LG PQNFB17B0 – page 4
Manual for LG PQNFB17B0
Objects (BACnet/IP)
ENGLISH
Text-5
Text-3 Text-4
Text-2
Active
Unit
0~90
0~90
0~90
0~90
0~90
0~90
0~90
0~90
0~90
0~90
0~90
0~90
0~90
Text-0 Text-1
Inactive
AI 0~90
AV
AI
AV 0~90
AI
AV
AV 0~90
AI
AV
AI
Type
Object
(XXX : Unit address)
ObjectName Product Name
OADamperCoolCommand_XXX
EADamperCoolCommand_XXX AV
OADamperHeatCommand_XXX AV
OADamperHeatStatus_XXX AI 0~90
EADamperHeatStatus_XXX
MixDamperHeatStatus_XXX AI
OADamperFANCommand_XXX
MixDamperFANCommand_XXX
MixDamperFANStatus_XXX
Name
Cool OA Damper (Setting)
Cool MIX Damper (Status) MixDamperCoolStatus_XXX AI 0~90
Heat OA Damper (Setting)
Heat OA Damper (Status)
Heat EA Damper (Status)
Heat MIX Damper (Setting) MixDamperHeatCommand_XXX
Heat MIX Damper (Status)
Fan OA Damper (Setting)
Fan OA Damper (Status) OADamperFANStatus_XXX
Fan MIX Damper (Setting)
Fan MIX Damper (Status)
No.
41 Current MIX Damper (Status) CurMixDamperStatus_XXX
42
43 Cool OA Damper (Status) OADamperCoolStatus_XXX AI 0~90
44 Cool EA Damper (Setting)
45 Cool EA Damper (Status) EADamperCoolStatus_XXX
46 Cool MIX Damper (Setting) MixDamperCoolComman_XXX
47
48
49
50 Heat EA Damper (Setting) EADamperHeatCommand_XXX AV
51
52
53
54
55
56 Fan EA Damper (Setting) EADamperFANCommand_XXX AV
57 Fan EA Damper (Status) EADamperFANStatus_XXX AI
58
59
Point
Installation/Owner Manual 61
Objects (BACnet/IP)
Local Definition of Object ID - The instance number is a pair, this consists of the indoor unit No. and item.
31 22 21 0
Object ID
Object Type
Instance Number
21
17 16 15 12 11 8 7 0
Device No.
Product Unit No.
Point No.
Reserved(all 0)
(from 0 to 16)
(from 0 to 16)
(from 1 to 18)
Product Type(Indoor:0, Vent:1)
**Device : Group of Product units(16EA)
62 BACnet Gateway
Objects (BACnet/IP)
ENGLISH
Example of Point Table
The point table below is passed to BMS, and BMS registers the object.
• Case Indoor
Address Object Type Device No. Product No. Point Instance No. Name
0 4 0 0 1 0 x 00001(1) ON/OFF Setting
0 3 0 0 2 0 x 00002(2) ON/OFF Seatus
1 4 0 1 1 0 x 00101(257) ON/OFF Setting
1 3 0 1 2 0 x 00102(258) ON/OFF Seatus
15 4 0 15 1 0 x 00F01(3841) ON/OFF Setting
15 3 0 15 2 0 x 00F02(3842) ON/OFF Seatus
16 4 1 0 1 0 x 01001(4097) ON/OFF Setting
16 3 1 0 2 0 x 01002(4098) ON/OFF Seatus
17 4 1 1 1 0 x 01101(4353) ON/OFF Setting
17 3 1 1 2 0 x 01102(4354) ON/OFF Seatus
31 4 1 15 1 0 x 01F01(7937) ON/OFF Setting
31 3 1 15 2 0 x 01F02(7938) ON/OFF Seatus
32 4 2 0 1 0 x 02001(8193) ON/OFF Setting
32 3 2 0 2 0 x 02002(8194) ON/OFF Seatus
33 4 2 1 1 0 x 02101(8449) ON/OFF Setting
33 3 2 1 2 0 x 02102(8450) ON/OFF Seatus
47 4 2 15 1 0 x 02F01(12033) ON/OFF Setting
47 3 2 15 2 0 x 02F02(12034) ON/OFF Seatus
• Case Vent
Address Object Type Device No. Product No. Point Instance No. Name
0 4 0 0 1 0 x 10001(65537) ON/OFF Setting
