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Variable frequency drive (HVAC fan and pump) · BACnet points list
Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP) BACnet points list
Updated 6 November 2026
The FR-F800 runs BACnet MS/TP on its RS-485 terminals when Pr.549 = 2; the FR-F800-E Ethernet models also offer BACnet IP. Both manuals print the same fixed object list: terminal inputs and outputs, run/stop, direction and fault reset BVs, the Speed scale frequency command (% of Pr.390), PID setpoint and feedback commands, output monitors, fault history and a mailbox for other parameters. The drive is a B-ASC.
This page lists 81 BACnet objects for the Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP) — 33 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
- FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP)
- Equipment
- Variable frequency drive (HVAC fan and pump)
- Equipment type
- VFDs & pumps
- BACnet objects
- 81 (33 writable)
- Transport
- BACnet MS/TP, BACnet IP
- Firmware
- PICS firmware revision 2.00 (MS/TP manual); 1.00 in the Ethernet manual PICS
- Default device instance
- 0
- 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
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 FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP)
For MS/TP set Pr.549 = 2, the MAC address in Pr.331, the baud rate in Pr.332 and the device instance in Pr.728/Pr.729. For BACnet IP on an F800-E set 47808 in one of Pr.1427-Pr.1429 and allow the BMS IP range in Pr.1449-Pr.1454. With the drive in Network operation mode and NET as command and speed source, write AV 300 Speed scale and BV 400 Run/Stop, and read BV 0, AV 1, AV 2 and BV 99.
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 400 | Run/Stop | Start/stop command (1 = start) | Command |
| AV 300 | Speed scale | Frequency command, % of Pr.390 | Command |
| BV 402 | Fault reset | Clears the fault output | Command |
| BV 0 | Inverter running | Running status | Read |
| BV 11 | Inverter operation ready | Drive ready to run | Read |
| AV 1 | Output frequency | Output frequency, Hz | Read |
| AV 2 | Output current | Motor amps | Read |
| AV 14 | Output power | Output power, kW | Read |
| BV 99 | Fault output | Any active drive fault | Read |
| AV 200 | Alarm history 1 | Latest fault record | Read |
Enable & remote start
BV 400/401 and the AV 300-322 commands can be written at any time but are only applied when the communication operation command source and speed command source are NET (Pr.338/Pr.339) and the drive is in Network operation mode. The start command takes effect after Speed scale is applied.
Heartbeat & communication loss
The MS/TP section gives no BACnet-specific timeout. For RS-485 terminal communication, Pr.502 sets the action on a communication error (coast, decelerate to stop, or keep running at the Pr.779 frequency) and the LF alarm turns on. On an F800-E, Pr.1432 Ethernet communication check time interval (default 9999 = off) trips E.EHR if the devices in the Pr.1449-Pr.1454 range stop sending; Pr.1431 sets the action on a physical Ethernet loss.
Sensors & values from the BMS
AV 311 PID measured value CMD lets the BMS write the PID feedback (and AV 310 the setpoint) when Pr.128 = 60 or 61; AV 321/AV 320 do the same for the second PID when Pr.753 = 60 or 61.
Network setup
- MS/TP: Pr.549 = 2 (BACnet MS/TP), Pr.331 MAC address 0-127 (default 0), Pr.332 baud rate = setting x 100 bps (96 default, up to 1152).
- Pr.726 Auto Baudrate/Max Master: bit 7 turns on auto baud, bits 0-6 are Max Master (default 255). Pr.727 Max Info Frames, default 1.
- Device instance = Pr.728 (upper 3 digits) and Pr.729 (lower 4 digits), 0 to 4194302, default 0.
- MS/TP is fixed at 8 data bits, no parity, 1 stop bit. The drive has local bias resistors only, so at least one node on the segment must provide network bias.
- BACnet IP (FR-F800-E only): set 47808 in one of Pr.1427-Pr.1429 Ethernet function selection and set Pr.1449-Pr.1454 to the BMS IP range; while those are 0, no commands are accepted over Ethernet.
- Pr.390 % setting reference frequency (default 60 Hz FM / 50 Hz CA) is the 100 % point for AV 300.
