User's Manual
Table Of Contents
- 1 About this Manual
- 2 Safety Instruction
- 3 Product Introduction
- 4 Installation Flow
- 5 Mechanical Installation
- 5.1 Unpacking and Inspection
- 5.2 Installation Location Requirements
- 5.3 Installation Tools
- 5.4 Installing Logger1000
- 5.4.1 Wall-Mounting
- Step 1 Select an appropriate installation surface.
- Step 2 Mark positions for drilling holes with a marker.
- Step 3 Drill the holes with a drill according to the marked positions.
- Step 4 Secure the expansion bolts into the holes with a rubber mallet.
- Step 5 Fix the screw or bolt on the installation surface , where the screw protrudes from the wall surface by about 5mm.Hang the Logger1000 onto the screws on the concrete wall or metal surface via the wall-mounting holes on the back of Logger1000.
- 5.4.2 Guide Rail-Mounting
- Step 1 Install and secure the guide rail at the appropriate location.
- Step 2 Slight press down the recessed part under the buckle of Logger1000 with a flat-head screwdriver or other similar tools to pull out the buckle outwards.
- Step 3 Tilt the power box and hook the buckle into the guide rail. Press down the power box until it snaps into place.
- Step 4 Push the buckle of the Logger1000 upwards to clamp the guide rail.
- Step 5 Secure the terminal fasteners on both ends of the guide rail, to prevent the Logger1000 from moving.
- 5.4.1 Wall-Mounting
- 5.5 Installing Antenna
- 5.6 Installing Power Box
- 6 Electrical Connection
- 6.1 Safety Instructions
- 6.2 Port Introduction
- 6.3 Connection to PV Devices
- 6.3.1 Connection to Inverter
- Connection to a single inverter
- Step 1 Lead the RS485 communication cable from the inverter to the wiring area of Logger1000.
- Step 2 Strip the cable jacket and insulation layer with a wire stripper by about 15mm and 8mm to 10mm respectively.
- Step 3 Connect the stripped cable to the RS485 ports of the Logger1000, as shown in the figure below.
- Step 4 Logger1000 is connected to the inverter.
- Step 1 Lead the RS485 communication cable from the inverter to the wiring area of Logger1000.
- Step 2 Strip the insulation layer of the communication cable with an Ethernet wire stripper, and lead the corresponding RS485A/B signal cables out. Insert cord end terminals into signal cable RS485+ A and signal cable RS485- B, and crimp them with a c...
- Step 3 If the communication cable is Shielded Ethernet cable, white-green cable 3 is defined as RS485- B cable and the green cable 6 as RS485+ A cable.
- Step 4 Connect the communication cable to the RS485 port of the Logger1000 as shown below.
- Step 5 Logger1000 is connected to the inverter.
- Connection to multiple inverters
- Connection to a single inverter
- 6.3.2 Connection to Energy Meter
- 6.3.3 Connection to Meteo Station
- 6.3.1 Connection to Inverter
- 6.4 Connection to Background
- 6.5 Connection to Power Supply
- Step 1 Strip the cable jackets and insulation layers of the DC cable, AC cable, and grounding cable with a wire stripper by appropriate length.
- Step 2 Insert the stripped DC cable into the "24V IN" and "24V OUT" ports of the Logger1000. Connect the DC cable led from the "24V OUT" port of the Logger1000 to other devices that need 24V DC power supply.
- Step 3 Connect the stripped grounding cable to the corresponding port of the Logger1000.
- Step 4 Connect the DC cable led from the "24V IN" port of the Logger1000 to the "DC 24V OUT" port of the power box. Connect the stripped AC cable to the "AC (100~277V)" port of the power box, and connect the other end of the AC cable to the 220V AC po...
- 6.6 Cable Routing Requirements
- 7 Commissioning
- 8 Web Interface
- 8.1 Running Requirements
- 8.2 Preparation before Ethernet Login
- 8.3 Login Steps
- 8.3.1 Ethernet Login
- Step 1 Connect the Logger1000 to the PC via the Ethernet.