0 3 0 0 2 0 x 10002(65538) ON/OFF Seatus
1 4 0 1 1 0 x 10101(65793) ON/OFF Setting
1 3 0 1 2 0 x 10102(65794) ON/OFF Seatus
15 4 0 15 1 0 x 10F01(69377) ON/OFF Setting
15 3 0 15 2 0 x 10F02(69378) ON/OFF Seatus
16 4 1 0 1 0 x 11001(69633) ON/OFF Setting
16 3 1 0 2 0 x 11002(69634) ON/OFF Seatus
17 4 1 1 1 0 x 11101(69889) ON/OFF Setting
17 3 1 1 2 0 x 11102(69890) ON/OFF Seatus
31 4 1 15 1 0 x 11F01(73473) ON/OFF Setting
31 3 1 15 2 0 x 11F02(73474) ON/OFF Seatus
32 4 2 0 1 0 x 12001(73729) ON/OFF Setting
32 3 2 0 2 0 x 12002(73730) ON/OFF Seatus
33 4 2 1 1 0 x 12101(73985) ON/OFF Setting
33 3 2 1 2 0 x 12201(73986) ON/OFF Seatus
47 4 2 F 1 0 x 12F01(77569) ON/OFF Setting
47 3 2 15 2 0 x 12F02(77570) ON/OFF Seatus
Installation/Owner Manual 63
Objects (Modbus-TCP)
Objects (Modbus-TCP)
Supported Function Code
Monitoring and controlling items of air conditioners supported are assigned with general function
codes specified by Modbus-TCP.
Function Name Code Description
Run/Stop(status), Lock(status), Swing(status), Alarm, Filter
Read Coil Status 01h
Sign(status), Mode Lock(status), Wind Flow Lock(status)
Operation Mode(status), Fan Speed(status),
Room Temperature, Error Code,
Set Room Temperature(status),
Read Holding Registers 03h
Set Lower Temperature(status),
Set Upper Temperature(status),
User Mode(status)
Run/Stop(setting), Lock(setting), Swing(setting),
Force Single Coil 05h
Filter Sign Reset, Mode Lock(setting),
Wind Flow Lock(setting)
Operation Mode(setting), Fan Speed(setting),
Set Room Temperature(setting),
Preset Single Registers 06h
Set Lower Temperature(setting),
Set Upper Temperature(setting),
User Mode(setting)
64 Modbus
Objects (Modbus-TCP)
ENGLISH
Modbus Point List : Indoor Unit
Function Code : 0x01 and 0x05
Inactive Active
Object Name
(XXX : Unit address)
ON/OFF StartStopStatus_XXX Stop Run
ON/OFF StartStopCommand_XXX Stop Run
Coil Read
Write Single Coil
Address Register Function Name
0x0000 1
0x0001 2 SWING SwingStatus_XXX Permit Prohibit
0x0002 3 LOCK LockStatus_XXX Permit Prohibit
0x0003 4 MODE LOCK ModeLockStatus_XXX Permit Prohibit
0x0004 5 FAN LOCK WindFlowLockStatus_XXX Permit Prohibit
0x0005 6 TEMP LOCK SetTempStatus-XXX Permit Prohibit
0x0006 7 ALARM Alarm_XXX Normal Abnormal
0x0000 1
0x0001 2 SWING SwingCommand_XXX Permit Prohibit
0x0002 3 LOCK LockCommand_XXX Permit Prohibit
0x0003 4 MODE LOCK ModeLockCommand_XXX Permit Prohibit
0x0004 5 FAN LOCK WindFlowLockCommand_XXX Permit Prohibit
0x0005 6 TEMP LOCK SetTempCommand-XXX Permit Prohibit
Installation/Owner Manual 65
Objects (Modbus-TCP)
Function Code : 0x03 and 0x06
Text-0 Text-1 Text-2 Text-3 Text-4 Text-5
Object Name
(XXX : Unit address)
SetTemp_XXX °C
SetTemp_XXX °C
OPERATION MODE ModeStatus_XXX Cool Dry Fan Auto Heat
SET ROOM TEMPERATURE
OPERATION MODE ModeStatus_XXX Cool Dry Fan Auto Heat
