LENNOX V0CTRL86P-3 VRF BACnet Gateway
Important Information
THIS MANUAL MUST BE LEFT WITH THE OWNER FOR FUTURE REFERENCE
Equipment List
Package 1 of 1 consists of:
1 – BACnet gateway
1 – DIN rail
1 – Instruction and Application Guide
General
The Lennox VRF, Mini-VRF and Mini-Split BACnet Gateway allows connection of those systems to a building management system (BMS) using BACnet protocols. Setup can be accomplished through the use of a web browser and PC with with a network port.
 WARNING |
Improper installation, adjustment, alteration, service or maintenance can cause property damage, persona linjury or loss of life. Installation and service must be performed by a licensed professional HVAC installer or equivalent, service agency, or the gas supplier.
| WARNING |
Do not operate device with wet hands.
| CAUTION |
Before attempting to perform any service or maintenance, turn the electrical power to unit OFF at disconnect switch.
| CAUTION |
Do not install device in areas where heavy oil, vapor, or gases containing sulfur may exist or the controller may be damaged.
| CAUTION |
Clean device using a clean, damp cloth. Do not spray cleanser on or around device.
| IMPORTANT |
These instructions are intended as a general guide and do not supersede local codes in any way. Consult authorities having jurisdiction before installation. Read all of the information in this manual before operating this equipment.
Network Setting
There is an Ethernet interface in the device (Eth0). The factory-set device address is 192.168.1.8.
Security
Default Admin User Name: admin
Default Admin Password: 123456
Specifications
| Function | Description |
| Input Supply Power | 24VAC |
| BACnet Connection | BACnet/IP |
| I/O | 4 port 485 interface |
| Operating Temperature Range | 32°F ~ 104°F (0°C ~ 40°C) |
| Operating Humidity Range (Rh) | 25% ~ 90% |
| Dimensions | 10-1/2 in. X 10 in. X 2-3/8 in. (26 cm X 25 cm X 6 cm) |
| DIN Mounted | |
The V0CTRL86P-3 Lennox BACnet gateway can monitor and control up to 320 VRB & VPB VRF systems with up to 960 VRF outdoor units and 2560 VRF indoor units. See Appendix A.
All Lennox VRF P3 outdoor and indoor units can be connected to the V0CTRL86P-3 Lennox BACnet gateway.
See the LVM and BACnet Gateway installation manual (507897) for instructions for detailed connection information.
System Connections
The BACnet address is a four-digit number that identifies the BACnet gateway bus (port), the type of unit (indoor unit or outdoor unit) and the unit’s address. Device ID = XXXX
| X | X | X | X | |
| BACnet Bus (Port) Number | Unit Type | Unit Address | ||
| (0-3) | 0 | Indoor Unit | (Indoor Unit 0-63)
(Outdoor Unit 0-31) |
|
| 1 | Outdoor Unit | |||
Example – 0001 indicates BACnet device number 0, indoor unit type, indoor unit number 01.
Direct connect with PC from PC network port to the gateway Ethernet connection – Configure PC network port with the proper settings and use a web browser to connect – enter the IP address 192.168.1.8 and you will be prompted to enter name/password. once connected you will see the options for setting up the Gateway to reside on your bacnet network. Once connected you will see the options for setting up the Gateway to reside on your bacnet network.
