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VRF central controller with BACnet IP · BACnet points list
Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50) BACnet points list
Updated 28 October 2026
The AE-C400 and EW-C50 centralized controllers (and the BACS-AP50 BM adapter, which behaves like an EW-C) expose the M-NET system to BACnet IP on their LAN2 port. Points are generated per group from a fixed template, plus separate blocks for PI controllers, outdoor units, interlocked units and chillers. The controller only creates objects that the connected unit type supports, so a Lossnay group or a chiller shows a different subset.
This page lists 71 BACnet objects for the Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50) — 28 of them writable — with each object’s type, instance number, name, engineering units and access. It is re-typed from Mitsubishi Electric’s own free documentation, linked below.
- Manufacturer
- Mitsubishi Electric
- Model
- AE-C400 / EW-C50 BACnet (BACS-AP50)
- Equipment
- VRF central controller with BACnet IP
- Equipment type
- VRF & split air conditioners
- BACnet objects
- 71 (28 writable)
- Transport
- BACnet IP
- Firmware
- Not stated
- Also known as
- AE-C400, AE-C400E, EW-C50, EW-C50E, BACS-AP50, BACS-AP50E, AE-C/EW-C BACnet
Instance calculator. This list prints one unit; the other units follow a formula. Mitsubishi Electric AE-C400 / EW-C50 instance calculator →
Reference only, provided as-is: verify against Mitsubishi Electric’s current documentation and the live device before use. Not official Mitsubishi Electric information. Terms of use.
BMS integration notes: Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50)
Register the BACnet connection license, set the LAN2 (BACnet) IP and the device number with the BACnet Setting Tool, and wait for the controller to go ONLINE. Then map the per-group objects (01GGPP): On Off, mode, setpoint, room temp and alarm. Write only when a setting changes, never cyclically.
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 |
|---|---|---|---|
| BO 10101 | On Off Setup | Start/stop the group | Write |
| MO 10105 | Operational Mode Setup | Command the operating mode | Write |
| AV 10110 | Set Temp | Setpoint for single-setpoint groups | Write |
| AV 10124 | Set Temp Cool | Cooling setpoint for dual-setpoint groups | Write |
| AV 10125 | Set Temp Heat | Heating setpoint for dual-setpoint groups | Write |
| MO 10107 | Fan Speed Setup | Fan speed: 1 low, 2 high, 3 mid2, 4 mid1, 5 auto | Write |
| BI 10102 | On Off State | Confirm run status | Read |
| AI 10109 | Room Temp | Room temperature (water temp on Air To Water groups) | Read |
| BI 10103 | Alarm Signal | Group fault alarm | Read |
| BI 10120 | M-NET Communication State | M-NET link to the group lost | Read |
Enable & remote start
BACnet only runs when the controller is in ONLINE mode, which needs a valid BACnet connection license and consistent BACnet settings. Changing group/interlock settings sends it back to OFFLINE; returning to ONLINE can take up to about 10 minutes on large systems. Local remote-controller lockouts are the Prohibition BVs (13-17) per group.
Network setup
- BACnet uses the LAN2 port (100BASE-TX); LAN1 and LAN2 must be on different networks and on separate switches. LAN2 cannot be used for cloud connection when BACnet is on.
- UDP 47808 recommended for unicast and broadcast; Class C private address recommended (192.168.2.1 to 192.168.254.254).
- Protocol revision is selectable in the BACnet Setting Tool (Rev.12 or Rev.21); pick Rev.12 for BMS front ends at Rev.4-11.
- Device number, COV and event notification destinations and which objects are used are set in the BACnet Setting Tool; the manual gives no default device instance.
- Each AE-C/EW-C is configured separately; the Setting Tool handles one controller at a time.
Watch out for
- WriteProperty limit: 24 writes per day per property, 200 ms between writes. Do not rewrite on/off, setpoint, mode or prohibitions periodically; the units keep settings in nonvolatile memory.
- Read interval: 200 ms per property; after a ReadPropertyMultiple of N properties wait N x 200 ms.