SET ROOM TEMPERATURE
Read Holding
Registers
Write Single
Registers
Address Register Function Name
0x0000 1
0x0001 2 FAN SPEED FanSpeedStatus_XXX Low Middle High Auto
0x0002 3
0x0003 4 UP_SETTEMP SetUpperTempStatus_XXX °C
0x0004 5 LO_SETTEMP SetLowerTempStatus_XXX °C
0x0005 6 ROOM TEMPERATURE RoomTemp_XXX °C
0x0006 7 ERROR CODE MalfunctionCode_XXX Reference LG original Error Code
0x0000 1
0x0001 2 FAN SPEED FanSpeedStatus_XXX Low Middle High Auto
0x0002 3
0x0003 4 UP_SETTEMP SetUpperTempStatus_XXX °C
0x0004 5 LO_SETTEMP SetLowerTempStatus_XXX °C
66 Modbus
Objects (Modbus-TCP)
ENGLISH
Modbus Point List : Ventilation
Function Code : 0x01 and 0x05
Inactive Active
Object Name
(XXX : Unit address)
ON/OFF StartStopStatus_XXX Stop Run
ON/OFF StartStopCommand_XXX Stop Run
Coil Read
Write Single Coil
Address Register Function Name
0x0000 1
0x0001 2 LOCK LockStatus_XXX Permit Prohibit
0x0002 3 FILTER SIGN FilterSign_XXX Off On
0x0003 4 ALARM HrvStartStopStatus_XXX Stop Run
0x0004 5 HRV_AC_OPER HrvStartStopStatus_XXX Stop Run
0x0005 6 HRV_HUMIDIFY HrvHumidifyStatus_XXX Off On
0x0000 1
0x0001 2 LOCK LockCommand_XXX Permit Prohibit
0x0002 3 FILTER SIGN RESET FilterSignReset_XXX Reset(Off) Void(On)
0x0004 5 HRV_AC_OPER HrvStartStopCommand_XXX Stop Run
0x0005 6 HRV_HUMIDIFY HrvHumidifyCommand_XXX Off On
Installation/Owner Manual 67
Objects (Modbus-TCP)
Function Code : 0x03 and 0x06
Auto
Auto
High
Heat
High
Heat
Super
Super
Auto Normal
Auto Normal
Energy
Saving
Energy
Saving
Heat
Quick
Heat
Low High
Quick
Exchange
Operation
Exchange
Operation
Text-0 Text-1 Text-2 Text-3 Text-4 Text-5
Object Name
(XXX : Unit address)
ModeStatus_XXX
ModeCommand_XXX
FanSpeedCommand_XXX
OPERATION MODE
OPERATION MODE
Read
Holding Registers
Write Single
Registers
Address Register Function Name
0x0000 1
0x0001 2 FAN SPEED FanSpeedStatus_XXX Low High
0x0002 3 USER MODE UserModeStatus_XXX
0x0003 4 ERROR CODE MalfunctionCode_XXX Reference LG original Error Code
0x0004 5 HRV_AC_MODE HrvModeStatus_XXX Cool Auto Heat
0x0005 6 HRV_SETTEMP HrvSetTempstatus_XXX °C
0x0000 1
0x0001 2 FAN SPEED
0x0002 3 USER MODE UserModeStatus_XXX
0x0004 5 HRV_AC_MODE HrvModeStatus_XXX Cool Auto Heat
0x0005 6 HRV_SETTEMP HrvSetTempstatus_XXX °C
68 Modbus
Objects (Modbus-TCP)
ENGLISH
Modbus Point List : AHU
Function Code : 0x01 and 0x05
Inactive Active
Object Name
(XXX : Unit address)
ON/OFF StartStopStatus_XXX Stop Run
ON/OFF StartStopCommand_XXX Stop Run
Coil Read
Write Single Coil
Address Register Function Name
0x0000 1
0x0001 2 LOCK LockStatus_XXX Permit Prohibit
0x0002 3 FILTER SIGN FilterSign_XXX Off On
0x0003 4 SMOKE FireAlarmStatus_XXX Stop Run
0x0004 5 HUMIDITY HumidifyStatus_XXX Stop Run
0x0005 6 AUTO VENT AutoVentStatus_XXX Stop Run
0x0006 7 HUMIDIFIER HumidifiyUnitStatus-XXX Stop Run