User name = admin
User Password = 123456
| Object Type | Abbreviation |
| Analog Input | AI |
| Analog Output | AO |
| Analog Value | AV |
| Binary Input | BI |
| Binary Output | BO |
| Binary Value | BV |
| Multi-state Input | MI |
| Multi-state Output | MO |
| Multi-state Value | MV |
BACnet Object Points List
| Object ID | Object Name | Value | R/W | Description |
| BV 1 | On/Off Setting | “0-OFF 1-ON” |
R/W | Indoor unit ON/OFF setting |
| MV 1 | Mode Setting | “1-OFF 2-Fan 3-Cooling 4-Heating 5-Auto 6-Dry” |
R/W | Indoor unit mode setting |
| MV 2 | Fan Speed Setting | “1/2-Low 3/4-Medium 5/6/7-High 8-Auto 9-OFF” |
R/W | Indoor unit fan speed setting |
| AV 1 | Temperature Setting | 62~86F(17~30C) | R/W | Indoor unit setpoint for cooling, heating and dry mode |
| AV 2 | Dual Point (Cooling) Setting | 62~86F(17~30C) | R/W | Indoor unit auto mode cooling setpoint setting |
| AV 3 | Dual Point (Heating) Setting | 62~86F(17~30C) | R/W | Indoor unit auto mode heating setpoint setting |
| AV 4 | Cool Temperature Limit Setting | 62~86F(17~30C) | R/W | Indoor unit low limit of cooling, auto cooling and dry setpoint |
| AV 5 | Heat Temperature Limit Setting | 62~86F(17~30C) | R/W | Indoor unit up limit of heating and auto heating setpoint |
| MV 3 | Mode Limit Setting | “0-Unlock
1-Locked in cooling mode 2-Locked in heating mode” |
R/W | Indoor unit mode lock/unlock setting |
| MV 5 | Fan Lock/Unlock Setting | “1/2-Locked in low speed 3/4-Locked in medium speed 5/6/7-Locked in high speed\ 8-Unlock” |
R/W | Indoor unit fan speed lock/unlock setting |
| BV 4 | Remote Control Lock Setting | “0-Unlock 1-Wireless control locked” |
R/W | Wireless controller lock/unlock setting |
| BV 5 | Controller Lock Setting | “0-Unlock 1-Wired control locked” |
R/W | Wired controller lock/unlock setting |
| AI 1 | Room Temperature | Actual value | R | Indoor unit room temperature sensor value |
| BI 2 | Alarm Indication | “0-No malfunction code 1-Malfunciton code” | R | If there is error code for indoor unit |
| AI7 | Equipment Displayed Error and Associated Description | 95 | FE No address | R | Indoor unit error code |
| 61 | E0 Mode conflict | ||||
| 62 | E1 Communication error between indoor and main outdoor unit | ||||
| 63 | E2 T1 (Room temperature sensor) malfunction | ||||
| 64 | E3 T2 (Middle of evaporator sensor) malfunction | ||||
| 65 | E4 T2B (Outlet of evaporator sensor) malfunction | ||||
| 66 | E5 T2A (Inlet of evaporator sensor) malfunction | ||||
| 67 | E6 DC fan motor error | ||||
| 68 | E7 EEPROM failure | ||||
| 72 | Eb EXV malfunction | ||||
| 74 | Ed Outdoor unit Fault | ||||
| 75 | EE High Water Alarm | ||||
| 1 | A0 Emergency stop | ||||
| AI 9 | EXV Opening | Actual value | R | Indoor unit EEV opening | |
| AI 10 | Software Version | Actual value | R | Indoor unit software version | |
| AI 11 | Indoor type | “1-(V33B)Four-way cassette 2-(VWMB)Wall mounted 3-(VMDB)Medium static pressure duct 5-(VVCB)Vertical air handler 6-(VHIB)High static pressure duct 7-(V22B)Compact four-way cassette 8-(VCFB)Ceiling/Floor 11-(VOSB)Dedicated outside air duct 14-(VOWA)One way cassette 21-AHU control kit” |
R | Indoor unit series name | |
| AI 12 | Indoor Capacity | “8-7Kbtu/h 10-9Kbtu/h 12-12Kbtu/h 17-15Kbtu/h 20-18Kbtu/h 25-24Kbtu/h 32-30Kbtu/h 40-36Kbtu/h 50-48Kbtu/h 60-54Kbtu/h 65-60Kbtu/h 80-72Kbtu/h
100-96Kbtu/h” |
R | Indoor unit capacity | |
Outdoor Units Points List
| Object ID | Object Name | Value | R/W | Description |
| MI 1 | Mode Status |
|
R | Outdoor unit operation mode status. |
| BI 1 | On/Off Status | “0-OFF 1-ON” |
R | Outdoor unit ON/OFF status |
| AI 1 | Ambient Temperature | Actual value | R | Outdoor unit ambient temperature |
| AI 2 | Compressor 1 Freq. | Actual value | R | Outdoor unit main compressor frequency(Hz) |
| AI 3 | Compressor 2 Freq. | Actual value | R | Outdoor unit sub compressor frequency(Hz) |
| AI 4 | Compressor 1 Discharge Temp. | Actual value | R | Outdoor unit main compressor discharge temperature |
| AI 5 | Compressor 2 Discharge Temp. | Actual value | R | Outdoor unit sub compressor discharge temperature |
