Mitsubishi Electric MEHITS MANAGER 3000+ Interface Manual
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Mitsubishi Electric MEHITS MANAGER 3000+ Interface Manual

Mitsubishi Electric MEHITS MANAGER 3000+ Interface Manual

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IM_MANAGER3000+_TC02_REV00_04_21_EN
INTERFACE MANUAL
Translation of the original instructions
MANAGER 3000+
Version 02
EN
The information in this document may be modified without prior notice.
The reproduction and/or dissemination of this document, even in part, is prohibited without the written consent of MEHITS SpA.
MEHITS S.p.A. ● INTERFACE MANUAL
Version 02 - Translation of the original instructions
1

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Summary of Contents for Mitsubishi Electric MEHITS MANAGER 3000+

  • Page 1 IM_MANAGER3000+_TC02_REV00_04_21_EN INTERFACE MANUAL Translation of the original instructions MANAGER 3000+ Version 02 The information in this document may be modified without prior notice. The reproduction and/or dissemination of this document, even in part, is prohibited without the written consent of MEHITS SpA. MEHITS S.p.A.
  • Page 2 IM_MANAGER3000+_TC02_REV00_04_21_EN MEHITS S.p.A. ● INTERFACE MANUAL Version 02 - Translation of the original instructions...
  • Page 3 IM_MANAGER3000+_TC02_REV00_04_21_EN Before carrying out any operation on the machine, you must carefully read this manual and make sure you understand all the instructions and information given Keep this manual in a known and easily accessible place to refer to as necessary during the entire life-span of the unit.

  • Page 4: Table Of Contents

    Access the BACNET TCP/IP board via the PC ........................21 3.7.4 Configuring the board for the BACNET protocol ......................23 MITSUBISHI ELECTRIC SYSTEM INTERFACE ........................24 Components required ...............................24 Installing the serial board ..............................25 Manager3000+ - setting the serial line parameters ......................25 Setting up the supervisor network ............................25...
  • Page 5 IM_MANAGER3000+_TC02_REV00_04_21_EN SYMBOLS: A number of symbols are used to highlight some parts of the text that are of particular importance. These are described below. CAUTION: Information on the occurrence of situations/operations which, if ignored or not duly acted upon, could put not only the Unit but also the functions of the Software and the various electronic parts at risk OBLIGATION: Indicates the need to take appropriate precautions/perform specific operations to avoid compromising protection of the...

  • Page 6: Installing The Serial Board

    IM_MANAGER3000+_TC02_REV00_04_21_EN INSTALLING THE SERIAL BOARD There are various types of communication protocols. A serial board connected to the controller on board of the unit must be used for each one of them. Even if the serial board differ according to the supervisor to connect, the installation procedure on the controller is the same and comprises the following steps to be performed in order.
  • Page 7 IM_MANAGER3000+_TC02_REV00_04_21_EN 4. If necessary, remove the perforated plastic element with a pair of nippers to allow the serial board connector to pass through Figure 1.4: demonstration for removing the perforated plastic 5. Put back the cover making sure to match the hole in the cover with the engaged serial board connector Figure 1.5: demonstration for inserting the cover For units fitted with the +2P module, a dual serial board is required, one for the main control and the other for the remote control of the +2P module.

  • Page 8: Modbus Interface

    IM_MANAGER3000+_TC02_REV00_04_21_EN MODBUS INTERFACE Components required Interface board MODBUS RTU (for RS485 serial line transmission) or MODBUS TCP/IP (for Ethernet cable transmission) Figure 2.1: Interface board Gateway inside the Manager3000+ control panel if requested by the customer Figure 2.2: gateway Installing the serial interface board Follow the points in paragraph 1 “Installing the serial board”...

  • Page 9: 2.3.2 Modbus Over Ip

    IM_MANAGER3000+_TC02_REV00_04_21_EN Other non-changeable settings for communication with the supervisor: Protocol Configuration Modbus Data Bit: 8 Parity: none Stop bits: 2 Start Address: 1 2.3.2 MODBUS Over IP The communication with the BMS requires the setting of dedicated parameters through the Web interface or the touchscreen (access the menu using the key and select the “Device Configuration”...