- M-NET communication errors with a unit set Alarm Signal, Error Code, Error Code Detail and M-NET Communication State; the alarm part depends on the 'Not reflect communication error to alarm signal' setting.
- If System Forced Off cannot be cleared from the BMS (for example after a comms fault), it can be force-reset from the BACnet Setting Tool.
- Some property values are saved to nonvolatile memory only every 30 or 60 minutes, so a power cut can roll them back.
- Energy accumulators and their trend logs need the Charge license.
Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50) 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 | |||||
|---|---|---|---|---|---|---|
| BOmin | 10101 | On Off Setup | Start/stop command for the group | Write | Inactive=Stop, Active=Run | |
| BImin | 10102 | On Off State | Group run status | Read | Inactive=Stop, Active=Run | |
| BImin | 10103 | Alarm Signal | Group alarm | Read | Inactive=Normal, Active=Error | |
| MI | 10104 | Error Code | Error category for the group | Read | 1=Normal, 2=Other errors, 3=Refrigeration system fault, 4=Water system error, 5=Air system error, 6=Electronic system error, 7=Sensor fault, 8=Communication error, 9=System error | |
| MOmin | 10105 | Operational Mode Setup | Operating mode command | Write | 1=Cool, 2=Heat, 3=Fan, 4=Auto, 5=Dry, 6=Setback | |
| MI | 10106 | Operational Mode State | Current operating mode | Read | 1=Cool, 2=Heat, 3=Fan, 4=Auto, 5=Dry, 6=Setback | |
| MOmin | 10107 | Fan Speed Setup | Fan speed command | Write | 1=Low, 2=High, 3=Mid 2, 4=Mid 1, 5=Auto | |
| MI | 10108 | Fan Speed State | Current fan speed | Read | 1=Low, 2=High, 3=Mid 2, 4=Mid 1, 5=Auto | |
| AImin | 10109 | Room Temp | Room temperature (water temp for Air To Water) | °F/°C | Read | |
| AVmin | 10110 | Set Temp | Single setpoint (set water temp for Air To Water) | °F/°C | Write | |
| BI | 10111 | Filter Sign | Filter sign | Read | Inactive=OFF, Active=ON | |
| BV | 10112 | Filter Sign Reset | Resets the filter sign | Write | Inactive=Reset, Active=Void | |
| BV | 10113 | Prohibition On Off | Locks out local on/off | Write | Inactive=Permit, Active=Prohibit | |
| BV | 10114 | Prohibition Mode | Locks out local mode change | Write | Inactive=Permit, Active=Prohibit | |
| BV | 10115 | Prohibition Filter Sign Reset | Locks out local filter sign reset | Write | Inactive=Permit, Active=Prohibit | |
| BV | 10116 | Prohibition Set Temperature | Locks out local setpoint change | Write | Inactive=Permit, Active=Prohibit | |
| BV | 10117 | Prohibition Fan Speed | Locks out local fan speed change | Write | Inactive=Permit, Active=Prohibit | |
| BImin | 10120 | M-NET Communication State | M-NET communication status | Read | Inactive=Normal, Active=Error | |
| BV | 10121 | System Forced Off | Forced off, individual group | Write | Inactive=Reset, Active=Execute | |
| BV | 19921 | System Forced Off | Forced off, all groups (collective) | Write | Inactive=Reset, Active=Execute | |
| MO | 10122 | Air Direction Setup | Vane direction command | Write | 1=Horizontal, 2=Downblow 60%, 3=Downblow 80%, 4=Downblow 100%, 5=Swing | |
| MI | 10123 | Air Direction State | Current vane direction | Read | 1=Horizontal, 2=Downblow 60%, 3=Downblow 80%, 4=Downblow 100%, 5=Swing | |
| AVmin | 10124 | Set Temp Cool | Cooling setpoint (dual setpoint) | °F/°C | Write | |
| AVmin | 10125 | Set Temp Heat | Heating setpoint (dual setpoint) | °F/°C | Write | |
| AV | 10126 | Set Temp Auto | Auto-mode setpoint (single setpoint auto) | °F/°C | Write | |
| AV | 10127 | Set High Limit Setback Temp | Upper setback limit | °F/°C | Write | |
| AV | 10128 | Set Low Limit Setback Temp | Lower setback limit | °F/°C | Write | |