0x0007 8 HEATER HeaterUnitStatus_XXX Stop Run
0x0008 9 VENT FAN VentFANStatus_XXX Stop Run
0x0009 10 SUPPLY FAN SupplyFANStatus_XXX Stop Run
0x000A 11 ALARM Alarm_XXX Normal Abnormal
0x0000 1
0x0001 2 LOCK LockCommand_XXX Permit Prohibit
0x0003 4 SMOKE FireAlarmCommand_XXX Stop Run
0x0004 5 HUMIDITY HumidifyCommand_XXX Stop Run
0x0005 6 AUTO VENT AutoVentCommand_XXX Stop Run
Installation/Owner Manual 69
Objects (Modbus-TCP)
Function Code : 0x03
Text-4 Text-5
POWSAV Heat
Text-3
Text-0 Text-1 Text-2
Object Name
(XXX : Unit address)
MODE ModeStatus_XXX Cool Dry Fan
Read
Holding
Registers
Address Register Function Name
0x0000 1
0x0001 2 SET TEMP SetTempStatus_XXX °C
0x0002 3 SUPPLY TEMP SupplyTempStatus_XXX -127~127
0x0003 4 OUTDOOR TEMP OutdoorTempStatus_XXX -127~127
0x0004 5 VENT TEMP VentTempStatus_XXX -127~127
0x0005 6 MIXING TEMP MixingTempStatus_XXX -127~127
0x0006 7 SET HUMIDITY SetHumidityStatus_XXX 40~60
0x0007 8 SUPPLY HUMIDITY SupplyHumidityStatus_XXX 30~90
0x0008 9 OUTDOOR HUMIDITY OutdootHumidityStatus_XXX 30~90
0x0009 10 VENT HUMIDITY VentHumidityStatus_XXX 30~90
0x000A 11 CO2 VALUE CO2ValueStatus_XXX 0 ~ 255
0x000B 12 ERROR CODE MalfunctionCode_XXX Reference LG original Error Code
0x0010 17 CURR_OA_DAMPER CurOADamperStatus_XXX 0~90
0x0011 18 CURR_EA_DAMPER CurEADamperStatus_XXX 0~90
0x0012 19 CURR_MIX_DAMPER CurMixDamperStatus_XXX 0~90
0x0013 20 COOL_OA_DAMPER OADamperCoolStatus_XXX 0~90
0x0014 21 COOL_EA_DAMPER EADamperCoolStatus_XXX 0~90
0x0015 22 COOL_MIX_DAMPER MixDamperCoolStatus_XXX 0~90
0x0016 23 HEAT_OA_DAMPER OADamperHeatStatus_XXX 0~90
0x0017 24 HEAT_EA_DAMPER EADamperHeatStatus_XXX 0~90
0x0018 25 HEAT_MIX_DAMPER MixDamperHeatStatus_XXX 0~90
0x0019 26 FAN_OA_DAMPER OADamperFANStatus_XXX 0~90
0x001A 27 FAN_EA_DAMPER EADamperFANStatus_XXX 0~90
0x001B 28 FAN_MIX_DAMPER MixDamperFANStatus_XXX 0~90
70 Modbus
Objects (Modbus-TCP)
ENGLISH
Function Code : 0x06
Heat
POWSAV
Text-0 Text-1 Text-2 Text-3 Text-4 Text-5
Object Name
(XXX : Unit address)
MODE ModeCommand_XXX Cool Dry Fan
Write Single
Registers
Address Register Function Name
0x0000 1
0x0001 2 SET TEMP SetTempCommand_XXX °C
0x0006 7 SET HUMIDITY SetHumidityCommand_XXX 40~60
0x0013 20 COOL_OA_DAMPER CoolOADamperCommand_XXX 0~90
0x0014 21 COOL_EA_DAMPER CoolEADamperCommand_XXX 0~90
0x0015 22 COOL_MIX_DAMPER CoolMixDamperCommand_XXX 0~90
0x0016 23 HEAT_OA_DAMPER HeatOADamperCommand_XXX 0~90
0x0017 24 HEAT_EA_DAMPER HeatEADamperCommand_XXX 0~90
0x0018 25 HEAT_MIX_DAMPER HeatMixDamperCommand_XXX 0~90
0x0019 26 FAN_OA_DAMPER FANOADamperCommand_XXX 0~90
0x001A 27 FAN_EA_DAMPER FANEADamperCommand_XXX 0~90
0x001B 28 FAN_MIX_DAMPER FANMixDamperCommand_XXX 0~90
Installation/Owner Manual 71
Objects (Modbus-TCP)
Local Definition of Object ID - The instance number is a pair, this consists of the indoor unit No. and item.
