Alarm(3) | Unit 4: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1104 | Lst_Cur_Alarm(4) | Unit 5: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1105 | Lst_Cur_Alarm(5) | Unit 6: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1106 | Lst_Cur_Alarm(6) | Unit 7: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1107 | Lst_Cur_Alarm(7) | Unit 8: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1108 | Lst_Cur_Alarm(8) | Unit 9: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1109 | Lst_Cur_Alarm(9) | Unit 10: Code of the active alarm | Read | Alarm code (see the alarm code table in the document) | |
| AV | 1110 | Lst_Hours(0) | Unit 1: Average working hours unit | h | Read | |
| AV | 1111 | Lst_Hours(1) | Unit 2: Average working hours unit | h | Read | |
| AV | 1112 | Lst_Hours(2) | Unit 3: Average working hours unit | h | Read | |
| AV | 1113 | Lst_Hours(3) | Unit 4: Average working hours unit | h | Read | |
| AV | 1114 | Lst_Hours(4) | Unit 5: Average working hours unit | h | Read | |
| AV | 1115 | Lst_Hours(5) | Unit 6: Average working hours unit | h | Read | |
| AV | 1116 | Lst_Hours(6) | Unit 7: Average working hours unit | h | Read | |
| AV | 1117 | Lst_Hours(7) | Unit 8: Average working hours unit | h | Read | |
| AV | 1118 | Lst_Hours(8) | Unit 9: Average working hours unit | h | Read | |
| AV | 1119 | Lst_Hours(9) | Unit 10: Average working hours unit | h | Read | |
| AV | 1120 | Lst_Unit_Power(0) | Unit 1: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1121 | Lst_Unit_Power(1) | Unit 2: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1122 | Lst_Unit_Power(2) | Unit 3: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1123 | Lst_Unit_Power(3) | Unit 4: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1124 | Lst_Unit_Power(4) | Unit 5: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1125 | Lst_Unit_Power(5) | Unit 6: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1126 | Lst_Unit_Power(6) | Unit 7: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1127 | Lst_Unit_Power(7) | Unit 8: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1128 | Lst_Unit_Power(8) | Unit 9: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1129 | Lst_Unit_Power(9) | Unit 10: Cooling capacity of the unit (kW) | kW | Read | |
| AV | 1130 | Lst_Max_Power(0) | Unit 1: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1131 | Lst_Max_Power(1) | Unit 2: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1132 | Lst_Max_Power(2) | Unit 3: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1133 | Lst_Max_Power(3) | Unit 4: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1134 | Lst_Max_Power(4) | Unit 5: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1135 | Lst_Max_Power(5) | Unit 6: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1136 | Lst_Max_Power(6) | Unit 7: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1137 | Lst_Max_Power(7) | Unit 8: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1138 | Lst_Max_Power(8) | Unit 9: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1139 | Lst_Max_Power(9) | Unit 10: Maximum power that can be supplied by the unit | %/10 | Read | |
| AV | 1140 | Lst_Max_Power_P(0) | Unit 1: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1141 | Lst_Max_Power_P(1) | Unit 2: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1142 | Lst_Max_Power_P(2) | Unit 3: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1143 | Lst_Max_Power_P(3) | Unit 4: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1144 | Lst_Max_Power_P(4) | Unit 5: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1145 | Lst_Max_Power_P(5) | Unit 6: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1146 | Lst_Max_Power_P(6) | Unit 7: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1147 | Lst_Max_Power_P(7) | Unit 8: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1148 | Lst_Max_Power_P(8) | Unit 9: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1149 | Lst_Max_Power_P(9) | Unit 10: Maximum power that can be supplied by the unit on the primary side | %/10 | Read | |
| AV | 1150 | Lst_Max_Power_R(0) | Unit 1: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1151 | Lst_Max_Power_R(1) | Unit 2: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1152 | Lst_Max_Power_R(2) | Unit 3: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1153 | Lst_Max_Power_R(3) | Unit 4: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1154 | Lst_Max_Power_R(4) | Unit 5: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1155 | Lst_Max_Power_R(5) | Unit 6: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1156 | Lst_Max_Power_R(6) | Unit 7: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1157 | Lst_Max_Power_R(7) | Unit 8: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1158 | Lst_Max_Power_R(8) | Unit 9: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1159 | Lst_Max_Power_R(9) | Unit 10: Maximum power that can be supplied by the unit on the recovery side | %/10 | Read | |
| AV | 1160 | Lst_PR_Primary(0) | Unit 1: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1161 | Lst_PR_Primary(1) | Unit 2: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1162 | Lst_PR_Primary(2) | Unit 3: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1163 | Lst_PR_Primary(3) | Unit 4: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1164 | Lst_PR_Primary(4) | Unit 5: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1165 | Lst_PR_Primary(5) | Unit 6: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1166 | Lst_PR_Primary(6) | Unit 7: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1167 | Lst_PR_Primary(7) | Unit 8: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1168 | Lst_PR_Primary(8) | Unit 9: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1169 | Lst_PR_Primary(9) | Unit 10: Primary circuit power request (sent) | %/10 | Read | |
| AV | 1170 | Lst_PR_Recovery(0) | Unit 1: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1171 | Lst_PR_Recovery(1) | Unit 2: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1172 | Lst_PR_Recovery(2) | Unit 3: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1173 | Lst_PR_Recovery(3) | Unit 4: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1174 | Lst_PR_Recovery(4) | Unit 5: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1175 | Lst_PR_Recovery(5) | Unit 6: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1176 | Lst_PR_Recovery(6) | Unit 7: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1177 | Lst_PR_Recovery(7) | Unit 8: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1178 | Lst_PR_Recovery(8) | Unit 9: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1179 | Lst_PR_Recovery(9) | Unit 10: Recovery circuit power request (sent) | %/10 | Read | |
| AV | 1180 | Lst_Misc_U1(23) | Unit 1: Primary circuit power request | %/10 | Read | |
| AV | 1181 | Lst_Misc_U2(23) | Unit 2: Primary circuit power request | %/10 | Read | |
| AV | 1182 | Lst_Misc_U3(23) | Unit 3: Primary circuit power request | %/10 | Read | |
| AV | 1183 | Lst_Misc_U4(23) | Unit 4: Primary circuit power request | %/10 | Read | |
| AV | 1184 | Lst_Misc_U5(23) | Unit 5: Primary circuit power request | %/10 | Read | |
| AV | 1185 | Lst_Misc_U6(23) | Unit 6: Primary circuit power request | %/10 | Read | |
| AV | 1186 | Lst_Misc_U7(23) | Unit 7: Primary circuit power request | %/10 | Read | |
| AV | 1187 | Lst_Misc_U8(23) | Unit 8: Primary circuit power request | %/10 | Read | |
| AV | 1188 | Lst_Misc_U9(23) | Unit 9: Primary circuit power request | %/10 | Read | |
| AV | 1189 | Lst_Misc_U10(23) | Unit 10: Primary circuit power request | %/10 | Read | |
| AV | 1190 | Lst_Misc_U1(24) | Unit 1: Recovery circuit power request | %/10 | Read | |
| AV | 1191 | Lst_Misc_U2(24) | Unit 2: Recovery circuit power request | %/10 | Read | |
| AV | 1192 | Lst_Misc_U3(24) | Unit 3: Recovery circuit power request | %/10 | Read | |
| AV | 1193 | Lst_Misc_U4(24) | Unit 4: Recovery circuit power request | %/10 | Read | |
| AV | 1194 | Lst_Misc_U5(24) | Unit 5: Recovery circuit power request | %/10 | Read | |
| AV | 1195 | Lst_Misc_U6(24) | Unit 6: Recovery circuit power request | %/10 | Read | |
| AV | 1196 | Lst_Misc_U7(24) | Unit 7: Recovery circuit power request | %/10 | Read | |
| AV | 1197 | Lst_Misc_U8(24) | Unit 8: Recovery circuit power request | %/10 | Read | |
| AV | 1198 | Lst_Misc_U9(24) | Unit 9: Recovery circuit power request | %/10 | Read | |
| AV | 1199 | Lst_Misc_U10(24) | Unit 10: Recovery circuit power request | %/10 | Read | |
| AV | 1200 | Lst_Power_On_P(0) | Unit 1: Power currently delivered on the primary | %/10 | Read | |
| AV | 1201 | Lst_Power_On_P(1) | Unit 2: Power currently delivered on the primary | %/10 | Read | |
| AV | 1202 | Lst_Power_On_P(2) | Unit 3: Power currently delivered on the primary | %/10 | Read | |
| AV | 1203 | Lst_Power_On_P(3) | Unit 4: Power currently delivered on the primary | %/10 | Read | |
| AV | 1204 | Lst_Power_On_P(4) | Unit 5: Power currently delivered on the primary | %/10 | Read | |
| AV | 1205 | Lst_Power_On_P(5) | Unit 6: Power currently delivered on the primary | %/10 | Read | |
| AV | 1206 | Lst_Power_On_P(6) | Unit 7: Power currently delivered on the primary | %/10 | Read | |
| AV | 1207 | Lst_Power_On_P(7) | Unit 8: Power currently delivered on the primary | %/10 | Read | |
| AV | 1208 | Lst_Power_On_P(8) | Unit 9: Power currently delivered on the primary | %/10 | Read | |
| AV | 1209 | Lst_Power_On_P(9) | Unit 10: Power currently delivered on the primary | %/10 | Read | |
| AV | 1210 | Lst_Power_On_R(0) | Unit 1: Power currently delivered on recovery | %/10 | Read | |
| AV | 1211 | Lst_Power_On_R(1) | Unit 2: Power currently delivered on recovery | %/10 | Read | |
| AV | 1212 | Lst_Power_On_R(2) | Unit 3: Power currently delivered on recovery | %/10 | Read | |
| AV | 1213 | Lst_Power_On_R(3) | Unit 4: Power currently delivered on recovery | %/10 | Read | |
| AV | 1214 | Lst_Power_On_R(4) | Unit 5: Power currently delivered on recovery | %/10 | Read | |
| AV | 1215 | Lst_Power_On_R(5) | Unit 6: Power currently delivered on recovery | %/10 | Read | |
| AV | 1216 | Lst_Power_On_R(6) | Unit 7: Power currently delivered on recovery | %/10 | Read | |
| AV | 1217 | Lst_Power_On_R(7) | Unit 8: Power currently delivered on recovery | %/10 | Read | |
| AV | 1218 | Lst_Power_On_R(8) | Unit 9: Power currently delivered on recovery | %/10 | Read | |
| AV | 1219 | Lst_Power_On_R(9) | Unit 10: Power currently delivered on recovery | %/10 | Read | |
| AV | 1220 | Lst_Misc_U1(0) | Unit 1: On/off status of the unit | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1221 | Lst_Misc_U2(0) | Unit 2: On/off status of the unit | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1222 | Lst_Misc_U3(0) | Drive 3: On/off status of the drive | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1223 | Lst_Misc_U4(0) | Drive 4: On/off status of the drive | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1224 | Lst_Misc_U5(0) | Unit 5: On/off status of the unit | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1225 | Lst_Misc_U6(0) | Drive 6: On/off status of the drive | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1226 | Lst_Misc_U7(0) | Unit 7: On/off status of the unit | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1227 | Lst_Misc_U8(0) | Unit 8: On/off status of the unit | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1228 | Lst_Misc_U9(0) | Unit 9: On/off status of the unit | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1229 | Lst_Misc_U10(0) | Unit 10: On/off status of the unit | Read | 1=Wait, 2=ON, 3=Off for alarm, 4=Off from sequencer, 5=Off from supervisor, 6=Off from time slots, 7=Off from digital input, 8=Off from display, 9=Disabled | |