| MO | 10135 | Ventilation Mode Setup | Lossnay ventilation mode command | Write | 1=Heat Recovery, 2=Bypass, 3=Auto | |
| MI | 10136 | Ventilation Mode State | Current Lossnay ventilation mode | Read | 1=Heat Recovery, 2=Bypass, 3=Auto | |
| MO | 10137 | Air To Water Mode Setup | Air To Water mode command | Write | 1=Heating, 2=Heating ECO, 3=Hot Water, 4=Anti-freeze, 5=Cooling | |
| MI | 10138 | Air To Water Mode State | Current Air To Water mode | Read | 1=Heating, 2=Heating ECO, 3=Hot Water, 4=Anti-freeze, 5=Cooling | |
| ACC | 10139 | Group Apportioned Electric Energy | Apportioned energy per group (needs Charge license) | 0.1 kWh | Read | |
| ACC | 610139 | Interlocked Units Apportioned Electric Energy | Apportioned energy per interlocked unit | 0.1 kWh | Read | |
| ACC | 10144 | Group Apportionment Parameter | Apportionment parameter per group | Read | ||
| ACC | 610144 | Interlocked Units Apportionment Parameter | Apportionment parameter per interlocked unit | Read | ||
| BI | 10146 | Night Purge State | Night purge active | Read | Inactive=OFF, Active=ON | |
| BI | 10147 | Thermo On Off State | Thermostat on/off status | Read | Inactive=OFF, Active=ON | |
| BI | 10048 | System Alarm Signal | Controller-level system alarm | Read | Inactive=Normal, Active=Error | |
| AI | 10149 | Error Code Detail | Numeric error code | Read | ||
| BI | 10150 | External Heat Source State | External heat source status | Read | Inactive=OFF, Active=ON | |
| BI | 410103 | PIcontroller Alarm Signal | PI controller alarm | Read | Inactive=Normal, Active=Error | |
| ACC | 410140 | PIcontroller Electric Energy 1 | Metered energy, PI controller channel 1 | 0.1 kWh | Read | |
| ACC | 410141 | PIcontroller Electric Energy 2 | Metered energy, PI controller channel 2 | 0.1 kWh | Read | |
| ACC | 410142 | PIcontroller Electric Energy 3 | Metered energy, PI controller channel 3 | 0.1 kWh | Read | |
| ACC | 410143 | PIcontroller Electric Energy 4 | Metered energy, PI controller channel 4 | 0.1 kWh | Read | |
| AI | 510101 | COP | Outdoor unit coefficient of performance | Read | ||
| TL | 10180 | Trend Log Room Temp | Trend log of Room Temp | Read | ||
| TL | 10183 | Trend Log Group Apportioned Electric Energy | Trend log of group apportioned energy | Read | ||
| TL | 610183 | Trend Log Interlocked Units Apportioned Electric Energy | Trend log of interlocked unit energy | Read | ||
| TL | 410184 | Trend Log PIcontroller Electric Energy 1 | Trend log of PI controller channel 1 | Read | ||
| TL | 410185 | Trend Log PIcontroller Electric Energy 2 | Trend log of PI controller channel 2 | Read | ||
| TL | 410186 | Trend Log PIcontroller Electric Energy 3 | Trend log of PI controller channel 3 | Read | ||
| TL | 410187 | Trend Log PIcontroller Electric Energy 4 | Trend log of PI controller channel 4 | Read | ||
| TL | 10188 | Trend Log Group Apportionment Parameter | Trend log of group apportionment parameter | Read | ||
| TL | 610188 | Trend Log Interlocked Units Apportionment Parameter | Trend log of interlocked unit parameter | Read | ||
| BO | 710101 | Chiller On Off Setup | Chiller start/stop command | Write | Inactive=OFF, Active=ON | |
| BI | 710102 | Chiller On Off State | Chiller run status | Read | Inactive=OFF, Active=ON | |
| MO | 710103 | Chiller Operational Mode Setup | Chiller mode command | Write | 1=Heating, 2=Cooling, 3=Anti-freeze, 4=Heating ECO | |
| MI | 710104 | Chiller Operational Mode State | Current chiller mode | Read | 1=Heating, 2=Cooling, 3=Anti-freeze, 4=Heating ECO | |
| MO | 710105 | Chiller Fan Mode Setup | Chiller fan mode command | Write | 1=Normal, 2=Snow | |
| MI | 710106 | Chiller Fan Mode State | Current chiller fan mode | Read | 1=Normal, 2=Snow | |
| AV | 710107 | Chiller Set Temp Cool | Chiller cooling water setpoint | °C | Write | |