Watch out for
- Pr.342 = 0 (default) stores parameters written over the network in EEPROM; set Pr.342 = 1 if the BMS writes parameters often.
- The set frequency only changes when AV 300 is written, not when Pr.390 changes, and it is held in RAM.
- BACnet IP: do not include other inverters' IP addresses in the Pr.1449-Pr.1454 range, or the drive trips E.EHR.
- Segmentation is not supported.
- Automatic baud rate recognition writes the detected baud rate to Pr.332 in EEPROM.
Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP) 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 | |||||
|---|---|---|---|---|---|---|
| AI | 0 | Terminal 1 | Terminal 1 input level (range per Pr.73/Pr.267) | % | Read | |
| AI | 1 | Terminal 2 | Terminal 2 input level (range per Pr.73/Pr.267) | % | Read | |
| AI | 2 | Terminal 4 | Terminal 4 input level (range per Pr.73/Pr.267) | % | Read | |
| AO | 0 | Terminal FM (CA) | Terminal FM/CA output level, 0-200 %; needs Pr.54 = 85 | % | Command | |
| AO | 1 | Terminal AM | Terminal AM output level, -200 to 200 %; needs Pr.158 = 86 | % | Command | |
| AVmin | 1 | Output frequency | Output frequency | Hz | Read | |
| AVmin | 2 | Output current | Output current | A | Read | |
| AV | 3 | Output voltage | Output voltage | V | Read | |
| AV | 6 | Running speed | Running speed | rpm | Read | |
| AV | 8 | Converter output voltage | Converter (DC bus) output voltage | V | Read | |
| AVmin | 14 | Output power | Output power | kW | Read | |
| AV | 17 | Load meter | Load meter | % | Read | |
| AV | 20 | Cumulative energization time | Cumulative power-on time | h | Read | |
| AV | 23 | Actual operation time | Actual run time | h | Read | |
| AV | 25 | Cumulative power | Cumulative energy | kWh | Read | |
| AV | 52 | PID set point | PID setpoint monitor | Read | ||
| AV | 54 | PID deviation | PID deviation monitor | Read | ||
| AV | 67 | PID measured value2 | PID measured value 2 monitor | Read | ||
| AV | 92 | Second PID set point | Second PID setpoint monitor | Read | ||
| AV | 94 | Second PID deviation | Second PID deviation monitor | Read | ||
| AV | 95 | Second PID measured value 2 | Second PID measured value 2 monitor | Read | ||
| AVmin | 200 | Alarm history 1 | Fault record 1 (latest) | Read | ||
| AV | 201 | Alarm history 2 | Fault record 2 | Read | ||
| AV | 202 | Alarm history 3 | Fault record 3 | Read | ||
| AV | 203 | Alarm history 4 | Fault record 4 | Read | ||
| AVmin | 300 | Speed scale | Frequency command as % of Pr.390, 0.00-100.00 | % | Command | |
| AV | 310 | PID set point CMD | PID setpoint when Pr.128 = 60 or 61, 0-100 | Command | ||
| AV | 311 | PID measured value CMD | PID measured value when Pr.128 = 60 or 61, 0-100 | Command | ||
| AV | 312 | PID deviation CMD | PID deviation when Pr.128 = 50 or 51, -100 to 100 | % | Command | |
| AV | 320 | Second PID set point CMD | Second PID setpoint when Pr.753 = 60 or 61 | Command | ||
| AV | 321 | Second PID measured value CMD | Second PID measured value when Pr.753 = 60 or 61 | Command | ||
| AV | 322 | Second PID deviation CMD | Second PID deviation when Pr.753 = 50 or 51 | % | Command | |
| AV | 398 | Mailbox parameter | Register number for indirect access | Write | ||
| AV | 399 | Mailbox value | Value read or written through the mailbox | Write | ||
| AV | 10007 | Acceleration time | Pr.7 acceleration time | s | Write | |
| AV | 10008 | Deceleration time | Pr.8 deceleration time | s | Write | |