| AV | 1230 | Lst_Misc_U1(1) | Unit 1: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1231 | Lst_Misc_U2(1) | Unit 2: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1232 | Lst_Misc_U3(1) | Unit 3: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1233 | Lst_Misc_U4(1) | Unit 4: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1234 | Lst_Misc_U5(1) | Unit 5: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1235 | Lst_Misc_U6(1) | Unit 6: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1236 | Lst_Misc_U7(1) | Unit 7: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1237 | Lst_Misc_U8(1) | Unit 8: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1238 | Lst_Misc_U9(1) | Unit 9: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1239 | Lst_Misc_U10(1) | Unit 10: Circuit 1 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1240 | Lst_Misc_U1(2) | Unit 1: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1241 | Lst_Misc_U2(2) | Unit 2: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1242 | Lst_Misc_U3(2) | Unit 3: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1243 | Lst_Misc_U4(2) | Unit 4: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1244 | Lst_Misc_U5(2) | Unit 5: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1245 | Lst_Misc_U6(2) | Unit 6: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1246 | Lst_Misc_U7(2) | Unit 7: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1247 | Lst_Misc_U8(2) | Unit 8: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1248 | Lst_Misc_U9(2) | Unit 9: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1249 | Lst_Misc_U10(2) | Unit 10: Circuit 2 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1250 | Lst_Misc_U1(3) | Unit 1: Circuit 1 fans speed | %/10 | Read | |
| AV | 1251 | Lst_Misc_U2(3) | Unit 2: Circuit 1 fans speed | %/10 | Read | |
| AV | 1252 | Lst_Misc_U3(3) | Unit 3: Circuit 1 fans speed | %/10 | Read | |
| AV | 1253 | Lst_Misc_U4(3) | Unit 4: Circuit 1 fans speed | %/10 | Read | |
| AV | 1254 | Lst_Misc_U5(3) | Unit 5: Circuit 1 fan speed | %/10 | Read | |
| AV | 1255 | Lst_Misc_U6(3) | Unit 6: Circuit 1 fans speed | %/10 | Read | |
| AV | 1256 | Lst_Misc_U7(3) | Unit 7: Circuit 1 fans speed | %/10 | Read | |
| AV | 1257 | Lst_Misc_U8(3) | Unit 8: Circuit 1 fans speed | %/10 | Read | |
| AV | 1258 | Lst_Misc_U9(3) | Unit 9: Circuit 1 fans speed | %/10 | Read | |
| AV | 1259 | Lst_Misc_U10(3) | Unit 10: Circuit 1 fans speed | %/10 | Read | |
| AV | 1260 | Lst_Misc_U1(4) | Unit 1: Circuit 2 fans speed | %/10 | Read | |
| AV | 1261 | Lst_Misc_U2(4) | Unit 2: Circuit 2 fans speed | %/10 | Read | |
| AV | 1262 | Lst_Misc_U3(4) | Unit 3: Circuit 2 fans speed | %/10 | Read | |
| AV | 1263 | Lst_Misc_U4(4) | Unit 4: Circuit 2 fans speed | %/10 | Read | |
| AV | 1264 | Lst_Misc_U5(4) | Unit 5: Circuit 2 fans speed | %/10 | Read | |
| AV | 1265 | Lst_Misc_U6(4) | Unit 6: Circuit 2 fans speed | %/10 | Read | |
| AV | 1266 | Lst_Misc_U7(4) | Unit 7: Circuit 2 fan speed | %/10 | Read | |
| AV | 1267 | Lst_Misc_U8(4) | Unit 8: Circuit 2 fans speed | %/10 | Read | |
| AV | 1268 | Lst_Misc_U9(4) | Unit 9: Circuit 2 fan speed | %/10 | Read | |
| AV | 1269 | Lst_Misc_U10(4) | Unit 10: Circuit 2 fan speed | %/10 | Read | |
| AV | 1270 | Lst_Misc_U1(5) | Unit 1: High pressure circuit 1 | bar/10 | Read | |
| AV | 1271 | Lst_Misc_U2(5) | Unit 2: High pressure circuit 1 | bar/10 | Read | |
| AV | 1272 | Lst_Misc_U3(5) | Unit 3: High pressure circuit 1 | bar/10 | Read | |
| AV | 1273 | Lst_Misc_U4(5) | Unit 4: High pressure circuit 1 | bar/10 | Read | |
| AV | 1274 | Lst_Misc_U5(5) | Unit 5: High pressure circuit 1 | bar/10 | Read | |
| AV | 1275 | Lst_Misc_U6(5) | Unit 6: High pressure circuit 1 | bar/10 | Read | |
| AV | 1276 | Lst_Misc_U7(5) | Unit 7: High pressure circuit 1 | bar/10 | Read | |
| AV | 1277 | Lst_Misc_U8(5) | Unit 8: High pressure circuit 1 | bar/10 | Read | |
| AV | 1278 | Lst_Misc_U9(5) | Unit 9: High pressure circuit 1 | bar/10 | Read | |
| AV | 1279 | Lst_Misc_U10(5) | Unit 10: High pressure circuit 1 | bar/10 | Read | |
| AV | 1280 | Lst_Misc_U1(6) | Unit 1: High pressure circuit 2 | bar/10 | Read | |
| AV | 1281 | Lst_Misc_U2(6) | Unit 2: High pressure circuit 2 | bar/10 | Read | |
| AV | 1282 | Lst_Misc_U3(6) | Unit 3: High pressure circuit 2 | bar/10 | Read | |
| AV | 1283 | Lst_Misc_U4(6) | Unit 4: High pressure circuit 2 | bar/10 | Read | |
| AV | 1284 | Lst_Misc_U5(6) | Unit 5: High pressure circuit 2 | bar/10 | Read | |
| AV | 1285 | Lst_Misc_U6(6) | Unit 6: High pressure circuit 2 | bar/10 | Read | |
| AV | 1286 | Lst_Misc_U7(6) | Unit 7: High pressure circuit 2 | bar/10 | Read | |
| AV | 1287 | Lst_Misc_U8(6) | Unit 8: High pressure circuit 2 | bar/10 | Read | |
| AV | 1288 | Lst_Misc_U9(6) | Unit 9: High pressure circuit 2 | bar/10 | Read | |
| AV | 1289 | Lst_Misc_U10(6) | Unit 10: High pressure circuit 2 | bar/10 | Read | |
| AV | 1290 | Lst_Misc_U1(7) | Unit 1: High pressure circuit 3 | bar/10 | Read | |
| AV | 1291 | Lst_Misc_U2(7) | Unit 2: High pressure circuit 3 | bar/10 | Read | |
| AV | 1292 | Lst_Misc_U3(7) | Unit 3: High pressure circuit 3 | bar/10 | Read | |
| AV | 1293 | Lst_Misc_U4(7) | Unit 4: High pressure circuit 3 | bar/10 | Read | |
| AV | 1294 | Lst_Misc_U5(7) | Unit 5: High pressure circuit 3 | bar/10 | Read | |
| AV | 1295 | Lst_Misc_U6(7) | Unit 6: High pressure circuit 3 | bar/10 | Read | |
| AV | 1296 | Lst_Misc_U7(7) | Unit 7: High pressure circuit 3 | bar/10 | Read | |
| AV | 1297 | Lst_Misc_U8(7) | Unit 8: High pressure circuit 3 | bar/10 | Read | |
| AV | 1298 | Lst_Misc_U9(7) | Unit 9: High pressure circuit 3 | bar/10 | Read | |
| AV | 1299 | Lst_Misc_U10(7) | Unit 10: High pressure circuit 3 | bar/10 | Read | |
| AV | 1300 | Lst_Misc_U1(8) | Unit 1: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1301 | Lst_Misc_U2(8) | Unit 2: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1302 | Lst_Misc_U3(8) | Unit 3: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1303 | Lst_Misc_U4(8) | Unit 4: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1304 | Lst_Misc_U5(8) | Unit 5: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1305 | Lst_Misc_U6(8) | Unit 6: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1306 | Lst_Misc_U7(8) | Unit 7: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1307 | Lst_Misc_U8(8) | Unit 8: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1308 | Lst_Misc_U9(8) | Unit 9: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1309 | Lst_Misc_U10(8) | Unit 10: Low pressure circuit 1 | bar/10 | Read | |
| AV | 1310 | Lst_Misc_U1(9) | Unit 1: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1311 | Lst_Misc_U2(9) | Unit 2: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1312 | Lst_Misc_U3(9) | Unit 3: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1313 | Lst_Misc_U4(9) | Unit 4: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1314 | Lst_Misc_U5(9) | Unit 5: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1315 | Lst_Misc_U6(9) | Unit 6: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1316 | Lst_Misc_U7(9) | Unit 7: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1317 | Lst_Misc_U8(9) | Unit 8: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1318 | Lst_Misc_U9(9) | Unit 9: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1319 | Lst_Misc_U10(9) | Unit 10: Low pressure circuit 2 | bar/10 | Read | |
| AV | 1320 | Lst_Misc_U1(10) | Unit 1: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1321 | Lst_Misc_U2(10) | Unit 2: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1322 | Lst_Misc_U3(10) | Unit 3: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1323 | Lst_Misc_U4(10) | Unit 4: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1324 | Lst_Misc_U5(10) | Unit 5: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1325 | Lst_Misc_U6(10) | Unit 6: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1326 | Lst_Misc_U7(10) | Unit 7: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1327 | Lst_Misc_U8(10) | Unit 8: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1328 | Lst_Misc_U9(10) | Unit 9: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1329 | Lst_Misc_U10(10) | Unit 10: Low pressure circuit 3 | bar/10 | Read | |
| AV | 1330 | Lst_Misc_U1(11) | Unit 1: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1331 | Lst_Misc_U2(11) | Unit 2: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1332 | Lst_Misc_U3(11) | Unit 3: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1333 | Lst_Misc_U4(11) | Unit 4: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1334 | Lst_Misc_U5(11) | Unit 5: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1335 | Lst_Misc_U6(11) | Unit 6: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1336 | Lst_Misc_U7(11) | Unit 7: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1337 | Lst_Misc_U8(11) | Unit 8: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1338 | Lst_Misc_U9(11) | Unit 9: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1339 | Lst_Misc_U10(11) | Unit 10: Condensing temperature circuit 1 | °C/10 | Read | |
| AV | 1340 | Lst_Misc_U1(12) | Unit 1: Condensing temperature circuit 2 | °C/10 | Read | |
| AV | 1341 | Lst_Misc_U2(12) | Unit 2: Condensing temperature circuit 2 | °C/10 | Read | |
| AV | 1342 | Lst_Misc_U3(12) | Unit 3: Condensing temperature circuit 2 | °C/10 | Read | |
| AV | 1343 | Lst_Misc_U4(12) | Unit 4: Condensing temperature circuit 2 | °C/10 | Read | |
| AV | 1344 | Lst_Misc_U5(12) | Unit 5: Condensing temperature circuit 2 | °C/10 | Read | |
| AV | 1345 | Lst_Misc_U6(12) | Unit 6: Circuit 2 condensing temperature | °C/10 | Read | |
| AV | 1346 | Lst_Misc_U7(12) | Unit 7: Condensing temperature circuit 2 | °C/10 | Read | |
| AV | 1347 | Lst_Misc_U8(12) | Unit 8: Condensing temperature circuit 2 | °C/10 | Read | |
| AV | 1348 | Lst_Misc_U9(12) | Unit 9: Condensing temperature circuit 2 | °C/10 | Read | |
| AV | 1349 | Lst_Misc_U10(12) | Unit 10: Condensing temperature circuit 2 | °C/10 | Read | |
| AV | 1350 | Lst_Misc_U1(13) | Unit 1: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1351 | Lst_Misc_U2(13) | Unit 2: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1352 | Lst_Misc_U3(13) | Unit 3: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1353 | Lst_Misc_U4(13) | Unit 4: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1354 | Lst_Misc_U5(13) | Unit 5: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1355 | Lst_Misc_U6(13) | Unit 6: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1356 | Lst_Misc_U7(13) | Unit 7: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1357 | Lst_Misc_U8(13) | Unit 8: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1358 | Lst_Misc_U9(13) | Unit 9: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1359 | Lst_Misc_U10(13) | Unit 10: Condensing temperature circuit 3 | °C/10 | Read | |
| AV | 1360 | Lst_Misc_U1(14) | Unit 1: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1361 | Lst_Misc_U2(14) | Unit 2: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1362 | Lst_Misc_U3(14) | Unit 3: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1363 | Lst_Misc_U4(14) | Unit 4: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1364 | Lst_Misc_U5(14) | Unit 5: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1365 | Lst_Misc_U6(14) | Unit 6: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1366 | Lst_Misc_U7(14) | Unit 7: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1367 | Lst_Misc_U8(14) | Unit 8: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1368 | Lst_Misc_U9(14) | Unit 9: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1369 | Lst_Misc_U10(14) | Unit 10: Circuit 1 evaporation temperature | °C/10 | Read | |