| AV | 710108 | Chiller Set Temp Heat | Chiller heating water setpoint | °C | Write | |
| AI | 710109 | Chiller Representative Inlet Water Temp | Inlet water temperature | °C | Read | |
| AI | 710110 | Chiller Representative Outlet Water Temp | Outlet water temperature | °C | Read | |
| BI | 710111 | Chiller Representative Alarm Signal | Chiller system alarm | Read | Inactive=Normal, Active=Error | |
| BI | 710112 | Chiller Communication State | Chiller communication status | Read | Inactive=Normal, Active=Error | |
| BV | 710115 | Chiller Prohibition On Off | Locks out local chiller on/off | Write | Inactive=Permit, Active=Prohibit | |
| BV | 710116 | Chiller Prohibition Mode | Locks out local chiller mode change | Write | Inactive=Permit, Active=Prohibit | |
| BV | 710117 | Chiller Prohibition Set Temperature | Locks out local chiller setpoint change | Write | Inactive=Permit, Active=Prohibit | |
| BI | 910111 | Chiller Unit Alarm Signal | Alarm for an individual chiller unit | Read | Inactive=Normal, Active=Error |
No points match these filters.
Object ID lookup: Mitsubishi Electric AE-C400 / EW-C50 point IDs by name
BO10101On Off SetupBI10102On Off StateBI10103Alarm SignalMI10104Error CodeMO10105Operational Mode SetupMI10106Operational Mode StateMO10107Fan Speed SetupMI10108Fan Speed StateAI10109Room TempAV10110Set TempBI10111Filter SignBV10112Filter Sign ResetBV10113Prohibition On OffBV10114Prohibition ModeBV10115Prohibition Filter Sign ResetBV10116Prohibition Set TemperatureBV10117Prohibition Fan SpeedBI10120M-NET Communication StateBV10121System Forced OffBV19921System Forced OffMO10122Air Direction SetupMI10123Air Direction StateAV10124Set Temp CoolAV10125Set Temp HeatAV10126Set Temp AutoAV10127Set High Limit Setback TempAV10128Set Low Limit Setback TempMO10135Ventilation Mode SetupMI10136Ventilation Mode StateMO10137Air To Water Mode SetupMI10138Air To Water Mode StateACC10139Group Apportioned Electric EnergyACC610139Interlocked Units Apportioned Electric EnergyACC10144Group Apportionment ParameterACC610144Interlocked Units Apportionment ParameterBI10146Night Purge StateBI10147Thermo On Off StateBI10048System Alarm SignalAI10149Error Code DetailBI10150External Heat Source StateBI410103PIcontroller Alarm SignalACC410140PIcontroller Electric Energy 1ACC410141PIcontroller Electric Energy 2ACC410142PIcontroller Electric Energy 3ACC410143PIcontroller Electric Energy 4AI510101COPTL10180Trend Log Room TempTL10183Trend Log Group Apportioned Electric EnergyTL610183Trend Log Interlocked Units Apportioned Electric EnergyTL410184Trend Log PIcontroller Electric Energy 1TL410185Trend Log PIcontroller Electric Energy 2TL410186Trend Log PIcontroller Electric Energy 3TL410187Trend Log PIcontroller Electric Energy 4TL10188Trend Log Group Apportionment ParameterTL610188Trend Log Interlocked Units Apportionment ParameterBO710101Chiller On Off SetupBI710102Chiller On Off StateMO710103Chiller Operational Mode SetupMI710104Chiller Operational Mode StateMO710105Chiller Fan Mode SetupMI710106Chiller Fan Mode StateAV710107Chiller Set Temp CoolAV710108Chiller Set Temp HeatAI710109Chiller Representative Inlet Water TempAI710110Chiller Representative Outlet Water TempBI710111Chiller Representative Alarm SignalBI710112Chiller Communication StateBV710115Chiller Prohibition On OffBV710116Chiller Prohibition ModeBV710117Chiller Prohibition Set TemperatureBI910111Chiller Unit Alarm Signal
Integration notes
- Instance = 6 digits CCNNPP: CC = object class + fixed 1 (01 group, 41 PI controller, 51 outdoor unit, 61 interlocked unit, 71 chiller system, 91 chiller unit), NN = address (01-50; 99 = collective), PP = point. Instances here use address 01 (e.g. 010101 = 10101).