| BI | 0 | Terminal STF | Input terminal STF state | Read | 0=Inactive, 1=Active | |
| BI | 1 | Terminal STR | Input terminal STR state | Read | 0=Inactive, 1=Active | |
| BI | 2 | Terminal AU | Input terminal AU state | Read | 0=Inactive, 1=Active | |
| BI | 3 | Terminal RT | Input terminal RT state | Read | 0=Inactive, 1=Active | |
| BI | 4 | Terminal RL | Input terminal RL state | Read | 0=Inactive, 1=Active | |
| BI | 5 | Terminal RM | Input terminal RM state | Read | 0=Inactive, 1=Active | |
| BI | 6 | Terminal RH | Input terminal RH state | Read | 0=Inactive, 1=Active | |
| BI | 7 | Terminal JOG | Input terminal JOG state | Read | 0=Inactive, 1=Active | |
| BI | 8 | Terminal MRS | Input terminal MRS state | Read | 0=Inactive, 1=Active | |
| BI | 9 | Terminal STOP | Input terminal STOP state | Read | 0=Inactive, 1=Active | |
| BI | 10 | Terminal RES | Input terminal RES state | Read | 0=Inactive, 1=Active | |
| BI | 11 | Terminal CS | Input terminal CS state | Read | 0=Inactive, 1=Active | |
| BI | 100 | Terminal RUN | Output terminal RUN state | Read | 0=Inactive, 1=Active | |
| BI | 101 | Terminal SU | Output terminal SU state | Read | 0=Inactive, 1=Active | |
| BI | 102 | Terminal IPF | Output terminal IPF state | Read | 0=Inactive, 1=Active | |
| BI | 103 | Terminal OL | Output terminal OL state | Read | 0=Inactive, 1=Active | |
| BI | 104 | Terminal FU | Output terminal FU state | Read | 0=Inactive, 1=Active | |
| BI | 105 | Terminal ABC1 | Output terminal ABC1 state | Read | 0=Inactive, 1=Active | |
| BI | 106 | Terminal ABC2 | Output terminal ABC2 state | Read | 0=Inactive, 1=Active | |
| BI | 107 | Terminal So (SO) | Output terminal So (SO) state | Read | 0=Inactive, 1=Active | |
| BO | 0 | Terminal RUN CMD | Drives output RUN; needs Pr.190 = 82 or 182 | Command | 0=Inactive, 1=Active | |
| BO | 1 | Terminal SU CMD | Drives output SU; needs Pr.191 = 82 or 182 | Command | 0=Inactive, 1=Active | |
| BO | 2 | Terminal IPF CMD | Drives output IPF; needs Pr.192 = 82 or 182 | Command | 0=Inactive, 1=Active | |
| BO | 3 | Terminal OL CMD | Drives output OL; needs Pr.193 = 82 or 182 | Command | 0=Inactive, 1=Active | |
| BO | 4 | Terminal FU CMD | Drives output FU; needs Pr.194 = 82 or 182 | Command | 0=Inactive, 1=Active | |
| BO | 5 | Terminal ABC1 CMD | Drives output ABC1; needs Pr.195 = 82 or 182 | Command | 0=Inactive, 1=Active | |
| BO | 6 | Terminal ABC2 CMD | Drives output ABC2; needs Pr.196 = 82 or 182 | Command | 0=Inactive, 1=Active | |
| BVmin | 0 | Inverter running | Running (RUN signal) | Read | 0=Inactive, 1=Active | |
| BVmin | 11 | Inverter operation ready | Ready to run (RY signal) | Read | 0=Inactive, 1=Active | |
| BV | 98 | Alarm output | Alarm (LF signal) | Read | 0=Inactive, 1=Active | |
| BVmin | 99 | Fault output | Fault (ALM signal) | Read | 0=Inactive, 1=Active | |
| BV | 200 | Inverter running reverse | Running in reverse | Read | 0=Inactive, 1=Active | |
| BV | 300 | Control input instruction AU | Turns on the function set in Pr.184 (terminal AU) | Command | 0=Inactive, 1=Active | |
| BV | 301 | Control input instruction RT | Turns on the function set in Pr.183 (terminal RT) | Command | 0=Inactive, 1=Active | |
| BV | 302 | Control input instruction RL | Turns on the function set in Pr.180 (terminal RL) | Command | 0=Inactive, 1=Active | |