| AV | 1370 | Lst_Misc_U1(15) | Unit 1: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1371 | Lst_Misc_U2(15) | Unit 2: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1372 | Lst_Misc_U3(15) | Unit 3: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1373 | Lst_Misc_U4(15) | Unit 4: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1374 | Lst_Misc_U5(15) | Unit 5: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1375 | Lst_Misc_U6(15) | Unit 6: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1376 | Lst_Misc_U7(15) | Unit 7: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1377 | Lst_Misc_U8(15) | Unit 8: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1378 | Lst_Misc_U9(15) | Unit 9: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1379 | Lst_Misc_U10(15) | Unit 10: Circuit 2 evaporation temperature | °C/10 | Read | |
| AV | 1380 | Lst_Misc_U1(16) | Unit 1: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1381 | Lst_Misc_U2(16) | Unit 2: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1382 | Lst_Misc_U3(16) | Unit 3: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1383 | Lst_Misc_U4(16) | Unit 4: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1384 | Lst_Misc_U5(16) | Unit 5: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1385 | Lst_Misc_U6(16) | Unit 6: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1386 | Lst_Misc_U7(16) | Unit 7: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1387 | Lst_Misc_U8(16) | Unit 8: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1388 | Lst_Misc_U9(16) | Unit 9: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1389 | Lst_Misc_U10(16) | Unit 10: Circuit 3 evaporation temperature | °C/10 | Read | |
| AV | 1390 | Lst_Misc_U1(17) | Unit 1: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1391 | Lst_Misc_U2(17) | Unit 2: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1392 | Lst_Misc_U3(17) | Unit 3: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1393 | Lst_Misc_U4(17) | Unit 4: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1394 | Lst_Misc_U5(17) | Unit 5: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1395 | Lst_Misc_U6(17) | Unit 6: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1396 | Lst_Misc_U7(17) | Unit 7: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1397 | Lst_Misc_U8(17) | Unit 8: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1398 | Lst_Misc_U9(17) | Unit 9: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1399 | Lst_Misc_U10(17) | Unit 10: Circuit 1 suction temperature | °C/10 | Read | |
| AV | 1400 | Lst_Misc_U1(18) | Unit 1: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1401 | Lst_Misc_U2(18) | Unit 2: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1402 | Lst_Misc_U3(18) | Unit 3: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1403 | Lst_Misc_U4(18) | Unit 4: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1404 | Lst_Misc_U5(18) | Unit 5: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1405 | Lst_Misc_U6(18) | Unit 6: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1406 | Lst_Misc_U7(18) | Unit 7: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1407 | Lst_Misc_U8(18) | Unit 8: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1408 | Lst_Misc_U9(18) | Unit 9: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1409 | Lst_Misc_U10(18) | Unit 10: Circuit 2 suction temperature | °C/10 | Read | |
| AV | 1410 | Lst_Misc_U1(19) | Unit 1: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1411 | Lst_Misc_U2(19) | Unit 2: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1412 | Lst_Misc_U3(19) | Unit 3: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1413 | Lst_Misc_U4(19) | Unit 4: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1414 | Lst_Misc_U5(19) | Unit 5: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1415 | Lst_Misc_U6(19) | Unit 6: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1416 | Lst_Misc_U7(19) | Unit 7: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1417 | Lst_Misc_U8(19) | Unit 8: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1418 | Lst_Misc_U9(19) | Unit 9: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1419 | Lst_Misc_U10(19) | Unit 10: Circuit 3 suction temperature | °C/10 | Read | |
| AV | 1420 | Lst_Misc_U1(20) | Unit 1: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1421 | Lst_Misc_U2(20) | Unit 2: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1422 | Lst_Misc_U3(20) | Unit 3: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1423 | Lst_Misc_U4(20) | Unit 4: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1424 | Lst_Misc_U5(20) | Unit 5: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1425 | Lst_Misc_U6(20) | Unit 6: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1426 | Lst_Misc_U7(20) | Unit 7: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1427 | Lst_Misc_U8(20) | Unit 8: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1428 | Lst_Misc_U9(20) | Unit 9: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1429 | Lst_Misc_U10(20) | Unit 10: Current superheat circuit 1 | °C/10 | Read | |
| AV | 1430 | Lst_Misc_U1(21) | Unit 1: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1431 | Lst_Misc_U2(21) | Unit 2: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1432 | Lst_Misc_U3(21) | Unit 3: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1433 | Lst_Misc_U4(21) | Unit 4: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1434 | Lst_Misc_U5(21) | Unit 5: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1435 | Lst_Misc_U6(21) | Unit 6: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1436 | Lst_Misc_U7(21) | Unit 7: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1437 | Lst_Misc_U8(21) | Unit 8: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1438 | Lst_Misc_U9(21) | Unit 9: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1439 | Lst_Misc_U10(21) | Unit 10: Current superheat circuit 2 | °C/10 | Read | |
| AV | 1440 | Lst_Misc_U1(22) | Unit 1: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1441 | Lst_Misc_U2(22) | Unit 2: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1442 | Lst_Misc_U3(22) | Unit 3: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1443 | Lst_Misc_U4(22) | Unit 4: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1444 | Lst_Misc_U5(22) | Unit 5: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1445 | Lst_Misc_U6(22) | Unit 6: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1446 | Lst_Misc_U7(22) | Unit 7: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1447 | Lst_Misc_U8(22) | Unit 8: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1448 | Lst_Misc_U9(22) | Unit 9: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1449 | Lst_Misc_U10(22) | Unit 10: Current superheat circuit 3 | °C/10 | Read | |
| AV | 1450 | Lst_Misc_U1(25) | Unit 1: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1451 | Lst_Misc_U2(25) | Unit 2: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1452 | Lst_Misc_U3(25) | Unit 3: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1453 | Lst_Misc_U4(25) | Unit 4: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1454 | Lst_Misc_U5(25) | Unit 5: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1455 | Lst_Misc_U6(25) | Unit 6: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1456 | Lst_Misc_U7(25) | Unit 7: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1457 | Lst_Misc_U8(25) | Unit 8: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1458 | Lst_Misc_U9(25) | Unit 9: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1459 | Lst_Misc_U10(25) | Unit 10: compressor 1 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1460 | Lst_Misc_U1(26) | Unit 1: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1461 | Lst_Misc_U2(26) | Unit 2: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1462 | Lst_Misc_U3(26) | Unit 3: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1463 | Lst_Misc_U4(26) | Unit 4: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1464 | Lst_Misc_U5(26) | Unit 5: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1465 | Lst_Misc_U6(26) | Unit 6: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1466 | Lst_Misc_U7(26) | Unit 7: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1467 | Lst_Misc_U8(26) | Unit 8: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1468 | Lst_Misc_U9(26) | Unit 9: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1469 | Lst_Misc_U10(26) | Unit 10: compressor 2 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1470 | Lst_Misc_U1(27) | Unit 1: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1471 | Lst_Misc_U2(27) | Unit 2: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1472 | Lst_Misc_U3(27) | Unit 3: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1473 | Lst_Misc_U4(27) | Unit 4: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1474 | Lst_Misc_U5(27) | Unit 5: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1475 | Lst_Misc_U6(27) | Unit 6: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1476 | Lst_Misc_U7(27) | Unit 7: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1477 | Lst_Misc_U8(27) | Unit 8: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1478 | Lst_Misc_U9(27) | Unit 9: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1479 | Lst_Misc_U10(27) | Unit 10: compressor 3 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1480 | Lst_Misc_U1(28) | Unit 1: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1481 | Lst_Misc_U2(28) | Unit 2: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1482 | Lst_Misc_U3(28) | Unit 3: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1483 | Lst_Misc_U4(28) | Unit 4: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1484 | Lst_Misc_U5(28) | Unit 5: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1485 | Lst_Misc_U6(28) | Unit 6: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1486 | Lst_Misc_U7(28) | Unit 7: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1487 | Lst_Misc_U8(28) | Unit 8: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1488 | Lst_Misc_U9(28) | Unit 9: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1489 | Lst_Misc_U10(28) | Unit 10: compressor 4 circuit 1 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1490 | Lst_Misc_U1(29) | Unit 1: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1491 | Lst_Misc_U2(29) | Unit 2: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1492 | Lst_Misc_U3(29) | Unit 3: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1493 | Lst_Misc_U4(29) | Unit 4: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1494 | Lst_Misc_U5(29) | Unit 5: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1495 | Lst_Misc_U6(29) | Unit 6: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1496 | Lst_Misc_U7(29) | Unit 7: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1497 | Lst_Misc_U8(29) | Unit 8: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1498 | Lst_Misc_U9(29) | Unit 9: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1499 | Lst_Misc_U10(29) | Unit 10: compressor 1 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1500 | Lst_Misc_U1(30) | Unit 1: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1501 | Lst_Misc_U2(30) | Unit 2: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1502 | Lst_Misc_U3(30) | Unit 3: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1503 | Lst_Misc_U4(30) | Unit 4: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1504 | Lst_Misc_U5(30) | Unit 5: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1505 | Lst_Misc_U6(30) | Unit 6: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1506 | Lst_Misc_U7(30) | Unit 7: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1507 | Lst_Misc_U8(30) | Unit 8: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1508 | Lst_Misc_U9(30) | Unit 9: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1509 | Lst_Misc_U10(30) | Unit 10: compressor 2 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1510 | Lst_Misc_U1(31) | Unit 1: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1511 | Lst_Misc_U2(31) | Unit 2: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1512 | Lst_Misc_U3(31) | Unit 3: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1513 | Lst_Misc_U4(31) | Unit 4: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1514 | Lst_Misc_U5(31) | Unit 5: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1515 | Lst_Misc_U6(31) | Unit 6: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1516 | Lst_Misc_U7(31) | Unit 7: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1517 | Lst_Misc_U8(31) | Unit 8: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1518 | Lst_Misc_U9(31) | Unit 9: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1519 | Lst_Misc_U10(31) | Unit 10: compressor 3 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1520 | Lst_Misc_U1(32) | Unit 1: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1521 | Lst_Misc_U2(32) | Unit 2: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1522 | Lst_Misc_U3(32) | Unit 3: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1523 | Lst_Misc_U4(32) | Unit 4: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1524 | Lst_Misc_U5(32) | Unit 5: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1525 | Lst_Misc_U6(32) | Unit 6: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1526 | Lst_Misc_U7(32) | Unit 7: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1527 | Lst_Misc_U8(32) | Unit 8: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1528 | Lst_Misc_U9(32) | Unit 9: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1529 | Lst_Misc_U10(32) | Unit 10: compressor 4 circuit 2 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1530 | Lst_Misc_U1(33) | Unit 1: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1531 | Lst_Misc_U2(33) | Unit 2: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1532 | Lst_Misc_U3(33) | Unit 3: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1533 | Lst_Misc_U4(33) | Unit 4: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1534 | Lst_Misc_U5(33) | Unit 5: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1535 | Lst_Misc_U6(33) | Unit 6: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1536 | Lst_Misc_U7(33) | Unit 7: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1537 | Lst_Misc_U8(33) | Unit 8: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1538 | Lst_Misc_U9(33) | Unit 9: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1539 | Lst_Misc_U10(33) | Unit 10: compressor 1 circuit 3 status bitword | Read | Bit-coded: bit 0=Compressor on/off, bit 1=Compressor in minimum on time, bit 2=Compressor in minimum off time, bit 3=Compressor forced off, bit 4=Compressor in alarm or disabled, bit 14=Existing compressor | |
| AV | 1540 | Lst_Misc_U1[34] | Unit 1: primary pump modulation | %/10 | Read | |
| AV | 1541 | Lst_Misc_U2[34] | Unit 2: primary pump modulation | %/10 | Read | |
| AV | 1542 | Lst_Misc_U3[34] | Unit 3: primary pump modulation | %/10 | Read | |
| AV | 1543 | Lst_Misc_U4[34] | Unit 4: primary pump modulation | %/10 | Read | |
| AV | 1544 | Lst_Misc_U5[34] | Unit 5: primary pump modulation | %/10 | Read | |
| AV | 1545 | Lst_Misc_U6[34] | Unit 6: primary pump modulation | %/10 | Read | |
| AV | 1546 | Lst_Misc_U7[34] | Unit 7: primary pump modulation | %/10 | Read | |
| AV | 1547 | Lst_Misc_U8[34] | Unit 8: primary pump modulation | %/10 | Read | |
| AV | 1548 | Lst_Misc_U9[34] | Unit 9: primary pump modulation | %/10 | Read | |
| AV | 1549 | Lst_Misc_U10[34] | Unit 10: primary pump modulation | %/10 | Read | |
| AV | 1550 | Lst_Custom_PrioOn[0] | Unit 1: Custom Activation Priority | %/10 | Read | |
| AV | 1551 | Lst_Custom_PrioOn[1] | Unit 2: Custom Activation Priority | %/10 | Read | |
| AV | 1552 | Lst_Custom_PrioOn[2] | Unit 3: Custom Activation Priority | %/10 | Read | |
| AV | 1553 | Lst_Custom_PrioOn[3] | Unit 4: Custom Activation Priority | %/10 | Read | |
| AV | 1554 | Lst_Custom_PrioOn[4] | Unit 5: Custom Activation Priority | %/10 | Read | |
| AV | 1555 | Lst_Custom_PrioOn[5] | Unit 6: Custom Activation Priority | %/10 | Read | |
| AV | 1556 | Lst_Custom_PrioOn[6] | Unit 7: Custom Activation Priority | %/10 | Read | |
| AV | 1557 | Lst_Custom_PrioOn[7] | Unit 8: Custom Activation Priority | %/10 | Read | |
| AV | 1558 | Lst_Custom_PrioOn[8] | Unit 9: Custom Activation Priority | %/10 | Read | |
| AV | 1559 | Lst_Custom_PrioOn[9] | Unit 10: Custom Activation Priority | %/10 | Read | |
| AV | 1560 | Lst_Custom_PrioOff[0] | Unit 1: Custom off priority | %/10 | Read | |
| AV | 1561 | Lst_Custom_PrioOff[1] | Unit 2: Custom off priority | %/10 | Read | |
| AV | 1562 | Lst_Custom_PrioOff[2] | Unit 3: Custom off priority | %/10 | Read | |
| AV | 1563 | Lst_Custom_PrioOff[3] | Unit 4: Custom off priority | %/10 | Read | |
| AV | 1564 | Lst_Custom_PrioOff[4] | Unit 5: Custom off priority | %/10 | Read | |
| AV | 1565 | Lst_Custom_PrioOff[5] | Unit 6: Custom off priority | %/10 | Read | |
| AV | 1566 | Lst_Custom_PrioOff[6] | Unit 7: Custom off priority | %/10 | Read | |
| AV | 1567 | Lst_Custom_PrioOff[7] | Unit 8: Custom off priority | %/10 | Read | |
| AV | 1568 | Lst_Custom_PrioOff[8] | Unit 9: Custom off priority | %/10 | Read | |
| AV | 1569 | Lst_Custom_PrioOff[9] | Unit 10: Custom off priority | %/10 | Read | |
| AV | 1570 | Lst_Custom_PrioOn2[0] | Unit 1: activation priority customized by external logic | %/10 | Read | |
| AV | 1571 | Lst_Custom_PrioOn2[1] | Unit 2: activation priority customized by external logic | %/10 | Read | |
| AV | 1572 | Lst_Custom_PrioOn2[2] | Unit 3: activation priority customized by external logic | %/10 | Read | |
| AV | 1573 | Lst_Custom_PrioOn2[3] | Unit 4: activation priority customized by external logic | %/10 | Read | |
| AV | 1574 | Lst_Custom_PrioOn2[4] | Unit 5: activation priority customized by external logic | %/10 | Read | |
| AV | 1575 | Lst_Custom_PrioOn2[5] | Unit 6: activation priority customized by external logic | %/10 | Read | |
| AV | 1576 | Lst_Custom_PrioOn2[6] | Unit 7: activation priority customized by external logic | %/10 | Read | |
| AV | 1577 | Lst_Custom_PrioOn2[7] | Unit 8: activation priority customized by external logic | %/10 | Read | |
| AV | 1578 | Lst_Custom_PrioOn2[8] | Unit 9: activation priority customized by external logic | %/10 | Read | |
| AV | 1579 | Lst_Custom_PrioOn2[9] | Unit 10: activation priority customized by external logic | %/10 | Read | |
| AV | 1580 | Lst_Custom_PrioOff2[0] | Unit 1: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1581 | Lst_Custom_PrioOff2[1] | Unit 2: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1582 | Lst_Custom_PrioOff2[2] | Unit 3: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1583 | Lst_Custom_PrioOff2[3] | Unit 4: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1584 | Lst_Custom_PrioOff2[4] | Unit 5: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1585 | Lst_Custom_PrioOff2[5] | Unit 6: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1586 | Lst_Custom_PrioOff2[6] | Unit 7: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1587 | Lst_Custom_PrioOff2[7] | Unit 8: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1588 | Lst_Custom_PrioOff2[8] | Unit 9: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1589 | Lst_Custom_PrioOff2[9] | Unit 10: Deactivation priority customized by external logic | %/10 | Read | |
| AV | 1590 | Lst_Misc_U1[35] | Unit 1: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1591 | Lst_Misc_U2[35] | Unit 2: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1592 | Lst_Misc_U3[35] | Unit 3: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1593 | Lst_Misc_U4[35] | Unit 4: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1594 | Lst_Misc_U5[35] | Unit 5: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1595 | Lst_Misc_U6[35] | Unit 6: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1596 | Lst_Misc_U7[35] | Unit 7: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1597 | Lst_Misc_U8[35] | Unit 8: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1598 | Lst_Misc_U9[35] | Unit 9: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1599 | Lst_Misc_U10[35] | Unit 10: Circuit 3 status | Read | 1=[N] Off, 2=[F] Cooling, 3=[R] Recovery (automatic), 4=[F+R] Cool+Cool, 5=[P] Heating, 6=[R] Recovery (select), 7=[D] Defrost, 8=[SD] Defrost Special | |
| AV | 1600 | Lst_Misc_U1[36] | Unit 1: Circuit 3 fans speed | %/10 | Read | |
| AV | 1601 | Lst_Misc_U2[36] | Unit 2: Circuit 3 fan speed | %/10 | Read | |
| AV | 1602 | Lst_Misc_U3[36] | Unit 3: Circuit 3 fan speed | %/10 | Read | |
| AV | 1603 | Lst_Misc_U4[36] | Unit 4: Circuit 3 fans speed | %/10 | Read | |
| AV | 1604 | Lst_Misc_U5[36] | Unit 5: Circuit 3 fan speed | %/10 | Read | |
| AV | 1605 | Lst_Misc_U6[36] | Unit 6: Circuit 3 fans speed | %/10 | Read | |
| AV | 1606 | Lst_Misc_U7[36] | Unit 7: Circuit 3 fans speed | %/10 | Read | |
| AV | 1607 | Lst_Misc_U8[36] | Unit 8: Circuit 3 fans speed | %/10 | Read | |
| AV | 1608 | Lst_Misc_U9[36] | Unit 9: Circuit 3 fans speed | %/10 | Read | |
| AV | 1609 | Lst_Misc_U10[36] | Unit 10: Circuit 3 fans speed | %/10 | Read | |
| AV | 1610 | Lst_Misc_U1[37] | Unit 1: Circuit 1 thermostatic valve opens | %/10 | Read | |
| AV | 1611 | Lst_Misc_U2[37] | Unit 2: Circuit 1 thermostatic valve opening | %/10 | Read | |
| AV | 1612 | Lst_Misc_U3[37] | Unit 3: Circuit 1 thermostatic valve opening | %/10 | Read | |
| AV | 1613 | Lst_Misc_U4[37] | Unit 4: Circuit 1 thermostatic valve opening | %/10 | Read | |
| AV | 1614 | Lst_Misc_U5[37] | Unit 5: Circuit 1 thermostatic valve opening | %/10 | Read | |
| AV | 1615 | Lst_Misc_U6[37] | Unit 6: Circuit 1 thermostatic valve opening | %/10 | Read | |
| AV | 1616 | Lst_Misc_U7[37] | Unit 7: Circuit 1 thermostatic valve opening | %/10 | Read | |
| AV | 1617 | Lst_Misc_U8[37] | Unit 8: Circuit 1 thermostatic valve opening | %/10 | Read | |
| AV | 1618 | Lst_Misc_U9[37] | Unit 9: Circuit 1 thermostatic valve opening | %/10 | Read | |
| AV | 1619 | Lst_Misc_U10[37] | Unit 10: Circuit 1 thermostatic valve opening | %/10 | Read | |
| AV | 1620 | Lst_Misc_U1[38] | Unit 1: Circuit 2 thermostatic valve opens | %/10 | Read | |
| AV | 1621 | Lst_Misc_U2[38] | Unit 2: Circuit 2 thermostatic valve opens | %/10 | Read | |
| AV | 1622 | Lst_Misc_U3[38] | Unit 3: Circuit 2 thermostatic valve opens | %/10 | Read | |
| AV | 1623 | Lst_Misc_U4[38] | Unit 4: Circuit 2 thermostatic valve opening | %/10 | Read | |
| AV | 1624 | Lst_Misc_U5[38] | Unit 5: Circuit 2 thermostatic valve opening | %/10 | Read | |
| AV | 1625 | Lst_Misc_U6[38] | Unit 6: Circuit 2 thermostatic valve opening | %/10 | Read | |
| AV | 1626 | Lst_Misc_U7[38] | Unit 7: Circuit 2 thermostatic valve opening | %/10 | Read | |
| AV | 1627 | Lst_Misc_U8[38] | Unit 8: Circuit 2 thermostatic valve opening | %/10 | Read | |
| AV | 1628 | Lst_Misc_U9[38] | Unit 9: Circuit 2 thermostatic valve opening | %/10 | Read | |
| AV | 1629 | Lst_Misc_U10[38] | Unit 10: Circuit 2 thermostatic valve opening | %/10 | Read | |
| AV | 1630 | Lst_Misc_U1[39] | Unit 1: Circuit 3 thermostatic valve opens | %/10 | Read | |
| AV | 1631 | Lst_Misc_U2[39] | Unit 2: Circuit 3 thermostatic valve opens | %/10 | Read | |
| AV | 1632 | Lst_Misc_U3[39] | Unit 3: Circuit 3 thermostatic valve opens | %/10 | Read | |
| AV | 1633 | Lst_Misc_U4[39] | Unit 4: Circuit 3 thermostatic valve opens | %/10 | Read | |
| AV | 1634 | Lst_Misc_U5[39] | Unit 5: Circuit 3 thermostatic valve opening | %/10 | Read | |
| AV | 1635 | Lst_Misc_U6[39] | Unit 6: Circuit 3 thermostatic valve opening | %/10 | Read | |
| AV | 1636 | Lst_Misc_U7[39] | Unit 7: Circuit 3 thermostatic valve opening | %/10 | Read | |
| AV | 1637 | Lst_Misc_U8[39] | Unit 8: Circuit 3 thermostatic valve opening | %/10 | Read | |
| AV | 1638 | Lst_Misc_U9[39] | Unit 9: Circuit 3 thermostatic valve opening | %/10 | Read | |
| AV | 1639 | Lst_Misc_U10[39] | Unit 10: Circuit 3 thermostatic valve opening | %/10 | Read |
No points match these filters.