- Outdoor unit (51zz) address is the M-NET outdoor address minus 50.
- Apportioned energy accumulators and their trend logs need the Charge license; PI controller energy objects are 41mm40-43 with trend logs 41mm84-87.
- Dry, Mid 1/Mid 2 fan speeds and Setback depend on BACnet Setting Tool / Initial Setting Tool options; dual-setpoint groups use Set Temp Cool/Heat (24/25) instead of Set Temp (10).
- Chiller commands only work when the chiller's command source is the system controller; change chiller mode only while the chiller is off.
- Printed document number is WT10808X04 although the download file name says X03.
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 AE-C400 / EW-C50 BACnet (BACS-AP50) 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 Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50)
How many BACnet points does the Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50) have?
This list has 71 BACnet objects: 5 analog inputs, 8 analog values, 13 binary inputs, 2 binary outputs, 11 binary values, 8 multi-state inputs, 7 multi-state outputs, 9 trend logs, 8 accumulators. The exact set on a given unit depends on its firmware, installed options and configuration.
Which Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50) BACnet points are writable?
28 of the 71 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 Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50) BACnet documentation?
The source is Centralized Controller AE-C400/EW-C50, BM ADAPTER BACS-AP50 Instruction Book <BACnet function> (WT10808X04), published free by Mitsubishi Electric at https://confort.mitsubishielectric.fr/documents/link/26707/stream/1766501797-GTC-BACS-AP50E-NOTICE-UTILISATION-WT10808X03-EN.pdf.
What are the minimum BACnet points to integrate the Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50)?
Start with BO 10101 On Off Setup (Start/stop the group); MO 10105 Operational Mode Setup (Command the operating mode); AV 10110 Set Temp (Setpoint for single-setpoint groups); AV 10124 Set Temp Cool (Cooling setpoint for dual-setpoint groups); AV 10125 Set Temp Heat (Heating setpoint for dual-setpoint groups); MO 10107 Fan Speed Setup (Fan speed: 1 low, 2 high, 3 mid2, 4 mid1, 5 auto); BI 10102 On Off State (Confirm run status); AI 10109 Room Temp (Room temperature (water temp on Air To Water groups)); BI 10103 Alarm Signal (Group fault alarm); BI 10120 M-NET Communication State (M-NET link to the group lost).
How do I enable BMS control of the Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50)?
BACnet only runs when the controller is in ONLINE mode, which needs a valid BACnet connection license and consistent BACnet settings. Changing group/interlock settings sends it back to OFFLINE; returning to ONLINE can take up to about 10 minutes on large systems. Local remote-controller lockouts are the Prohibition BVs (13-17) per group.
How do I check these points on the real AE-C400 / EW-C50 BACnet (BACS-AP50)?
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 Mitsubishi Electric BACnet points lists
- VRF central controller with BACnet IP
Mitsubishi Electric AE-200J / AE-50J / EW-50J BACnet (Japan)
Japan-market CITY MULTI building air conditioning groups, Lossnay ventilators, DT-R, hot water heat pumps and brine coolers managed by an AE-200J, AE-50J or EW-50J.