| BV | 303 | Control input instruction RM | Turns on the function set in Pr.181 (terminal RM) | Command | 0=Inactive, 1=Active | |
| BV | 304 | Control input instruction RH | Turns on the function set in Pr.182 (terminal RH) | Command | 0=Inactive, 1=Active | |
| BV | 305 | Control input instruction JOG | Turns on the function set in Pr.185 (terminal JOG) | Command | 0=Inactive, 1=Active | |
| BV | 306 | Control input instruction MRS | Turns on the function set in Pr.187 (terminal MRS) | Command | 0=Inactive, 1=Active | |
| BV | 307 | Control input instruction STOP | Turns on the function set in Pr.188 (terminal STOP) | Command | 0=Inactive, 1=Active | |
| BV | 308 | Control input instruction RES | Turns on the function set in Pr.189 (terminal RES) | Command | 0=Inactive, 1=Active | |
| BV | 309 | Control input instruction CS | Turns on the function set in Pr.186 (terminal CS) | Command | 0=Inactive, 1=Active | |
| BVmin | 400 | Run/Stop | Start/stop command | Command | 0=Stop, 1=Start | |
| BV | 401 | Forward/Reverse | Rotation direction | Command | 0=Forward rotation, 1=Reverse rotation | |
| BVmin | 402 | Fault reset | Clears the fault output without resetting the drive | Command |
No points match these filters.
Object ID lookup: Mitsubishi Electric FR-F800 inverter point IDs by name
AI0Terminal 1AI1Terminal 2AI2Terminal 4AO0Terminal FM (CA)AO1Terminal AMAV1Output frequencyAV2Output currentAV3Output voltageAV6Running speedAV8Converter output voltageAV14Output powerAV17Load meterAV20Cumulative energization timeAV23Actual operation timeAV25Cumulative powerAV52PID set pointAV54PID deviationAV67PID measured value2AV92Second PID set pointAV94Second PID deviationAV95Second PID measured value 2AV200Alarm history 1AV201Alarm history 2AV202Alarm history 3AV203Alarm history 4AV300Speed scaleAV310PID set point CMDAV311PID measured value CMDAV312PID deviation CMDAV320Second PID set point CMDAV321Second PID measured value CMDAV322Second PID deviation CMDAV398Mailbox parameterAV399Mailbox valueAV10007Acceleration timeAV10008Deceleration timeBI0Terminal STFBI1Terminal STRBI2Terminal AUBI3Terminal RTBI4Terminal RLBI5Terminal RMBI6Terminal RHBI7Terminal JOGBI8Terminal MRSBI9Terminal STOPBI10Terminal RESBI11Terminal CSBI100Terminal RUNBI101Terminal SUBI102Terminal IPFBI103Terminal OLBI104Terminal FUBI105Terminal ABC1BI106Terminal ABC2BI107Terminal So (SO)BO0Terminal RUN CMDBO1Terminal SU CMDBO2Terminal IPF CMDBO3Terminal OL CMDBO4Terminal FU CMDBO5Terminal ABC1 CMDBO6Terminal ABC2 CMDBV0Inverter runningBV11Inverter operation readyBV98Alarm outputBV99Fault outputBV200Inverter running reverseBV300Control input instruction AUBV301Control input instruction RTBV302Control input instruction RLBV303Control input instruction RMBV304Control input instruction RHBV305Control input instruction JOGBV306Control input instruction MRSBV307Control input instruction STOPBV308Control input instruction RESBV309Control input instruction CSBV400Run/StopBV401Forward/ReverseBV402Fault reset
Integration notes
- Points are from the FR-F800 Instruction Manual (Detailed) IB-0600547ENG-G, section 5.12.7 (PDF pp546-550). The FR-A800-E/F800-E Ethernet Function Manual IB-0600628ENG-D (PDF pp85-88) lists the same objects, names and units for BACnet IP; that manual says only FR-F800-E drives support BACnet IP.
- The Ethernet manual marks BO 1-6 as R and BV 300-306 as R or blank; the MS/TP manual marks them all C. The MS/TP manual values are used here.