Object ID lookup: RHOSS KMTM Multi Thermal Manager sequencer point IDs by name
BV1Sys_OnBV2Cooling_HeatingBV3Superv_OnOffBV4Cool_Heat_KeyBBV5Any_AlarmBV6Unacked_AlarmBV7Reset_AlarmBV8Power_ReductionBV9Sys_On_PrimaryBV10Sys_On_RecoveryBV12En_Superv_PrimaryBV13En_Superv_RecoveryBV14Select_PriorityBV15En_ScheduleBV16En_ThermoregBV17En_Thermoreg_RecBV100Evap_Pump1BV101Evap_Pump2BV102Cond_Pump1BV103Cond_Pump2BV104Rec_Pump1BV105Rec_Pump2BV106Plant_Pump1BV107Plant_Pump2BV128Din_Flow_EvapBV129Din_Flow_CondBV130Din_Flow_RecBV131Din_Ovrl_Pump1_EvapBV132Din_Ovrl_Pump2_EvapBV133Din_Ovrl_Pump1_CondBV134Din_Ovrl_Pump2_CondBV135Din_Ovrl_Pump1_RecBV136Din_Ovrl_Pump2_RecBV137Din_OnOffBV138Din_OnOff_PrimaryBV139Din_OnOff_RecoveryBV140Din_Cool_HeatBV141Din_Power_ReductionBV142Din_Double_SetpointBV143Din_Double_Setpoint_PrimaryBV144Din_Double_Setpoint_RecoveryBV145Din_Al_SeriousBV200Any_AlarmBV201Serious_AlarmBV202Al_Slave_OfflineBV203Al_ClockBV204Al_ProbesBV205Al_Prb_In_EvapBV206Al_Prb_Out_EvapBV207Al_Prb_In_CondBV208Al_Prb_Out_CondBV209Al_Prb_In_RecBV210Al_Prb_Out_RecBV211Al_Prb_VPF_DPBV212Al_Prb_VPF_PlantTBV213Al_Prb_VPF_TankTBV214Al_Prb_Analog_SetBV215Al_Prb_Analog_Set_RecBV216Al_Prb_Ext_TempBV217Al_Units_AnyBV218Al_Units_MinorBV219Al_Units_MajorBV220Al_Units_ManualBV221Al_Units_OfflineBV222Warning_Backup_HighLoadBV300Analog_Set_TypeBV301En_Compensation_CoolBV302En_Compensation_HeatBV303En_Compensation_RecBV304Pumps_ModeBV305Al_Prb_Reg_ActionBV306Al_Prb_VPF_ActionBV307Al_Prb_Analog_ActionBV308Al_Prb_Ext_ActionBV310En_SPV_OnOffBV311StandardTimeBV312en Autoswap Legal TimeBV313FR_SwitchBV314Backup_FRBV315En_Unit_Reset_AlarmBV316EPump_En_AntiblockBV317EPump_Rot_TypeBV318EPump_Use_Pump2BV319EPump_Switch_PumpsBV320CPump_En_AntiblockBV321CPump_Rot_TypeBV322CPump_Use_Pump2BV323CPump_Switch_PumpsBV324RPump_En_AntiblockBV325RPump_Rot_TypeBV326RPump_Use_Pump2BV327RPump_Switch_PumpsBV328PPump_En_AntiblockBV329PPump_Rot_TypeBV330PPump_Use_Pump2BV331PPump_Switch_PumpsBV1000Word_En_UnitsBV1001Word_En_UnitsBV1002Word_En_UnitsBV1003Word_En_UnitsBV1004Word_En_UnitsBV1005Word_En_UnitsBV1006Word_En_UnitsBV1007Word_En_UnitsBV1008Word_En_UnitsBV1009Word_En_UnitsBV1010En_Backup_U1BV1011En_Backup_U2BV1012En_Backup_U3BV1013En_Backup_U4BV1014En_Backup_U5BV1015En_Backup_U6BV1016En_Backup_U7BV1017En_Backup_U8BV1018En_Backup_U9BV1019En_Backup_U10BV1020Lst_On_PrimaryBV1021Lst_On_PrimaryBV1022Lst_On_PrimaryBV1023Lst_On_PrimaryBV1024Lst_On_PrimaryBV1025Lst_On_PrimaryBV1026Lst_On_PrimaryBV1027Lst_On_PrimaryBV1028Lst_On_PrimaryBV1029Lst_On_PrimaryBV1030Lst_On_RecoveryBV1031Lst_On_RecoveryBV1032Lst_On_RecoveryBV1033Lst_On_RecoveryBV1034Lst_On_RecoveryBV1035Lst_On_RecoveryBV1036Lst_On_RecoveryBV1037Lst_On_RecoveryBV1038Lst_On_RecoveryBV1039Lst_On_RecoveryBV1040Lst_Evap_PumpBV1041Lst_Evap_PumpBV1042Lst_Evap_PumpBV1043Lst_Evap_PumpBV1044Lst_Evap_PumpBV1045Lst_Evap_PumpBV1046Lst_Evap_PumpBV1047Lst_Evap_PumpBV1048Lst_Evap_PumpBV1049Lst_Evap_PumpBV1050Lst_Cond_PumpBV1051Lst_Cond_PumpBV1052Lst_Cond_PumpBV1053Lst_Cond_PumpBV1054Lst_Cond_PumpBV1055Lst_Cond_PumpBV1056Lst_Cond_PumpBV1057Lst_Cond_PumpBV1058Lst_Cond_PumpBV1059Lst_Cond_PumpBV1060Lst_Rec_PumpBV1061Lst_Rec_PumpBV1062Lst_Rec_PumpBV1063Lst_Rec_PumpBV1064Lst_Rec_PumpBV1065Lst_Rec_PumpBV1066Lst_Rec_PumpBV1067Lst_Rec_PumpBV1068Lst_Rec_PumpBV1069Lst_Rec_PumpBV1070Lst_Evap_FlowBV1071Lst_Evap_FlowBV1072Lst_Evap_FlowBV1073Lst_Evap_FlowBV1074Lst_Evap_FlowBV1075Lst_Evap_FlowBV1076Lst_Evap_FlowBV1077Lst_Evap_FlowBV1078Lst_Evap_FlowBV1079Lst_Evap_FlowBV1080Lst_Cond_FlowBV1081Lst_Cond_FlowBV1082Lst_Cond_FlowBV1083Lst_Cond_FlowBV1084Lst_Cond_FlowBV1085Lst_Cond_FlowBV1086Lst_Cond_FlowBV1087Lst_Cond_FlowBV1088Lst_Cond_FlowBV1089Lst_Cond_FlowBV1090Lst_Rec_FlowBV1091Lst_Rec_FlowBV1092Lst_Rec_FlowBV1093Lst_Rec_FlowBV1094Lst_Rec_FlowBV1095Lst_Rec_FlowBV1096Lst_Rec_FlowBV1097Lst_Rec_FlowBV1098Lst_Rec_FlowBV1099Lst_Rec_FlowBV1100Lst_Water_WaterBV1101Lst_Water_WaterBV1102Lst_Water_WaterBV1103Lst_Water_WaterBV1104Lst_Water_WaterBV1105Lst_Water_WaterBV1106Lst_Water_WaterBV1107Lst_Water_WaterBV1108Lst_Water_WaterBV1109Lst_Water_WaterBV1110Valve_On_U1BV1111Valve_On_U2BV1112Valve_On_U3BV1113Valve_On_U4BV1114Valve_On_U5BV1115Valve_On_U6BV1116Valve_On_U7BV1117Valve_On_U8BV1118Valve_On_U9BV1119Valve_On_U10BV1120Valve_Off_U1BV1121Valve_Off_U2BV1122Valve_Off_U3BV1123Valve_Off_U4BV1124Valve_Off_U5BV1125Valve_Off_U6BV1126Valve_Off_U7BV1127Valve_Off_U8BV1128Valve_Off_U9BV1129Valve_Off_U10BV1130Lst_Any_AlarmBV1131Lst_Any_AlarmBV1132Lst_Any_AlarmBV1133Lst_Any_AlarmBV1134Lst_Any_AlarmBV1135Lst_Any_AlarmBV1136Lst_Any_AlarmBV1137Lst_Any_AlarmBV1138Lst_Any_AlarmBV1139Lst_Any_AlarmBV1140Lst_Any_AlarmBV1141Lst_Any_AlarmBV1142Lst_Any_AlarmBV1143Lst_Any_AlarmBV1144Lst_Any_AlarmBV1145Lst_Any_AlarmBV1146Lst_Any_AlarmBV1147Lst_Any_AlarmBV1148Lst_Any_AlarmBV1149Lst_Any_AlarmBV1150Lst_Any_AlarmBV1151Lst_Any_AlarmBV1152Lst_Any_AlarmBV1153Lst_Any_AlarmBV1154Lst_Any_AlarmBV1155Lst_Any_AlarmBV1156Lst_Any_AlarmBV1157Lst_Any_AlarmBV1158Lst_Any_AlarmBV1159Lst_Any_AlarmBV1160Lst_Any_AlarmBV1161Lst_Any_AlarmBV1162Lst_Any_AlarmBV1163Lst_Any_AlarmBV1164Lst_Any_AlarmBV1165Lst_Any_AlarmBV1166Lst_Any_AlarmBV1167Lst_Any_AlarmBV1168Lst_Any_AlarmBV1169Lst_Any_AlarmBV1170Al_Offline_U1BV1171Al_Offline_U2BV1172Al_Offline_U3BV1173Al_Offline_U4BV1174Al_Offline_U5BV1175Al_Offline_U6BV1176Al_Offline_U7BV1177Al_Offline_U8BV1178Al_Offline_U9BV1179Al_Offline_U10AV1Group_StatusAV2Group_Status_PrimaryAV3Group_Status_RecoveryAV4Current_Temp_SetAV5Current_Temp_Set_RecAV6Power_Request_PrimaryAV7Power_Request_RecAV8Tot_Power_On_1000_PAV9Tot_Power_On_1000_RAV10Power_Reduction_SourceAV11Power_Request_LimitAV13Cooling_Temp_Set1AV14Cooling_Temp_Set2AV15Heating_Temp_Set1AV16Heating_Temp_Set2AV17Recovery_Temp_Set1AV18Recovery_Temp_Set2AV19Min_Set1_Temp_CoolAV20Min_Set2_Temp_CoolAV21Max_Set1_Temp_CoolAV22Max_Set2_Temp_CoolAV23Min_Set_Temp_HeatAV24Max_Set_Temp_HeatAV25Min_Set_Temp_RecAV26Max_Set_Temp_RecAV27Offset_Setpoint_Cool_MinAV28Offset_Setpoint_Cool_MaxAV29Offset_Setpoint_Heat_MinAV30Offset_Setpoint_Heat_MaxAV31Shifting_Setpoint_Cool_MinAV32Shifting_Setpoint_Cool_MaxAV33Shifting_Setpoint_Heat_MinAV34Shifting_Setpoint_Heat_MaxAV35Ext_Temp_Set_CoolAV36Ext_Temp_Set_HeatAV37Ext_Temp_Diff_CoolAV38Ext_Temp_Diff_HeatAV39Max_Comp_Temp_CoolAV40Max_Comp_Temp_HeatAV41Offset_Setpoint_Rec_MinAV42Offset_Setpoint_Rec_MaxAV43Shifting_Setpoint_Rec_MinAV44Shifting_Setpoint_Rec_MaxAV45Ext_Temp_Set_RecAV46Ext_Temp_Diff_RecAV47Max_Comp_Temp_RecAV100In_Temp_Evap_AvgAV101Out_Temp_Evap_AvgAV102In_Temp_Rec_AvgAV103Out_Temp_Rec_AvgAV104In_Temp_Cond_AvgAV105Out_Temp_Cond_AvgAV106In_Temp_EvapAV107Out_Temp_EvapAV108In_Temp_RecAV109Out_Temp_RecAV110In_Temp_CondAV111Out_Temp_CondAV112Ain_In_Temp_EvapAV113Ain_Out_Temp_EvapAV114Ain_In_Temp_CondAV115Ain_Out_Temp_CondAV116Ain_In_Temp_RecAV117Ain_Out_Temp_RecAV118Ain_Temp_ExtAV119Ain_Analog_SetAV120Ain_Analog_Set_RecAV121Ain_VPF_DPAV122Ain_VPF_PlantTAV123Ain_VPF_TankTAV124Temp_ExtAV125Ain_RVPF_DPAV126Ain_RVPF_PlantTAV127Ain_RVPF_TankTAV200Software_IDAV201Software_VerAV202Software_SpecAV203curr_hourAV204curr_minuteAV205curr_dayAV206curr_monthAV207curr_yearAV208Msk_CommPolls_HAV209Msk_CommPolls_LAV210Msk_CommErrors_HAV211Msk_CommErrors_LAV300On_Priority_1AV301Off_Priority_1AV302Pumps_DelayAV303Unbalance_ModeAV304Unbalance_HoursAV305Unbalance_PercAV306Backup_TypeAV307Backup_UnitAV308Backup_TimeAV309Backup_Start_ModeAV310Backup_Start_T1AV311Backup_Start_T2AV312Backup_Unit_PAV313Backup_Unit_RAV314Valve_On_DelayAV315Valve_Between_DelayAV316PumpFreeze_TimeAV317Offline_DelayAV318Spv_Offline_ActionAV319Spv_Offline_DelayAV320CompOn_DelayAV321DT_SwitchRegAV322Regulation_TypeAV323Reg_InP_TypeAV324Reg_InP_Diff_Reg_PosAV325Reg_InP_DB_Reg_PosAV326Reg_InP_Int_Time_PosAV327Reg_InP_Der_Time_PosAV328Reg_InP_Diff_Reg_NegAV329Reg_InP_DB_Reg_NegAV330Reg_InP_Int_Time_NegAV331Reg_InP_Der_Time_NegAV332Reg_OutP_Diff_Reg_NZAV333Reg_OutP_Diff_Reg_DecrAV334Reg_OutP_Max_Time_0AV335Reg_OutP_Min_Time_0AV336Reg_OutP_Diff_Reg_IncrAV337Reg_OutP_Max_Time_100AV338Reg_OutP_Min_Time_100AV339Reg_OutP_Force_Req_OffsetAV340Reg_OutP_Force_Req_ValueAV341Reg_OutP_Inversion_Stop_TimeAV342Reg_OutP_Inversion_Stop_Time_OutAV343Regulation_Type_RecAV344Reg_InR_TypeAV345Reg_InR_Diff_Reg_NegAV346Reg_InR_DB_Reg_NegAV347Reg_InR_Int_Time_NegAV348Reg_InR_Der_Time_NegAV349Reg_OutR_Diff_Reg_NZAV350Reg_OutR_Diff_Reg_DecrAV351Reg_OutR_Max_Time_0AV352Reg_OutR_Min_Time_0AV353Reg_OutR_Diff_Reg_IncrAV354Reg_OutR_Max_Time_100AV355Reg_OutR_Min_Time_100AV356Reg_OutR_Force_Req_OffsetAV357Reg_OutR_Force_Req_ValueAV358Reg_OutR_Inversion_Stop_TimeAV359Reg_OutR_Inversion_Stop_Time_OutAV360EPump_N_PumpsAV361EPump_N_WarningsAV362EPump_Flow_Startup_DelayAV363EPump_Flow_Run_DelayAV364EPump_Warning_Stop_DelayAV365EPump_Rot_TimeAV366EPump_Overwork_TimeAV367CPump_N_PumpsAV368CPump_N_WarningsAV369CPump_Flow_Startup_DelayAV370CPump_Flow_Run_DelayAV371CPump_Warning_Stop_DelayAV372CPump_Rot_TimeAV373CPump_Overwork_TimeAV374RPump_N_PumpsAV375RPump_N_WarningsAV376RPump_Flow_Startup_DelayAV377RPump_Flow_Run_DelayAV378RPump_Warning_Stop_DelayAV379RPump_Rot_TimeAV380RPump_Overwork_TimeAV381PPump_N_PumpsAV382PPump_N_WarningsAV383PPump_Flow_Startup_DelayAV384PPump_Flow_Run_DelayAV385PPump_Warning_Stop_DelayAV386PPump_Rot_TimeAV387PPump_Overwork_TimeAV388VPF_PPump_SetAV389PPump_Min_SpeedAV390PPump_Max_SpeedAV391VPF_PPump_KAV392VPF_PPump_TiAV393VPF_PPump_TdAV394PumpFreeze_Time1AV395RPPump_N_PumpsAV396RPPump_N_WarningsAV397RPPump_Flow_Startup_DelayAV398RPPump_Flow_Run_DelayAV399RPPump_Warning_Stop_DelayAV400RPPump_Rot_TimeAV401RPPump_Overwork_TimeAV402RPPump_SetAV403RPPump_Min_SpeedAV404RPPump_Max_SpeedAV405RPPump_KAV406RPPump_TiAV407RPPump_TdAV1000Lst_In_Evap(0)AV1001Lst_In_Evap(1)AV1002Lst_In_Evap(2)AV1003Lst_In_Evap(3)AV1004Lst_In_Evap(4)AV1005Lst_In_Evap(5)AV1006Lst_In_Evap(6)AV1007Lst_In_Evap(7)AV1008Lst_In_Evap(8)AV1009Lst_In_Evap(9)AV1010Lst_Out_Evap(0)AV1011Lst_Out_Evap(1)AV1012Lst_Out_Evap(2)AV1013Lst_Out_Evap(3)AV1014Lst_Out_Evap(4)AV1015Lst_Out_Evap(5)AV1016Lst_Out_Evap(6)AV1017Lst_Out_Evap(7)AV1018Lst_Out_Evap(8)AV1019Lst_Out_Evap(9)AV1020Lst_In_Cond(0)AV1021Lst_In_Cond(1)AV1022Lst_In_Cond(2)AV1023Lst_In_Cond(3)AV1024Lst_In_Cond(4)AV1025Lst_In_Cond(5)AV1026Lst_In_Cond(6)AV1027Lst_In_Cond(7)AV1028Lst_In_Cond(8)AV1029Lst_In_Cond(9)AV1030Lst_Out_Cond(0)AV1031Lst_Out_Cond(1)AV1032Lst_Out_Cond(2)AV1033Lst_Out_Cond(3)AV1034Lst_Out_Cond(4)AV1035Lst_Out_Cond(5)AV1036Lst_Out_Cond(6)AV1037Lst_Out_Cond(7)AV1038Lst_Out_Cond(8)AV1039Lst_Out_Cond(9)AV1040Lst_In_Rec(0)AV1041Lst_In_Rec(1)AV1042Lst_In_Rec(2)AV1043Lst_In_Rec(3)AV1044Lst_In_Rec(4)AV1045Lst_In_Rec(5)AV1046Lst_In_Rec(6)AV1047Lst_In_Rec(7)AV1048Lst_In_Rec(8)AV1049Lst_In_Rec(9)AV1050Lst_Out_Rec(0)AV1051Lst_Out_Rec(1)AV1052Lst_Out_Rec(2)AV1053Lst_Out_Rec(3)AV1054Lst_Out_Rec(4)AV1055Lst_Out_Rec(5)AV1056Lst_Out_Rec(6)AV1057Lst_Out_Rec(7)AV1058Lst_Out_Rec(8)AV1059Lst_Out_Rec(9)AV1060Lst_Ext_Temp(0)AV1061Lst_Ext_Temp(1)AV1062Lst_Ext_Temp(2)AV1063Lst_Ext_Temp(3)AV1064Lst_Ext_Temp(4)AV1065Lst_Ext_Temp(5)AV1066Lst_Ext_Temp(6)AV1067Lst_Ext_Temp(7)AV1068Lst_Ext_Temp(8)AV1069Lst_Ext_Temp(9)AV1070Lst_In_DS(0)AV1071Lst_In_DS(1)AV1072Lst_In_DS(2)AV1073Lst_In_DS(3)AV1074Lst_In_DS(4)AV1075Lst_In_DS(5)AV1076Lst_In_DS(6)AV1077Lst_In_DS(7)AV1078Lst_In_DS(8)AV1079Lst_In_DS(9)AV1080Lst_Status_P(0)AV1081Lst_Status_P(1)AV1082Lst_Status_P(2)AV1083Lst_Status_P(3)AV1084Lst_Status_P(4)AV1085Lst_Status_P(5)AV1086Lst_Status_P(6)AV1087Lst_Status_P(7)AV1088Lst_Status_P(8)AV1089Lst_Status_P(9)AV1090Lst_Status_R(0)AV1091Lst_Status_R(1)AV1092Lst_Status_R(2)AV1093Lst_Status_R(3)AV1094Lst_Status_R(4)AV1095Lst_Status_R(5)AV1096Lst_Status_R(6)AV1097Lst_Status_R(7)AV1098Lst_Status_R(8)AV1099Lst_Status_R(9)AV1100Lst_Cur_Alarm(0)AV1101Lst_Cur_Alarm(1)AV1102Lst_Cur_Alarm(2)AV1103Lst_Cur_Alarm(3)AV1104Lst_Cur_Alarm(4)AV1105Lst_Cur_Alarm(5)AV1106Lst_Cur_Alarm(6)AV1107Lst_Cur_Alarm(7)AV1108Lst_Cur_Alarm(8)AV1109Lst_Cur_Alarm(9)AV1110Lst_Hours(0)AV1111Lst_Hours(1)AV1112Lst_Hours(2)AV1113Lst_Hours(3)AV1114Lst_Hours(4)AV1115Lst_Hours(5)AV1116Lst_Hours(6)AV1117Lst_Hours(7)AV1118Lst_Hours(8)AV1119Lst_Hours(9)AV1120Lst_Unit_Power(0)AV1121Lst_Unit_Power(1)AV1122Lst_Unit_Power(2)AV1123Lst_Unit_Power(3)AV1124Lst_Unit_Power(4)AV1125Lst_Unit_Power(5)AV1126Lst_Unit_Power(6)AV1127Lst_Unit_Power(7)AV1128Lst_Unit_Power(8)AV1129Lst_Unit_Power(9)AV1130Lst_Max_Power(0)AV1131Lst_Max_Power(1)AV1132Lst_Max_Power(2)AV1133Lst_Max_Power(3)AV1134Lst_Max_Power(4)AV1135Lst_Max_Power(5)AV1136Lst_Max_Power(6)AV1137Lst_Max_Power(7)AV1138Lst_Max_Power(8)AV1139Lst_Max_Power(9)AV1140Lst_Max_Power_P(0)AV1141Lst_Max_Power_P(1)AV1142Lst_Max_Power_P(2)AV1143Lst_Max_Power_P(3)AV1144Lst_Max_Power_P(4)AV1145Lst_Max_Power_P(5)AV1146Lst_Max_Power_P(6)AV1147Lst_Max_Power_P(7)AV1148Lst_Max_Power_P(8)AV1149Lst_Max_Power_P(9)AV1150Lst_Max_Power_R(0)AV1151Lst_Max_Power_R(1)AV1152Lst_Max_Power_R(2)AV1153Lst_Max_Power_R(3)AV1154Lst_Max_Power_R(4)AV1155Lst_Max_Power_R(5)AV1156Lst_Max_Power_R(6)AV1157Lst_Max_Power_R(7)AV1158Lst_Max_Power_R(8)AV1159Lst_Max_Power_R(9)AV1160Lst_PR_Primary(0)AV1161Lst_PR_Primary(1)AV1162Lst_PR_Primary(2)AV1163Lst_PR_Primary(3)AV1164Lst_PR_Primary(4)AV1165Lst_PR_Primary(5)AV1166Lst_PR_Primary(6)AV1167Lst_PR_Primary(7)AV1168Lst_PR_Primary(8)AV1169Lst_PR_Primary(9)AV1170Lst_PR_Recovery(0)AV1171Lst_PR_Recovery(1)AV1172Lst_PR_Recovery(2)AV1173Lst_PR_Recovery(3)AV1174Lst_PR_Recovery(4)AV1175Lst_PR_Recovery(5)AV1176Lst_PR_Recovery(6)AV1177Lst_PR_Recovery(7)AV1178Lst_PR_Recovery(8)AV1179Lst_PR_Recovery(9)AV1180Lst_Misc_U1(23)AV1181Lst_Misc_U2(23)AV1182Lst_Misc_U3(23)AV1183Lst_Misc_U4(23)AV1184Lst_Misc_U5(23)AV1185Lst_Misc_U6(23)AV1186Lst_Misc_U7(23)AV1187Lst_Misc_U8(23)AV1188Lst_Misc_U9(23)AV1189Lst_Misc_U10(23)AV1190Lst_Misc_U1(24)AV1191Lst_Misc_U2(24)AV1192Lst_Misc_U3(24)AV1193Lst_Misc_U4(24)AV1194Lst_Misc_U5(24)AV1195Lst_Misc_U6(24)AV1196Lst_Misc_U7(24)AV1197Lst_Misc_U8(24)AV1198Lst_Misc_U9(24)AV1199Lst_Misc_U10(24)AV1200Lst_Power_On_P(0)AV1201Lst_Power_On_P(1)AV1202Lst_Power_On_P(2)AV1203Lst_Power_On