  • Page 10: Interface Database

    IM_MANAGER3000+_TC02_REV00_04_21_EN Interface database R: register Address Type Flow Description C: coil Unit 1 evaporator inlet temperature Unit 2 evaporator inlet temperature Unit 3 evaporator inlet temperature Unit 4 evaporator inlet temperature Unit 5 evaporator inlet temperature Unit 6 evaporator inlet temperature Unit 7 evaporator inlet temperature Unit 8 evaporator inlet temperature Unit 1 evaporator outlet temperature...
  • Page 11 IM_MANAGER3000+_TC02_REV00_04_21_EN R: register Address Type Flow Description C: coil Unit 4 condenser outlet temperature Unit 5 condenser outlet temperature Unit 6 condenser outlet temperature Unit 7 condenser outlet temperature Unit 8 condenser outlet temperature Offline unit 1 (0: unit online – 1: unit offline) Offline unit 2 (0: unit online –...
  • Page 12 IM_MANAGER3000+_TC02_REV00_04_21_EN R: register Address Type Flow Description C: coil Unit 8 alarm code active Unit 1 recovery demand percentage Unit 2 recovery demand percentage Unit 3 recovery demand percentage Unit 4 recovery demand percentage Unit 5 recovery demand percentage Unit 6 recovery demand percentage Unit 7 recovery demand percentage Unit 8 recovery demand percentage Unit 1 recovery active percentage...
  • Page 13 IM_MANAGER3000+_TC02_REV00_04_21_EN R: register Address Type Flow Description C: coil Cold/hot circuit single pump % value (value/10) Recovery circuit single pump % value (value/10) Table 2-1: Interface database GATEWAY Address: This is the ID of Manager3000 within the BMS network. The value can be set from 1 to 200. Variable address: This is the supervision variable address in the electronic control unit.

  • Page 14: Bacnet Interface

    IM_MANAGER3000+_TC02_REV00_04_21_EN BACNET INTERFACE Components required The components required to interface the system managed by the Manager30000+ electronic controller to the BACNET system are described below. BACNET MS/TP board (for the RS485 network) or BACNET/IP board (for the Ethernet network) Figure 3.1: boards display Board inside the Manager3000+ control panel if requested by the customer Figure 3.2: internal board display...

  • Page 15: Bacnet Over Ip

    IM_MANAGER3000+_TC02_REV00_04_21_EN 3.3.2 BACNET Over IP The communication with the BMS requires the setting of dedicated parameters through the Web interface or the touchscreen (access the menu using the key and select the “Device Configuration” page) as described below: Figure 3.4: “Supervisor settings” display In the SUPERVISOR SETTINGS section set: PROTOCOL Modbus Over IP/ Modbus RTU/ BACnet MSTP/BACnet...
  • Page 16 IM_MANAGER3000+_TC02_REV00_04_21_EN Address Type Flow Conv. factor Description valuex1 Unit 7 recovery outlet temperature valuex1 Unit 8 recovery outlet temperature valuex1 Unit 1 condenser inlet temperature valuex1 Unit 2 condenser inlet temperature valuex1 Unit 3 condenser inlet temperature valuex1 Unit 4 condenser inlet temperature valuex1 Unit 5 condenser inlet temperature valuex1...
  • Page 17 IM_MANAGER3000+_TC02_REV00_04_21_EN Address Type Flow Conv. factor Description valuex10 Unit 6 cold/hot demand percentage valuex10 Unit 7 cold/hot demand percentage valuex10 Unit 8 cold/hot demand percentage valuex10 Unit 1 cold/hot active percentage valuex10 Unit 2 cold/hot active percentage valuex10 Unit 3 cold/hot active percentage valuex10 Unit 4 cold/hot active percentage valuex10...