19 16 15 0
Address
Object Type Instance Number
034111215 78
Device No.
Product Unit No.
Point No.
Product Type
(from 0 to 16)
(from 0 to 16)
(from 0 to 16)
* Object Type (Coil : 0, Register : 4)
* Product Type (Indoor : 0, Vent 4)
** Device : Group of Product units (16EA)
72 Modbus
Objects (Modbus-TCP)
ENGLISH
Example of Point Table
The point table below is passed to BMS, and BMS registers the object.
• Case Indoor
Function Code Device No. Product No. Point Instance No. Name
1 0 0 0 0x00000 ON/OFF status
5 0 0 0 0x00000 ON/OFF setting
1 0 1 0 0x00010 ON/OFF status
5 0 1 0 0x00010 ON/OFF setting
1 1 0 0 0x00100 ON/OFF status
5 1 0 0 0x00100 ON/OFF setting
3 0 0 0 0x40000 Mode status
6 0 0 0 0x40000 Mode setting
3 0 1 0 0x40010 Mode status
6 0 1 0 0x40010 Mode setting
3 1 0 0 0x40100 Mode status
6 1 0 0 0x40100 Mode setting
• Case Vent
Function Code Device No. Product No. Point Instance No. Name
1 0 0 0 0x04000 ON/OFF status
5 0 0 0 0x04000 ON/OFF setting
1 0 1 0 0x04010 ON/OFF status
5 0 1 0 0x04010 ON/OFF setting
1 1 0 0 0x04100 ON/OFF status
5 1 0 0 0x04100 ON/OFF setting
3 0 0 0 0x44000 Mode status
6 0 0 0 0x44000 Mode setting
3 0 1 0 0x44010 Mode status
6 0 1 0 0x44010 Mode setting
3 1 0 0 0x44100 Mode status
6 1 0 0 0x44100 Mode setting
Installation/Owner Manual 73
Objects (Modbus-TCP)
• Case AHU
Function Code Device No. Product No. Point Instance No. Name
1 0 0 0 0x08000 ON/OFF status
5 0 0 0 0x08000 ON/OFF setting
1 0 1 0 0x08010 ON/OFF status
5 0 1 0 0x08010 ON/OFF setting
1 1 0 0 0x08100 ON/OFF status
5 1 0 0 0x08100 ON/OFF setting
3 0 0 0 0x48000 Mode status
6 0 0 0 0x48000 Mode setting
3 0 1 0 0x48010 Mode status
6 0 1 0 0x48010 Mode setting
3 1 0 0 0x48100 Mode status
6 1 0 0 0x48100 Mode setting
74 Modbus
Detailed Explanation of Object
ENGLISH
Detailed Explanation of Object
1) Common to All Objects
Objects related to the air conditioner in communication are treated on the BACnet as described
below.
- Air Conditioner in Normal Communication
Other BACnet devices can access each object related to the air conditioner.
- Air Conditioner Unconnected
It seems to other BACnet devices that no objects related to the air conditioner exist.
Therefore, when the ReadProperty/WriteProperty service is received, the following ErrorPDU will
be returned.
Error class: OBJECT; Error type: UNKNOWN_PROPERTY
- Air Conditioner Communication Error
Other BACnet device can access the objects related to the air conditioners, but the
Present_Value Property will be read in a value immediately before the communication error.