_P(3)AV1204Lst_Power_On_P(4)AV1205Lst_Power_On_P(5)AV1206Lst_Power_On_P(6)AV1207Lst_Power_On_P(7)AV1208Lst_Power_On_P(8)AV1209Lst_Power_On_P(9)AV1210Lst_Power_On_R(0)AV1211Lst_Power_On_R(1)AV1212Lst_Power_On_R(2)AV1213Lst_Power_On_R(3)AV1214Lst_Power_On_R(4)AV1215Lst_Power_On_R(5)AV1216Lst_Power_On_R(6)AV1217Lst_Power_On_R(7)AV1218Lst_Power_On_R(8)AV1219Lst_Power_On_R(9)AV1220Lst_Misc_U1(0)AV1221Lst_Misc_U2(0)AV1222Lst_Misc_U3(0)AV1223Lst_Misc_U4(0)AV1224Lst_Misc_U5(0)AV1225Lst_Misc_U6(0)AV1226Lst_Misc_U7(0)AV1227Lst_Misc_U8(0)AV1228Lst_Misc_U9(0)AV1229Lst_Misc_U10(0)AV1230Lst_Misc_U1(1)AV1231Lst_Misc_U2(1)AV1232Lst_Misc_U3(1)AV1233Lst_Misc_U4(1)AV1234Lst_Misc_U5(1)AV1235Lst_Misc_U6(1)AV1236Lst_Misc_U7(1)AV1237Lst_Misc_U8(1)AV1238Lst_Misc_U9(1)AV1239Lst_Misc_U10(1)AV1240Lst_Misc_U1(2)AV1241Lst_Misc_U2(2)AV1242Lst_Misc_U3(2)AV1243Lst_Misc_U4(2)AV1244Lst_Misc_U5(2)AV1245Lst_Misc_U6(2)AV1246Lst_Misc_U7(2)AV1247Lst_Misc_U8(2)AV1248Lst_Misc_U9(2)AV1249Lst_Misc_U10(2)AV1250Lst_Misc_U1(3)AV1251Lst_Misc_U2(3)AV1252Lst_Misc_U3(3)AV1253Lst_Misc_U4(3)AV1254Lst_Misc_U5(3)AV1255Lst_Misc_U6(3)AV1256Lst_Misc_U7(3)AV1257Lst_Misc_U8(3)AV1258Lst_Misc_U9(3)AV1259Lst_Misc_U10(3)AV1260Lst_Misc_U1(4)AV1261Lst_Misc_U2(4)AV1262Lst_Misc_U3(4)AV1263Lst_Misc_U4(4)AV1264Lst_Misc_U5(4)AV1265Lst_Misc_U6(4)AV1266Lst_Misc_U7(4)AV1267Lst_Misc_U8(4)AV1268Lst_Misc_U9(4)AV1269Lst_Misc_U10(4)AV1270Lst_Misc_U1(5)AV1271Lst_Misc_U2(5)AV1272Lst_Misc_U3(5)AV1273Lst_Misc_U4(5)AV1274Lst_Misc_U5(5)AV1275Lst_Misc_U6(5)AV1276Lst_Misc_U7(5)AV1277Lst_Misc_U8(5)AV1278Lst_Misc_U9(5)AV1279Lst_Misc_U10(5)AV1280Lst_Misc_U1(6)AV1281Lst_Misc_U2(6)AV1282Lst_Misc_U3(6)AV1283Lst_Misc_U4(6)AV1284Lst_Misc_U5(6)AV1285Lst_Misc_U6(6)AV1286Lst_Misc_U7(6)AV1287Lst_Misc_U8(6)AV1288Lst_Misc_U9(6)AV1289Lst_Misc_U10(6)AV1290Lst_Misc_U1(7)AV1291Lst_Misc_U2(7)AV1292Lst_Misc_U3(7)AV1293Lst_Misc_U4(7)AV1294Lst_Misc_U5(7)AV1295Lst_Misc_U6(7)AV1296Lst_Misc_U7(7)AV1297Lst_Misc_U8(7)AV1298Lst_Misc_U9(7)AV1299Lst_Misc_U10(7)AV1300Lst_Misc_U1(8)AV1301Lst_Misc_U2(8)AV1302Lst_Misc_U3(8)AV1303Lst_Misc_U4(8)AV1304Lst_Misc_U5(8)AV1305Lst_Misc_U6(8)AV1306Lst_Misc_U7(8)AV1307Lst_Misc_U8(8)AV1308Lst_Misc_U9(8)AV1309Lst_Misc_U10(8)AV1310Lst_Misc_U1(9)AV1311Lst_Misc_U2(9)AV1312Lst_Misc_U3(9)AV1313Lst_Misc_U4(9)AV1314Lst_Misc_U5(9)AV1315Lst_Misc_U6(9)AV1316Lst_Misc_U7(9)AV1317Lst_Misc_U8(9)AV1318Lst_Misc_U9(9)AV1319Lst_Misc_U10(9)AV1320Lst_Misc_U1(10)AV1321Lst_Misc_U2(10)AV1322Lst_Misc_U3(10)AV1323Lst_Misc_U4(10)AV1324Lst_Misc_U5(10)AV1325Lst_Misc_U6(10)AV1326Lst_Misc_U7(10)AV1327Lst_Misc_U8(10)AV1328Lst_Misc_U9(10)AV1329Lst_Misc_U10(10)AV1330Lst_Misc_U1(11)AV1331Lst_Misc_U2(11)AV1332Lst_Misc_U3(11)AV1333Lst_Misc_U4(11)AV1334Lst_Misc_U5(11)AV1335Lst_Misc_U6(11)AV1336Lst_Misc_U7(11)AV1337Lst_Misc_U8(11)AV1338Lst_Misc_U9(11)AV1339Lst_Misc_U10(11)AV1340Lst_Misc_U1(12)AV1341Lst_Misc_U2(12)AV1342Lst_Misc_U3(12)AV1343Lst_Misc_U4(12)AV1344Lst_Misc_U5(12)AV1345Lst_Misc_U6(12)AV1346Lst_Misc_U7(12)AV1347Lst_Misc_U8(12)AV1348Lst_Misc_U9(12)AV1349Lst_Misc_U10(12)AV1350Lst_Misc_U1(13)AV1351Lst_Misc_U2(13)AV1352Lst_Misc_U3(13)AV1353Lst_Misc_U4(13)AV1354Lst_Misc_U5(13)AV1355Lst_Misc_U6(13)AV1356Lst_Misc_U7(13)AV1357Lst_Misc_U8(13)AV1358Lst_Misc_U9(13)AV1359Lst_Misc_U10(13)AV1360Lst_Misc_U1(14)AV1361Lst_Misc_U2(14)AV1362Lst_Misc_U3(14)AV1363Lst_Misc_U4(14)AV1364Lst_Misc_U5(14)AV1365Lst_Misc_U6(14)AV1366Lst_Misc_U7(14)AV1367Lst_Misc_U8(14)AV1368Lst_Misc_U9(14)AV1369Lst_Misc_U10(14)AV1370Lst_Misc_U1(15)AV1371Lst_Misc_U2(15)AV1372Lst_Misc_U3(15)AV1373Lst_Misc_U4(15)AV1374Lst_Misc_U5(15)AV1375Lst_Misc_U6(15)AV1376Lst_Misc_U7(15)AV1377Lst_Misc_U8(15)AV1378Lst_Misc_U9(15)AV1379Lst_Misc_U10(15)AV1380Lst_Misc_U1(16)AV1381Lst_Misc_U2(16)AV1382Lst_Misc_U3(16)AV1383Lst_Misc_U4(16)AV1384Lst_Misc_U5(16)AV1385Lst_Misc_U6(16)AV1386Lst_Misc_U7(16)AV1387Lst_Misc_U8(16)AV1388Lst_Misc_U9(16)AV1389Lst_Misc_U10(16)AV1390Lst_Misc_U1(17)AV1391Lst_Misc_U2(17)AV1392Lst_Misc_U3(17)AV1393Lst_Misc_U4(17)AV1394Lst_Misc_U5(17)AV1395Lst_Misc_U6(17)AV1396Lst_Misc_U7(17)AV1397Lst_Misc_U8(17)AV1398Lst_Misc_U9(17)AV1399Lst_Misc_U10(17)AV1400Lst_Misc_U1(18)AV1401Lst_Misc_U2(18)AV1402Lst_Misc_U3(18)AV1403Lst_Misc_U4(18)AV1404Lst_Misc_U5(18)AV1405Lst_Misc_U6(18)AV1406Lst_Misc_U7(18)AV1407Lst_Misc_U8(18)AV1408Lst_Misc_U9(18)AV1409Lst_Misc_U10(18)AV1410Lst_Misc_U1(19)AV1411Lst_Misc_U2(19)AV1412Lst_Misc_U3(19)AV1413Lst_Misc_U4(19)AV1414Lst_Misc_U5(19)AV1415Lst_Misc_U6(19)AV1416Lst_Misc_U7(19)AV1417Lst_Misc_U8(19)AV1418Lst_Misc_U9(19)AV1419Lst_Misc_U10(19)AV1420Lst_Misc_U1(20)AV1421Lst_Misc_U2(20)AV1422Lst_Misc_U3(20)AV1423Lst_Misc_U4(20)AV1424Lst_Misc_U5(20)AV1425Lst_Misc_U6(20)AV1426Lst_Misc_U7(20)AV1427Lst_Misc_U8(20)AV1428Lst_Misc_U9(20)AV1429Lst_Misc_U10(20)AV1430Lst_Misc_U1(21)AV1431Lst_Misc_U2(21)AV1432Lst_Misc_U3(21)AV1433Lst_Misc_U4(21)AV1434Lst_Misc_U5(21)AV1435Lst_Misc_U6(21)AV1436Lst_Misc_U7(21)AV1437Lst_Misc_U8(21)AV1438Lst_Misc_U9(21)AV1439Lst_Misc_U10(21)AV1440Lst_Misc_U1(22)AV1441Lst_Misc_U2(22)AV1442Lst_Misc_U3(22)AV1443Lst_Misc_U4(22)AV1444Lst_Misc_U5(22)AV1445Lst_Misc_U6(22)AV1446Lst_Misc_U7(22)AV1447Lst_Misc_U8(22)AV1448Lst_Misc_U9(22)AV1449Lst_Misc_U10(22)AV1450Lst_Misc_U1(25)AV1451Lst_Misc_U2(25)AV1452Lst_Misc_U3(25)AV1453Lst_Misc_U4(25)AV1454Lst_Misc_U5(25)AV1455Lst_Misc_U6(25)AV1456Lst_Misc_U7(25)AV1457Lst_Misc_U8(25)AV1458Lst_Misc_U9(25)AV1459Lst_Misc_U10(25)AV1460Lst_Misc_U1(26)AV1461Lst_Misc_U2(26)AV1462Lst_Misc_U3(26)AV1463Lst_Misc_U4(26)AV1464Lst_Misc_U5(26)AV1465Lst_Misc_U6(26)AV1466Lst_Misc_U7(26)AV1467Lst_Misc_U8(26)AV1468Lst_Misc_U9(26)AV1469Lst_Misc_U10(26)AV1470Lst_Misc_U1(27)AV1471Lst_Misc_U2(27)AV1472Lst_Misc_U3(27)AV1473Lst_Misc_U4(27)AV1474Lst_Misc_U5(27)AV1475Lst_Misc_U6(27)AV1476Lst_Misc_U7(27)AV1477Lst_Misc_U8(27)AV1478Lst_Misc_U9(27)AV1479Lst_Misc_U10(27)AV1480Lst_Misc_U1(28)AV1481Lst_Misc_U2(28)AV1482Lst_Misc_U3(28)AV1483Lst_Misc_U4(28)AV1484Lst_Misc_U5(28)AV1485Lst_Misc_U6(28)AV1486Lst_Misc_U7(28)AV1487Lst_Misc_U8(28)AV1488Lst_Misc_U9(28)AV1489Lst_Misc_U10(28)AV1490Lst_Misc_U1(29)AV1491Lst_Misc_U2(29)AV1492Lst_Misc_U3(29)AV1493Lst_Misc_U4(29)AV1494Lst_Misc_U5(29)AV1495Lst_Misc_U6(29)AV1496Lst_Misc_U7(29)AV1497Lst_Misc_U8(29)AV1498Lst_Misc_U9(29)AV1499Lst_Misc_U10(29)AV1500Lst_Misc_U1(30)AV1501Lst_Misc_U2(30)AV1502Lst_Misc_U3(30)AV1503Lst_Misc_U4(30)AV1504Lst_Misc_U5(30)AV1505Lst_Misc_U6(30)AV1506Lst_Misc_U7(30)AV1507Lst_Misc_U8(30)AV1508Lst_Misc_U9(30)AV1509Lst_Misc_U10(30)AV1510Lst_Misc_U1(31)AV1511Lst_Misc_U2(31)AV1512Lst_Misc_U3(31)AV1513Lst_Misc_U4(31)AV1514Lst_Misc_U5(31)AV1515Lst_Misc_U6(31)AV1516Lst_Misc_U7(31)AV1517Lst_Misc_U8(31)AV1518Lst_Misc_U9(31)AV1519Lst_Misc_U10(31)AV1520Lst_Misc_U1(32)AV1521Lst_Misc_U2(32)AV1522Lst_Misc_U3(32)AV1523Lst_Misc_U4(32)AV1524Lst_Misc_U5(32)AV1525Lst_Misc_U6(32)AV1526Lst_Misc_U7(32)AV1527Lst_Misc_U8(32)AV1528Lst_Misc_U9(32)AV1529Lst_Misc_U10(32)AV1530Lst_Misc_U1(33)AV1531Lst_Misc_U2(33)AV1532Lst_Misc_U3(33)AV1533Lst_Misc_U4(33)AV1534Lst_Misc_U5(33)AV1535Lst_Misc_U6(33)AV1536Lst_Misc_U7(33)AV1537Lst_Misc_U8(33)AV1538Lst_Misc_U9(33)AV1539Lst_Misc_U10(33)AV1540Lst_Misc_U1[34]AV1541Lst_Misc_U2[34]AV1542Lst_Misc_U3[34]AV1543Lst_Misc_U4[34]AV1544Lst_Misc_U5[34]AV1545Lst_Misc_U6[34]AV1546Lst_Misc_U7[34]AV1547Lst_Misc_U8[34]AV1548Lst_Misc_U9[34]AV1549Lst_Misc_U10[34]AV1550Lst_Custom_PrioOn[0]AV1551Lst_Custom_PrioOn[1]AV1552Lst_Custom_PrioOn[2]AV1553Lst_Custom_PrioOn[3]AV1554Lst_Custom_PrioOn[4]AV1555Lst_Custom_PrioOn[5]AV1556Lst_Custom_PrioOn[6]AV1557Lst_Custom_PrioOn[7]AV1558Lst_Custom_PrioOn[8]AV1559Lst_Custom_PrioOn[9]AV1560Lst_Custom_PrioOff[0]AV1561Lst_Custom_PrioOff[1]AV1562Lst_Custom_PrioOff[2]AV1563Lst_Custom_PrioOff[3]AV1564Lst_Custom_PrioOff[4]AV1565Lst_Custom_PrioOff[5]AV1566Lst_Custom_PrioOff[6]AV1567Lst_Custom_PrioOff[7]AV1568Lst_Custom_PrioOff[8]AV1569Lst_Custom_PrioOff[9]AV1570Lst_Custom_PrioOn2[0]AV1571Lst_Custom_PrioOn2[1]AV1572Lst_Custom_PrioOn2[2]AV1573Lst_Custom_PrioOn2[3]AV1574Lst_Custom_PrioOn2[4]AV1575Lst_Custom_PrioOn2[5]AV1576Lst_Custom_PrioOn2[6]AV1577Lst_Custom_PrioOn2[7]AV1578Lst_Custom_PrioOn2[8]AV1579Lst_Custom_PrioOn2[9]AV1580Lst_Custom_PrioOff2[0]AV1581Lst_Custom_PrioOff2[1]AV1582Lst_Custom_PrioOff2[2]AV1583Lst_Custom_PrioOff2[3]AV1584Lst_Custom_PrioOff2[4]AV1585Lst_Custom_PrioOff2[5]AV1586Lst_Custom_PrioOff2[6]AV1587Lst_Custom_PrioOff2[7]AV1588Lst_Custom_PrioOff2[8]AV1589Lst_Custom_PrioOff2[9]AV1590Lst_Misc_U1[35]AV1591Lst_Misc_U2[35]AV1592Lst_Misc_U3[35]AV1593Lst_Misc_U4[35]AV1594Lst_Misc_U5[35]AV1595Lst_Misc_U6[35]AV1596Lst_Misc_U7[35]AV1597Lst_Misc_U8[35]AV1598Lst_Misc_U9[35]AV1599Lst_Misc_U10[35]AV1600Lst_Misc_U1[36]AV1601Lst_Misc_U2[36]AV1602Lst_Misc_U3[36]AV1603Lst_Misc_U4[36]AV1604Lst_Misc_U5[36]AV1605Lst_Misc_U6[36]AV1606Lst_Misc_U7[36]AV1607Lst_Misc_U8[36]AV1608Lst_Misc_U9[36]AV1609Lst_Misc_U10[36]AV1610Lst_Misc_U1[37]AV1611Lst_Misc_U2[37]AV1612Lst_Misc_U3[37]AV1613Lst_Misc_U4[37]AV1614Lst_Misc_U5[37]AV1615Lst_Misc_U6[37]AV1616Lst_Misc_U7[37]AV1617Lst_Misc_U8[37]AV1618Lst_Misc_U9[37]AV1619Lst_Misc_U10[37]AV1620Lst_Misc_U1[38]AV1621Lst_Misc_U2[38]AV1622Lst_Misc_U3[38]AV1623Lst_Misc_U4[38]AV1624Lst_Misc_U5[38]AV1625Lst_Misc_U6[38]AV1626Lst_Misc_U7[38]AV1627Lst_Misc_U8[38]AV1628Lst_Misc_U9[38]AV1629Lst_Misc_U10[38]AV1630Lst_Misc_U1[39]AV1631Lst_Misc_U2[39]AV1632Lst_Misc_U3[39]AV1633Lst_Misc_U4[39]AV1634Lst_Misc_U5[39]AV1635Lst_Misc_U6[39]AV1636Lst_Misc_U7[39]AV1637Lst_Misc_U8[39]AV1638Lst_Misc_U9[39]AV1639Lst_Misc_U10[39]
Integration notes
- Analog objects are scaled: units printed as °C/10, bar/10 or %/10 mean the value is in tenths (215 = 21.5 °C).
- Multistate data is carried in AV objects that hold an enumerated value; the state texts are given in states.
- Per-unit objects are printed for each unit (Unit 1, Unit 2 ...); the unit number is in the description, and the object name repeats with an index.
- Rows printed as 'Not used' or 'Reserved' with no object name are left out (BV 11, BV 309, AV 12).
- The alarm code objects use a table of about 600 codes printed at the end of the document; it is not copied here.
- The guide covers the MTM communication table; see RHOSS manual H58701 for sequencer settings.
- In the English table the units / values column for AV 315-322 is printed one row off; the units and states here follow the object descriptions.
Check it against the live device. A points list tells you what the controller can expose; the unit in front of you may differ by firmware or installed options. This list is provided as-is for reference only and may contain mistakes — confirming it before you write, map or commission anything is up to you (terms). Easy BACnet scans a network for BACnet IP devices from an Android phone, reads every object on the KMTM Multi Thermal Manager (MTM) sequencer and exports what it actually has to Excel — free. New to BACnet? Start with what a BACnet points list is and what the object types mean.
Questions about the RHOSS KMTM Multi Thermal Manager (MTM) sequencer
How many BACnet points does the RHOSS KMTM Multi Thermal Manager (MTM) sequencer have?
This list has 1110 BACnet objects: 834 analog values, 276 binary values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which RHOSS KMTM Multi Thermal Manager (MTM) sequencer BACnet points are writable?
182 of the 1110 objects accept a write. Points marked Command have a priority array: a write holds until it is released, so release it back to automatic when you are done.
Where is the official RHOSS KMTM Multi Thermal Manager (MTM) sequencer BACnet documentation?
The source is Tabella Bacnet MTM / Bacnet Table MTM - Lista oggetti / Objects list (KBM MS-TP, KBE/KWEBU1 IP) (H58767/B), published free by RHOSS at https://www.rhoss.it/wp-content/uploads/2023/04/H58767_B-Lista-oggetti-BACnet-MTM.pdf.
What are the minimum BACnet points to integrate the RHOSS KMTM Multi Thermal Manager (MTM) sequencer?
Start with BV 3 Superv_OnOff (Plant on/off from the BMS (1 = On)); BV 310 En_SPV_OnOff (Enables on/off from the supervisor (1 = Yes)); BV 4 Cool_Heat_KeyB (Plant season: 0 = Cooling, 1 = Heating); AV 13 Cooling_Temp_Set1 (Cooling setpoint 1, °C x10); AV 15 Heating_Temp_Set1 (Heating setpoint 1, °C x10); AV 11 Power_Request_Limit (Plant power limit, % x10); BV 7 Reset_Alarm (Alarm reset (1 = Reset)); AV 1 Group_Status (Plant on/off status (1 = Wait, 2 = ON, 3+ = Off cause)); AV 4 Current_Temp_Set (Active primary setpoint, °C x10); BV 5 Any_Alarm (Any active alarm).
How do I enable BMS control of the RHOSS KMTM Multi Thermal Manager (MTM) sequencer?
BV 3 Superv_OnOff switches the plant on or off from the supervisor; En_SPV_OnOff (BV 310) enables on/off from the supervisor. See RHOSS manual H58701 for sequencer settings.
Does the RHOSS KMTM Multi Thermal Manager (MTM) sequencer need a BACnet heartbeat or have a communication timeout?
Spv_Offline_Delay (AV 319, seconds) sets how long before the supervisor counts as disconnected, and Spv_Offline_Action (AV 318) picks what the plant does then: 1 = Off, 2 = On, 3 = None.
How do I check these points on the real KMTM Multi Thermal Manager (MTM) sequencer?
Scan the network with a BACnet IP browser such as Easy BACnet, open the device and compare its object list with this table. Anything missing is usually an option that isn't installed or a point that is disabled in the controller's configuration.
More RHOSS BACnet points lists
- Fan coil controller (via BACnet gateway)
RHOSS Idrowall fan coil via KGTW-BAC BACnet gateway
RHOSS Idrowall wall-mounted fan coils on RS485 Modbus, linked to the KGTW-BAC gateway.
Also known as: KGTW-BAC, Idrowall, Idrowall_IP, KWPI, H58029 - Fan coil controller (via BACnet gateway)
RHOSS KCMS fan coil controller via KGTW-BAC BACnet gateway
RHOSS fan coils and cassettes with the KCMS controller, linked over Modbus RTU to the KGTW-BAC gateway.
Also known as: KGTW-BAC, KCMS, KCMS_IP, KCMS_MSTP, KRS485, H58029
Source: Tabella Bacnet MTM / Bacnet Table MTM - Lista oggetti / Objects list (KBM MS-TP, KBE/KWEBU1 IP) · H58767/B. Object names, instances and units are reproduced as published; descriptions are our own.