| AI 6 | High Pressure | Actual value | R | Outdoor unit discharge pressure (psi) |
| AI 7 | Low Pressure | Actual value | R | Outdoor unit suction pressure (psi) |
| AI 9 | Fan 1 Speed | Actual value | R | Outdoor unit Fan-1 speed step, not the actual RPM |
| AI8 | Equipment Displayed Error and Associated Description | 61 | E0 Communication error between outdoor units | R | Outdoor unit error code | |
| 62 | E1 Power phase loss error | |||||
| 63 | E2 Communication error between indoor and main outdoor unit | |||||
| 65 | E4 Outdoor ambient temperature sensor (T4/ T10) and condenser pipe temperature sensor (T3A/ T3B) error | |||||
| 66 | E5 Voltage error | |||||
| 67 | E6 Inverter module temperature sensor error | |||||
| 68 | E7 Discharge temp sensor error | |||||
| 69 | E8 Incorrect ENC 1 Main
– Sub Configuration |
|||||
| 70 | E9 Compressor driver error | |||||
| 101 | H0 Communication error between main control chip and inverter driver chip | |||||
| 103 | H2 Quantity of outdoor unit decreased | |||||
| 104 | H3 Quantity of outdoor unit increased | |||||
| 105 | H4 Compressor inverter module protection appears three times in 60 minutes, X stands for corresponding module | |||||
| 106 | H5 Low pressure protection lock out (P2 3X in 60 minutes) | |||||
| 107 | H6 Compressor Discharge Temperature Protection ( P4 3X in 100 minutes) | |||||
| 108 | H7 Quantity of indoor unit decreased | |||||
| 109 | H8 High pressure sensor error | |||||
| 110 | H9 DC Fan Module Protection ( P9 10X in 120 minutes) | |||||
| 112 | Hb Low pressure sensor error | |||||
| 114 | Hd Sub ODU error (Y will be 1 or 2, stands for sub 1 or sub 2 ODU) | |||||
| 48 | C7 Inverter Module Temperature Protection ( 1PL / 2PL 3X in 100
minutes) |
||||
| 82 | F1 PTC of filter board error | ||||
| 84 | F3 Outdoor unit Subcooler Outlet Temperature sensor error | ||||
| 86 | F5 Outdoor unit Subcooler Inlet Temperature sensor error | ||||
| 87 | F6 EEV A/B/C error (Y will be 1, 2 or 3, stands for A, B, C) | ||||
| 90 | F9 Communication error between low ambient cooling kit(LAC kit) and outdoor unit PCB | ||||
| 182 | P1 High Pressure Protection, CI/CO = 4.4/3.2 Mpa or 638/464 psig | ||||
| 183 | P2 Low Pressure Protection, CI/CO =.05/.15 Mpa or 7.25/21.8 psig | ||||
| 184 | P3 Over current protection of inverter compressor | ||||
| 185 | P4 Compressor discharge temp protection, CI/CO = 120/90°C or 248/194°F | ||||
| 186 | P5 Condenser high temp protection, CI/CO= 65/55°C or 149/131°F | ||||
| 190 | P9 Fan module protection | ||||
| 198 | PL Temperature protection of inverter module, CI/CO = 80/60°C or 176/140°F | ||||
| AI 10 | Fan 2 Speed | Actual value | R | Outdoor unit Fan-2 speed step, not the actual RPM | |
| BI 2 | Alarm Indication | “0-No malfunction code 1-Malfunciton code” | R | If there is an error code for outdoor unit. | |
| AI 11 | T3 | Actual temperature | R | Outdoor left condenser temperature | |
| AI 12 | T3B | Actual temperature | R | Outdoor right condenser temperature | |
| BI 4 | SV2 | “0-OFF
1-ON” |
R | Outdoor SV2(Solenoid valve) status |
| BI 6 | SV4 | “0-OFF
1-ON” |
R | Outdoor SV4(Solenoid valve) status |
| BI 11 | ST1 | “0-Not energized 1-Energized” | R | Outdoor ST1(Reverse valve) status |
| BI 12 | ST2 | “0-Not energized 1-Energized” | R | Outdoor ST2(Reverse valve) status |
| AI 13 | Version | Actual value | R | Outdoor unit main PCB software version |
| AI 14 | Outdoor type | “0-Mini VRF 1-VRF” | R | Outdoor unit type |
| AI 15 | Outdoor horses | Actual value | R | Outdoor unit capacity (Ton) |
| AI 16 | Exv1 opening | Actual value | R | Outdoor EEV A opening (pulse) |
| AI 17 | Exv2 opening | Actual value | R | Outdoor EEV B opening (pulse) |
| BV 1 | Emergency Stop | “0-None 1-Energy stop command” | W | Emergency stop command |
Technical Support
1-800-4LENNOX
(1-800-453-6669)
technicalsupport@lennoxind.com
LennoxCommercial.com
Download the VRF and Mini-Split app
from the Apple App Store or the Google Play store
Documents / Resources
 |
LENNOX V0CTRL86P-3 VRF BACnet Gateway [pdf] User Guide V0CTRL86P-3, V0CTRL86P-3 VRF BACnet Gateway, VRF BACnet Gateway, BACnet Gateway, Gateway |