Also known as: AE-200J, AE-50J, EW-50J, AE-200J BACnet, 三菱電機 AE-200J BACnet機能 - VRF BACnet IP gateway
Mitsubishi Electric BAC-HD150 BM Adapter
CITY MULTI VRF indoor unit groups, Lossnay, and Air To Water (PWFY) units on M-NET, up to 50 groups.
Also known as: BAC-HD150, BAC-HD/150, BACHD150, BM ADAPTER, CMCN BACnet points list, MEAPP0002 - Variable frequency drive (inverter)
Mitsubishi Electric FR-E800 inverter (BACnet IP, Ethernet models)
Mitsubishi Electric FR-E800 compact inverters with the built-in Ethernet port (FR-E8xx-E and safety/IP67 Ethernet variants) set to BACnet/IP.
Also known as: FR-E800, FR-E800-E, FR-E820, FR-E840, FR-E860, IB-0600871ENG - Variable frequency drive (HVAC fan and pump)
Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP)
Mitsubishi Electric FR-F800 fan and pump inverters (FR-F820/F840/F842/F846) on the RS-485 terminals, and FR-F800-E models on the built-in Ethernet port.
Also known as: FR-F800, FR-F800-E, FR-F820, FR-F840, FR-F842, FR-F846, FR-F820-E, FR-F840-E, FR-F842-E, FR-F846-E, Mitsubishi FR-F800 BACnet, IB-0600547ENG, IB-0600628ENG - VRF BACnet IP interface (legacy)
Mitsubishi Electric PAC-YG31CDA BACnet Interface
CITY MULTI indoor unit groups managed by up to ten G-50A central controllers.
Also known as: PAC-YG31CDA, G-50A BACnet, BACnet Interface for G-50A - Split air conditioner BACnet IP gateway (legacy)
Mitsubishi Electric Procon BAC-A/50 (Mr. SLIM)
Mitsubishi Electric Mr. SLIM (A-control) split air conditioners, up to 50 outdoor units each fitted with a Sub I/F board.
Also known as: BAC-A/50, BACA50, Procon BAC A 50, RM2428 - VRF BACnet IP gateway (legacy)
Mitsubishi Electric Procon BAC-IP/50
CITY MULTI indoor units, Lossnay/OA units and heat-pump boilers connected to one G-50 central controller (up to 50 units).
Also known as: BAC-IP/50, BACIP50, Procon BAC IP 50 - Split / VRF indoor unit interface (single unit)
Mitsubishi Electric Procon MelcoBEMS MINI (A1M+) - Air-To-Air units
Mitsubishi Electric air-to-air split and indoor units connected one per adapter through the CN105 connector.
Also known as: A1M+, MelcoBEMS MINI A1M PLUS, MelcoBEMS MINI (A1M), Procon A1M - Air-to-water heat pump interface
Mitsubishi Electric Procon MelcoBEMS MINI (A1M+) - Air-To-Water (Ecodan) units
Mitsubishi Electric air-to-water (Ecodan) heat pump systems with an FTC controller, one adapter per system.
Also known as: A1M+ ATW, MelcoBEMS MINI A1M PLUS Ecodan, Procon A1M+ Ecodan - Energy recovery ventilator interface
Mitsubishi Electric Procon MelcoBEMS MINI (A1M+) - Lossnay units
Mitsubishi Electric Lossnay energy recovery ventilators supported by the A1M+ (listed in the manual appendix).
Also known as: A1M+ Lossnay, MelcoBEMS MINI A1M PLUS Lossnay - VRF central controller gateway
Mitsubishi Electric Procon MelcoBEMS2 (centralised controller BEMS gateway)
Mitsubishi Electric City Multi and split systems managed by an AE-C400/EW-C50, AE-200/EB50, AG-150A or GB-50ADA centralised controller (up to 50 groups).
Also known as: MelcoBEMS2, MelcoBEMS, Procon MelcoBEMS, MELCOBEMS
Source: Centralized Controller AE-C400/EW-C50, BM ADAPTER BACS-AP50 Instruction Book <BACnet function> · WT10808X04. Object names, instances and units are reproduced as published; descriptions are our own.