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CanadianSolar NISE-610E Series User Manual

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NISE-610E Series Data logger
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Summary of Contents for CanadianSolar NISE-610E Series

  • Page 1 NISE-610E Series Data logger User Manual...

  • Page 2: Table Of Contents

    Contents About this manual ..................................3 Purpose ......................................3 Symbol Conventions ..................................3 1．Safety Instructions .................................. 4 2．Product Description ................................4 2.1 Product Description ..............................4 2.2 Application Scenarios Introduction ........................4 2.3 Appearance ..................................5 2.4 Power Wiring Diagram ............................... 5 2.5 Communication Terminals ............................

  • Page 3: About This Manual

    About this manual This manual is for data logger of the NISE-610E series products . Purpose This manual is intended for: Product users ;  Field technical support, maintenance person and system implementation person .  Symbol Conventions In order to ensure the safety of users, power grid, and equipment when using this product, the manual provides relevant warning symbols.

  • Page 4: 1．Safety Instructions

    Flexible networking: Supports four RS485 and one Ethernet communication modes Support protocol: RS485: Modbus RTU Ethernet: Support Modbus TCP, IEC104, MQTT 2.2 Application Scenarios Introduction Application scenarios of data logger: CSI Smartenergy Platform Router CanadianSolar Inverter Web/APP Logger CanadianSolar Inverter Meteorograph Meter RS485...

  • Page 5: Appearance

    2.3 Appearance DIN-Rail Wall Mount PE V- V+ ETH0 Antenna Reset 9~48V DC NCYT SmartLog NISE-610E COM2 COM3 COM4 COM5 2.4 Power Wiring Diagram V+ V- PE Static electricity and surges can easily have adverse effects on equipment. PE terminal blocks are designed to release the current introduced by static electricity and surges.

  • Page 6: Network Ports

    COM5 RS-485 B Follow the wire markings for wiring. Warning 2.5 Network Ports NISE-610E series supports 1x 10/100MBps BASE-T RJ45 Ethernet: 10/100 MBps RJ45 Pins Definition Insert the network cable into the RJ45 network connector. When the network cable is reliably connected, the two LED indicators located in the RJ45 connector will indicate the current network status.

  • Page 7: Indicator Light Description

    Indicators Color Status Features 10/100 network is connected green The network is disconnected or not connected Network packets are being sent and received properly L&A yellow. No packets sent or received (or no connection) 2.6 Indicator Light Description Model NISE-610E Light Color Status...

  • Page 8: Device Installation

    3.2 Device Installation It can be wall-mounted, desktop or rail-mounted according to the actual conditions on site. PE V- V+ ETH0 Antenna Reset 9~48V DC NCYT SmartLog NISE-610E COM2 COM3 COM4 COM5 10cm Wall hanging, desktop installation steps : 1. Choose the right plane (wall, metal surface, desktop); 2.

  • Page 9: Electrical Installation

    4. Electrical Installation 4.1 Power Connections 24V Power supply 22.5 PE V- V+ ETH0 Antenna Reset 9~48V DC DC OK NCYT +V ADJ SmartLog NISE-610E COM2 COM3 COM4 COM5 AC:85-264V DC:120-370V Steps for Power Installation 1. Use 2.5 mm wire and strip the insulation 8-10mm; 2.

  • Page 10: Rs485 Connections

    4.2 RS485 Connections 5.08mm 1*10p Terminals Definitions Definitions COM2 RS-485 A COM4 RS-485 A COM2 RS-485 B COM4 RS-485 B COM3 RS-485 A COM5 RS-485 A COM3 RS-485 B COM5 RS-485 B 1. Use 1~1.5 mm twisted pair with shielding layer; 2.

  • Page 11: Modify Ip Address

    5.2.2 Modify IP address 1）Connect the network cable to NISE-610E, open the computer browser and enter 192.168.1.254, enter the user name "admin" and password "admin"，Click to Login. 2）Modify on the "Network" page and configure the IP and gateway address of the management machine according to the router's network segment information.

  • Page 12: Software Configuration

    5.3 Software Configuration 5.3.1 Changing the Modbus Address Before using the NISE-610E logger, change the Modbus address of each inverter to ensure that the Modbus address on the RS485 bus is not the same Attention Using the smart data stick provided by CSI, the operation is as follows Note Insert the data stick into the inverter, wait for the green light to blink, open the APP “more tools”->...
  • Page 13 Click the "Parameters" page below->enter password 8888 in the pop-up box -> click "Inverter Basic Information-ARM".
  • Page 14 Click "The Local Mailing Address"-> modify the address as required-> click "Confirm"->re-scan the code connection to confirm the modification...

  • Page 15: Open Configuration Software

    5.3.2 Open Configuration Software Go to the /bin directory and open the configuration application ConfigTool.EXE 5.3.2 Select Configuration File Click on "Open" and select "CSI_Invert.NC" profile to see several configurations displayed by default in the node list.

  • Page 16: Time Configuration

    5.3.4 Time Configuration After opening the configuration, in order to calibrate the inverter time, you need to calibrate the time of the management machine first. 5.3.5 Network Configuration In “FtpSet”,set the parameters based on the modified smartlogger IP address.

  • Page 17: Serial Port Configuration

    5.3.6 Serial Port Configuration Select Protocol Node Select the node "CSI RS485" in the node list, select "Settings", select "c_CSI.lcn" in the client protocol, click "Setting", the protocol configuration dialog box appears. Configure serial port parameters Configure the serial port number, baud rate, check type, stop bit, and data bit in the "Settings" section. 3）...

  • Page 18: Mqtt Forwarding Configuration

    Before this, it is necessary to change the Modbus address of the inverter and set it to the same address as in the configuration. Attention 5.3.7 MQTT Forwarding Configuration NISE-610E enables data forwarding to the Canadian Intelligent Energy Platform by default. You can delete the CSI MQTT node if it is not needed.
  • Page 19 The location of the collector ID on the housing can be seen in the figure below, and the sequence number is the collector ID. The entry of the collector ID is very important and if entered incorrectly will result in the device not being found on the platform.

  • Page 20: Modbus Tcp Forwarding

    Do not modify other parameters of MQTT at will, otherwise the data may not be uploaded to the platform. Attention 5.3.8 Modbus TCP Forwarding The Modbus TCP forwarding function is enabled in the CSI_Inverter.nc configuration file by default. You can delete the CSI Inverter Modbus TCP node if you do not need it.

  • Page 21: Downloading The Configuration And Restarting The Device

    5.3.11 Downloading The Configuration And Restarting The Device After completing all configurations, click "Deliver". When prompted, click "Reboot" to complete all configurations.

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