- BO 0-6 only drive their terminals when that terminal's function (Pr.190-Pr.196) is 82 or 182.
- BV 305 JOG, BV 307 STOP, BV 308 RES and BV 309 CS have no effect at the factory setting; reassign those signals with Pr.185, Pr.186, Pr.188 and Pr.189 to use them.
- AV 398/399 mailbox: write a register number to AV 398, then read or write AV 399. Register numbers follow the manual (for example 41000 + parameter number for Pr.0-999).
- Writes to C objects stay in the priority array even when the drive refuses them (Write Access Denied) because of the operation mode.
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 FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP) 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 FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP)
How many BACnet points does the Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP) have?
This list has 81 BACnet objects: 3 analog inputs, 2 analog outputs, 31 analog values, 20 binary inputs, 7 binary outputs, 18 binary values. The exact set on a given unit depends on its firmware, installed options and configuration.
Which Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP) BACnet points are writable?
33 of the 81 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 FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP) BACnet documentation?
The source is FR-F800 Instruction Manual (Detailed), 5.12.7 BACnet MS/TP protocol, Supported BACnet object; also FR-A800-E/FR-F800-E Ethernet Function Manual, 2.5.7 BACnet/IP (IB-0600547ENG-G (BACnet IP: IB-0600628ENG-D)), revision 2024-10, published free by Mitsubishi Electric at https://dl.mitsubishielectric.com/dl/fa/document/manual/inv/ib0600547eng/ib0600547engg.pdf.
What are the minimum BACnet points to integrate the Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP)?
Start with BV 400 Run/Stop (Start/stop command (1 = start)); AV 300 Speed scale (Frequency command, % of Pr.390); BV 402 Fault reset (Clears the fault output); BV 0 Inverter running (Running status); BV 11 Inverter operation ready (Drive ready to run); AV 1 Output frequency (Output frequency, Hz); AV 2 Output current (Motor amps); AV 14 Output power (Output power, kW); BV 99 Fault output (Any active drive fault); AV 200 Alarm history 1 (Latest fault record).
How do I enable BMS control of the Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP)?
BV 400/401 and the AV 300-322 commands can be written at any time but are only applied when the communication operation command source and speed command source are NET (Pr.338/Pr.339) and the drive is in Network operation mode. The start command takes effect after Speed scale is applied.
Does the Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP) need a BACnet heartbeat or have a communication timeout?
The MS/TP section gives no BACnet-specific timeout. For RS-485 terminal communication, Pr.502 sets the action on a communication error (coast, decelerate to stop, or keep running at the Pr.779 frequency) and the LF alarm turns on. On an F800-E, Pr.1432 Ethernet communication check time interval (default 9999 = off) trips E.EHR if the devices in the Pr.1449-Pr.1454 range stop sending; Pr.1431 sets the action on a physical Ethernet loss.
Can the BMS supply sensor values to the Mitsubishi Electric FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP)?
AV 311 PID measured value CMD lets the BMS write the PID feedback (and AV 310 the setpoint) when Pr.128 = 60 or 61; AV 321/AV 320 do the same for the second PID when Pr.753 = 60 or 61.
How do I check these points on the real FR-F800 inverter (BACnet MS/TP; FR-F800-E BACnet IP)?
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 central controller with BACnet IP
Mitsubishi Electric AE-C400 / EW-C50 BACnet (BACS-AP50)
CITY MULTI VRF indoor unit groups, Lossnay, OA processing units, Air To Water and chiller units managed by an AE-C400 or EW-C50.
Also known as: AE-C400, AE-C400E, EW-C50, EW-C50E, BACS-AP50, BACS-AP50E, AE-C/EW-C BACnet - 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 - 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: FR-F800 Instruction Manual (Detailed), 5.12.7 BACnet MS/TP protocol, Supported BACnet object; also FR-A800-E/FR-F800-E Ethernet Function Manual, 2.5.7 BACnet/IP · IB-0600547ENG-G (BACnet IP: IB-0600628ENG-D) · rev. 2024-10. Object names, instances and units are reproduced as published; descriptions are our own.