- Step 2 Enter the IP address 12.12.12.12 of the Logger1000 in the PC address bar to enter the general user login interface, as shown in the following figure
- Step 3 Click the button "Login" in the upper right corner, enter the default password "pw1111", and click "Login", to enter the O&M user interface.
- 8.3.2 WiFi Login
- Step 1 Open the wireless network settings of the PC, search for the wireless network "SG-A1234567890" of the Logger1000, and connect the PC to the wireless network of the Logger1000 (without password).
- Step 2 Enter the IP address 11.11.11.1 of the Logger1000 in the PC address bar to enter the general user login interface.
- Step 3 Refer to the step 3 in "0Ethernet Login" to login into the O&M user interface.
- 8.3.1 Ethernet Login
- 8.4 Web Main Interface
- 8.5 Web Menu
- 8.6 Operation Procedure
- 8.7 Overview
- 8.8 Device Monitoring
- 8.9 Device Maintenance
- 8.10 History Data
- 8.11 System
- 8.11.1 Running Information
- 8.11.2 System Maintenance
- 8.11.3 Remote Maintenance
- 8.11.4 Message Export
- 8.11.5 System Time
- 1. When the option "Inverter timing" is selected, device time will be synchronized with the time of Logger1000.
- 2. When the clock source is set to "User define", user can manually set the current system time and time zone in the following two manners:
- 3. When the clock source is set to "NTP", time of all devices can be synchronized. Click the "Time zone" pull-down-list and select the local time zone. Fill in the domain, set the time interval, and click "Save". In this way, the time of the Logger100...
- 4. The clock source is set to "IEC104". In this way, the Logger1000 and the background must use the IEC104 communication protocol, and otherwise, this manner is invalid.
- 5. The clock source is set to "iSolarCloud".
- 6. The clock source is set to "MODBUS-TCP".
- 8.11.6 Forwarding Configuration
- iSolarCloud
- IEC104
- Step 1 Click "Export of configuration tools" to export the IEC104 forwarding point table.
- Step 2 Open the sheet "Introduce" of the IEC104 forwarding point table, where data of five types (telemetry, telesignalling, remote pulse, remote control, and remote regulating) are included.
- Step 3 Open the sheet "Configure Para" of the IEC104 forwarding point table to view and set the addresses of the five types of data. The addresses shown in the following table are default ones and can be modified according to actual situation.
- Step 4 Open the sheets such as inverter, energy meter, Meteo Station, and Logger1000, to set corresponding measuring point data.
- Step 5 Open the sheet "Device List" of the IEC104 forwarding point table to sort the devices.
- Step 1 After editing the IEC104 forwarding point table, click "Export" -> "IEC104 CFG", so that a prompt window pops up, and then convert the excel file into xml file. The xml file and the excel file are at the same path.
- Step 2 Click the button on the operation bar, and then click the button on the pop-up window, to import the xml file.
- MODBUS
- Third-party portal
- 8.11.7 Interface
- 8.12 About
- 9 Grid Dispatching Function
- 10 Device Maintenance
- 11 Appendix
User Manual 6 Electrical Connection
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Logger1000
Meteo Station
Connect the communication cable led from the Meteo Station to the RS485 port of
the Logger1000.
If multiple inverters are connected to the Logger1000 together with the
Meteo Station, the Meteo Station should be connected on the very end
of the daisy chain.
6.4 Connection to Background
The Logger1000 can be connected to the background of the PV system via the
network port, and the communication protocol is standard Modbus TCP or IEC104.
As a salve device, the Logger1000 can be accessed by multiple backgrounds and
communicate by using the standard protocol. The following figure shows the
connection between the Logger1000 and the background.
The Logger1000 can be connected to multiple monitoring background systems via
the Ethernet switch or router, or it may be connected to the single monitoring
background system via the network cable.
For example, the Logger1000 is connected to the background system via the
Ethernet switch, and the wiring steps are as follows:
Step 1 Prepare a suitable length of Ethernet cable.
Step 2 Insert one end of the cable into the port of the Ethernet switch and the other
end to the "ETH" port of the Logger1000.
Step 3 Set IP address of the ETH port to be within the same network segment as
that of the background monitoring system.