2) Run/Stop (Setting)
Point number: 1
Object name: StartStopCommand_XXX (XXX: A/C unit address)
Object type: Binary Output
Meaning: This object is used to give Run/Stop commands to the air conditioner.
Present_Value property:
ACTIVE: Run command
INACTIVE: Stop command
Remarks: 1. The command executed is transmitted to the A/C regardless of the status of the A/C.
2. Present_Value property will not be used if a property has never been set in the past.
3) Run/Stop (Status)
Point number: 2
Object name: StartStopStatus_XXX (XXX: A/C unit address)
Object type: Binary Input
Meaning: This object is used to monitor the Run/Stop status of the air conditioner.
Present_Value property:
ACTIVE: Run
INACTIVE: Stop
Remarks: If there is an operation error, the Present_Value property will be set to ACTIVE
regardless of whether the A/C is in operation or not.
Installation/Owner Manual 75
Detailed Explanation of Object
4) Lock (setting)
Point number: 3
Object name: LockCommand_XXX (XXX: A/C unit address)
Object type: Binary Output
Meaning: This object is used to set the Lock of the A/C's control authority.
Present_Value property:
ACTIVE: Lock (Restricted)
INACTIVE: Unlock (Not restricted)
5) Lock (status)
Point number: 4
Object name: LockStatus_XXX (XXX: A/C unit address)
Object type: Binary Input
Meaning: This object is used to monitor the Lock of the A/C's control authority.
Present_Value property:
ACTIVE: Lock (Restricted)
INACTIVE: Unlock (Not restricted)
6) Filter Sign
Point number: 5
Object name: FilterSign_XXX (XXX: A/C unit address)
Object type: Binary Input
Meaning: This object is used to monitor the status of the filters for vent.
Present_Value property:
ACTIVE: Filter sign information is turned ON.
INACTIVE: Filter sign information is OFF.
Remarks: This object supports the Intrinsic Reporting function. When the Present_Value property
changes, the corresponding Event will be transmitted if the Event has been registered.
7) Filter Sign Reset
Point number: 6
Object name: FilterSignReset_XXX (XXX: A/C unit address)
Object type: Binary Value
Meaning: This object is used to reset the vent°Øs limit indication.
Present_Value property:
INACTIVE: Filter indication information is reset.
Remarks: 1. During a read operation of the Present_Value property, the Fliter Limit Sign Reset will
be always the same value as the Filter Limit Sign object.
2. Only if INACTIVE is written to the Present_Value property during a write operation,
the filter sign information resets ON signs and nothing will be executed even if
ACTIVE is written.
3. This object supports the Intrinsic Reporting function. When the Present_Value
property changes, the corresponding Event will be transmitted if the Event has been
registered.
76 BACnet Gateway
Detailed Explanation of Object
ENGLISH
8) Operation Mode (Setting)
Point number: 7
Object name: ModeCommand_XXX (XXX: A/C unit address)
Object type: Multistate Output
Meaning: This object is used to set the operation modes of the air conditioner.
Present_Value property:
Indoor Vent
1: Cool HEX
2: Dry Auto
3: Fan Normal
4: Auto -
5: Heat -
Remarks: 1. The Present_Value property will be set to "1: Cool" as the default value if property
has never been set in the past.
2. The air conditioner will ignore the command to an object that does not have right to
select operation mode. Therefore, the controlled/monitored system must not use this
object for the air conditioner without the right to select operation mode.
9) Operation Mode (Status)
Point number: 8
Object name: ModeStatus_XXX (XXX: A/C unit address)
Object type: Multistate Input
Meaning: This object is used to monitor the operation modes of the air conditioner.
Present_Value property:
Indoor Vent
1: Cool HEX
2: Dry Auto
3: Fan Normal
4: Auto -
5: Heat -
10) Swing (Setting)
Point number: 9
Object name: SwingCommand_XXX (XXX: A/C unit address)
Object type: Binary Output
Meaning: This object is to set the air direction of the indoor unit.
Present_Value property:
ACTIVE: Run
INACTIVE: Stop
Installation/Owner Manual 77
Detailed Explanation of Object
11) Swing (Status)
Point number: 10
Object name: SwingStatus_XXX (XXX: A/C unit address)
Object type: Binary Input
Meaning: This object is to monitor the air direction of the A/C.
