Fimer PVS-175-TL - Inverter Total De-Energization and Safe Access Procedure

Fimer PVS-175-TL

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FIMER_PVS-175-TL A.1 Version_Product manual_EN_RevC-

F

137

Inverter total de-energization and safe access procedure

Table of Contents

Default Chapter4
- Table of Contents4
Safety and Accident Prevention10
- Safety Information and Instructions10
- Symbols and Signs11
- Installation and Maintenance Safety12
- Residual Risks14
Introduction and General Information15
- Warranty and Supply Conditions15
  - Not Included in the Supply Conditions15
- Scope and Target Audience16
- Application Area, General Conditions17
Characteristics18
- General Conditions18
- Identification of Equipment and Manufacturer19
- Models and Range of Equipment21
- Component Reference Numbers22
- Characteristics and Technical Data26
- Efficiency Curves31
  - PVS-175-TL - Efficiency Vs Nominal Power31
  - PVS-175-TL - Efficiency Vs MPP Voltage31
Power Derating32
- Power Derating Due to Environmental Conditions32
- Power Derating Due to the Input Voltage32
P-Q Capability33
Characteristics of a Photovoltaic Generator34
Description of the Equipment35
- Operating Diagram (Example)35
- Mutual Connection of Multiple Inverters35
- Notes on the System Sizing36
Functionality and Components Description37
- Highlights37
- Improved Commissioning and Maintenance37
- Aurora Vision Plant Management Platform37
- Configurable Relays38
- Remote Switch-On/Switch-Off38
- Reactive Power Feed into the Grid38
- Limiting the Active Power Fed into the Grid38
- Overvoltage Surge Arrester Monitoring39
- Data Transmission and Control39
- DC Series Arc Fault Circuit Interrupter39
- Arc Fault Reset Button39
- Arc Fault Detection39
- Anti-PID Board: Principle of Operation40
- DC Link Precharge Board41
- Energy Save Mode42
Communication Interfaces43
- Ethernet Bus Connection43
Topographic Diagram of the Equipment45
Safety Devices47
- Anti-Islanding47
- Ground Fault of the Photovoltaic Panels47
- Overvoltage Surge Arresters47
- Other Safeguards47
Lifting and Transport48
Transport and Handling48
Equipment Weight48
Storage48
Unpacking and Checking49
Lifting49
List of Supplied Components52
Kit of Recommended Spare Parts53
Installation Safety Instruction54
Installation Site and Position55
- General Recommendation on Installation Position55
- Tilting Admittance55
- Installation of Multiple Units57
- Installations above 2000 Metres58
- Installations with a High Level of Humidity59
Mounting Instruction61
- Bracket Assembly61
- Assembly the Inverter to the Bracket63
- Opening the Wiring Box Cover66
- Final Fastening Operations67
- Opening the Power Module Cover69
- Connection of the AC Interface Power Cables70
- Connection of the Interface Signal Connectors71
- Connection of the DC Interface Cables72
Routing the Cables to the Inverter75
Grid Output Connection (AC Side)76
- Characteristics and Sizing of the Protective Grounding Cable76
- Load Protection Breaker (AC Disconnect Switch)77
- Differential Protection Downstream of the Inverter77
- Characteristics and Sizing of the Line Cable78
- AC Output Cables Connection78
Operations Preliminary to the Connection of the PV Generator83
- Checking of Leakage to Ground of the Photovoltaic Generator83
- Checking of String Voltage83
- Checking the Correct Polarity of the Strings83
Input Connection (DC)84
- Installation Procedure for Quick-Fit Connectors85
- String Connection87
- Quick Fit Connector Disconnection Procedure89
Connection of the Communication and Control Signals90
- Communication and Control Board References90
- Connections to the Communication and Control Board91
- Ethernet Connection92
- Serial Communication Connection (RS485 - Slave Mode)94
- RS485 RJ45 External Connector for FIMER Service Operation96
- Serial Communication Connection (RS485 - Master Mode)97
- Remote Control Connection97
- Multifunction Relay Connection (ALARM and AUX)98
- Demand Response Mode 0 (AS/NZS 4777.2)98
General Conditions99
- Description of the LED Panel100
- User Interface100
- Measurement Tolerance101
Operation102
- General Conditions102
- Commissioning103
  - Commissioning Via Installer for Solar Inverters Mobile APP103
  - Commissioning Via Web User Interface - Wireless Connection110
- Leds Behaviour116
- Connection to Web User Interface118
  - Access to the Web User Interface118
  - Web UI - Login Page120
- Web User Interface Menu Structure121
Maintenance135
- General Conditions135
- Inverter Total De-Energization and Safe Access136
- Routine Maintenance152
  - Recommended Replacement Intervals of Components152
- Replacing of Fan Sections153
- Replacing the DC Surge Arrester Cartridge156
- Replacing the AC Surge Arrester Cartridge157
- Replacement of the MEMORY Board158
- Replacement of the COMM RS485 Board159
Replacement of the Buffer Battery160
Procedure for Dismantling the Equipment161
Troubleshooting163
- Web User Interface and Wireless Communication Troubleshooting163
- Alarm Messages of the Inverter166
- Power Limitation Messages175
- Registration Website" and "Admin Plus Token176
?Registration Website” and “Admin Plus Token”179
Verification of Ground Leakage179
- Behaviour of a System Without Leakage179
- Behaviour of a System with Leakage180
Measuring the Isolation Resistance of the PV Generator181
Storage and Dismantling182
- Storage of the Equipment or Prolonged Stop182
- Dismantling, Decommissioning and Disposal182
Port and Network Services Used by the Inverter183
- IP Network Services183
- Network Hosts184
- Inverter Network Configuration184

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