  • Page 18: Meaning Of Variables

    IM_MANAGER3000+_TC02_REV00_04_21_EN Address Type Flow Conv. factor Description valuex10 Pump speed percentage with unit 7 cold/hot circuit inverter valuex10 Unit 1 cold/hot available percentage valuex10 Unit 2 cold/hot available percentage valuex10 Unit 3 cold/hot available percentage valuex10 Unit 4 cold/hot available percentage valuex10 Unit 5 cold/hot available percentage valuex10...

  • Page 19: Instructions On Configuration Of The Bacnet Tcp/Ip Board On The Pc

    IM_MANAGER3000+_TC02_REV00_04_21_EN Instructions on configuration of the BACNET TCP/IP board on the PC Before a PC can communicate with the BACNET TCP/IP board, the settings of both devices must be correctly aligned. As the factory settings of the BACNET TCP/IP board can only be changed after establishing the connection with the PC, when making access for the first time, the Personal Computer will have to be adapted to the factory settings of the BACNET TCP/IP board.

  • Page 20: Starting The Bacnet Tcp/Ip Board With The Factory Settings

    IM_MANAGER3000+_TC02_REV00_04_21_EN 3. Click “Connections”. Another window appears 4. Click “LAN settings” 5. Disable the proxy server 6. Press Ok to close the windows Figure 3.7: demonstration of elimination of “proxy” network device 3.7.2 Starting the BACNET TCP/IP board with the factory settings 1.

  • Page 21: Access The Bacnet Tcp/Ip Board Via The Pc

    IM_MANAGER3000+_TC02_REV00_04_21_EN 3.7.3 Access the BACNET TCP/IP board via the PC To allow the board to communicate with the data network it will be installed to, certain network communication parameters must be set. INFORMATION: The network administrator must establish whether the BACNET TCP/IP board can be connected and must communicate essential system data...
  • Page 22 IM_MANAGER3000+_TC02_REV00_04_21_EN BACNET TCP/IP board is set at the factory for the reading of maximum 207 digital, analogue and whole variables. In the BACnet menu change the values in the pCO Mapping Parameters fields from 207 to 2048 All the settings will be enabled the next time the BACNET TCP/IP board is started Figure 3.12: BACNET TCP/IP board display...

  • Page 23: Configuring The Board For The Bacnet Protocol

    IM_MANAGER3000+_TC02_REV00_04_21_EN 3.7.4 Configuring the board for the BACNET protocol The BACNET TCP/IP board can recognise queries sent by a supervisor using either of the following two versions of the BACnet (Building Automation Control Networks) protocol: • BACnet/IP (Addenda A/Annex J) •...

  • Page 24: Mitsubishi Electric System Interface

    IM_MANAGER3000+_TC02_REV00_04_21_EN MITSUBISHI ELECTRIC SYSTEM INTERFACE Below is the table showing the compatibility of the Mitsubishi Electric system remote controllers with MANAGER3000+: AE-200E (Ver.7.68 or later) AE-50E (Ver.7.68 or later) *AE-200E is required on same system MITSUBISHI ELECTRIC SYSTEMS R/C EW-50E (Ver.7.68 or later) *AE-200E is required on same system...

  • Page 25: Installing The Serial Board

    IM_MANAGER3000+_TC02_REV00_04_21_EN Installing the serial board Follow the points in paragraph 1 “Installing the serial board” to insert the MODBUS serial board into the controller. Manager3000+ - setting the serial line parameters The communication with the BMS requires the setting of dedicated parameters through the Web interface or the touchscreen (access the menu using the key and select the “Device Configuration”...

  • Page 26: Annexes

    IM_MANAGER3000+_TC02_REV00_04_21_EN Annexes AWG (American Wire Gauge) conversion table Conversion: AWG number – diameter in mm – area in mm² AWG n° Diam. mm Area mm² AWG n° Diam. mm Area mm² 7,350 42,400 1,290 1,310 6,540 33,600 1,150 1,040 5,830 26,700 1,024 0,823...
  • Page 27 IM_MANAGER3000+_TC02_REV00_04_21_EN MEHITS S.p.A. ● INTERFACE MANUAL Version 02 - Translation of the original instructions...
  • Page 28 Version 02 MEHITS S.p.A. ● INTERFACE MANUAL...

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