Present_Value property:
ACTIVE: Swing_On
INACTIVE: Swing_Off
12) Fan Speed (Setting)
Point number: 11
Object name: FanSpeedCommand_XXX (XXX: A/C unit address)
Object type: Multistate Output
Meaning: This object is to set the airflow of the A/C.
Present_Value property:
Indoor Vent
1: Low Low
2: Middle High
3: High Super High
4: Auto Auto
Remarks:
The A/C will disregard the command which the object which can't select the operation mode.
Therefore, controlled/monitored system shouldn't use the object which can't select the
operation mode.
13) Fan Speed (Status)
Point number: 12
Object name: FanSpeedStatus_XXX (XXX: A/C unit addresss)
Object type: Multistate Input
Meaning: This object is to monitor the airflow of the A/C.
Present_Value property:
Indoor Vent
1: Low Low
2: Middle High
3: High Super High
4: Auto Auto
Remarks: Present_value property will be set to "1:Low" as the default result if the property has
not been set in the past.
78 BACnet Gateway
Detailed Explanation of Object
ENGLISH
14) Set Room Temperature
Point number: 13
Object name: SetRoomTemp_XXX (XXX: A/C unit address)
Object type: Analog Value
Meaning: This object is used to set the room temperature for the air conditioner.
Present_Value property:
Temperature(°C)
Remarks:
1. This unit is for indoor units only, and the approximate set temperature range is 18 ~ 35°C.
2. When COV registration is made, the COV will be reported the moment a temperature change
of at least
1°C is detected.
15) Room Temperature
Point number: 14
Object name: RoomTemp_XXX (XXX: A/C unit address)
Object type: Analog Input
Meaning: This object is used to monitor room temperature which the indoor unit is placed.
Present_Value property:
Temperature(°C)
Remarks: This object is for indoor units only, and reports the room temperature data measured
by the indoor units.
16) Alarm
Point number: 15
Object name: Alarm_XXX (XXX: A/C unit address)
Object type: Binary Input
Meaning: This object is used to monitor the Alarm.
Present_Value property:
ACTIVE: Alarm_On
INACTIVE: Alarm_Off
17) Error Code
Point number: 16
Object name: MalfunctionCode_XXX (XXX: A/C unit address)
Object type: Analog Input
Meaning: This object is used to monitor the details of the error status when the air conditioner
has an error.
Present_Value property:
Error code(Range is 0 to 255 )
Remarks: This object's error code descriptions should be referred to the corresponding table at
the "Reference LG original Error Code".
Installation/Owner Manual 79
Detailed Explanation of Object
18) User Mode (Setting)
Point number: 17
Object name: UserModeCommand_XXX (XXX: A/C unit address)
Object type: Multi-state Output
Meaning: This object is used to set the basic operation mode in vent and also additional
operation mode (quick fresh, energy efficiency, and heating).
Present_Value property:
1: Quick
2: Saving
3: Heater
Remarks:
This object is for vent only, and will not apply if the property has not been set in the past.
19) User Mode (Status)
Point number: 18
Object name: UserModeStatus_XXX (XXX: A/C unit address)
Object type: Multi-state Input
Meaning : This object is used to monitor the basic operation mode in vent
Property_Value property:
1: Quick
2: Saving
3: Heater
Reamark : This object is for vent only, and will not apply if the property has not been in the past.
20) Set Temperature (status)
Point number: 19
Object name: SetTempStatus_XXX (XXX: A/C unit address)
Object type: Analog Output
Meaning: This object is used to monitor the set temperature of the A/C's control authority.
Present_Value property:
Temperature(°C)
Remarks : This object is for indoor units only, and reports the room temperature data measured
by the indoor units.
21) Accumulator Power Distribution (status)
Point number: 20
Object name: AccumPowerStatus_XXX (XXX: A/C unit address)
Object type: Analog Input
Meaning: This object is used to monitor the accumulator power distribution of the A/C's control
authority.
Present_Value property:
Range is 0 to 255 (Power Distributiion : count * 100Watt)
80 BACnet Gateway
