1. INTRODUCTION Thank you for using M600 Micro-Inverter! This Micro-Inverter system is the world’s most technologically advanced inverter system with benefits of efficient, flexible, safe and reliable for use in utility-interactive applications. This system is composed of a group of Micro-inverters that convert direct current (DC) into alternating current (AC) and feeds it into the electric grid.
2. SAFETY IMPORTANT SAFETY INSTRUCTIONS! PLEASE KEEP THIS INTRODUCTION IN A SAFE PLACE! 2.1 SYMBOL ILLUSTRATION The safety symbols used in this manual are list below and illustrated in detail. Symbol Usage Indicates a hazardous situation that can result in deadly electric shock hazards, other serious physical injury, or fire hazards.
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The symbols on the micro inverter are list below and illustrated in detail. Symbol Usage Treatment To comply with European Directive 2002/96/EC on waste Electrical and Electronic Equipment and its implementation as national law, electrical equipment that has reached the end of its life must be collected separately and returned to an approved recycling facility.
Prior to touching any part of the inverter use care to ensure surfaces and equipment are at touch safe temperatures and voltage potentials before proceeding. Projoy accepts No liability for damage from incorrect or careless operation Electrical Installation & Maintenance shall be conducted by licensed...
3. PREPARE FOR INSTALLING 3.1 TRANSPORT AND INSPECT Projoy packages and protects individual components using suitable means to make the transport and subsequent handling easier. Transportation of the equipment, especially by road, must be carried out by suitable ways for protecting the components (in particular, the electronic components) from violent, shocks, humidity, vibration, etc.
3.3 INSTALLATION POSITION When choosing the position of installation, comply with the following conditions: Install only on structures specifically conceived for photovoltaic modules (supplied by installation technicians). Install Micro-inverter underneath the photovoltaic modules so that they work in the shade. If this condition cannot be met, the inverter could undergo derating. Fig.1.
4.2 ASSEMBLY INSTRUCTION Step 1. Install Micro-inverter Mark the approximate center of each photovoltaic module on the frame and install the Micro- inverter with the logo side facing downwards. Observe the certification documents concerning the maximum number of Micro- inverters permitted for installation at each cable section! The Micro-inverter must be under the module, out of long-term exposure to direct sunlight or rain.
All the external connections to the insulated junction box (caps, adapters, etc.)must be made with securely-sealed Projoy components. Projoy AC cables from the Micro-inverters have three conductors with different colors to identify the function of each conductor: Red: Live...
Step 5. Drawing System Map Draw a map of the system, affixing the extra label that comes attached to each inverter, on the appropriate position on the diagram (found in the Appendix of this manual). Fig.7. System Map Step 6. Install Photovoltaic Modules Install the photovoltaic modules, and connect the DC cables of the modules to the corresponding DC input side of the Micro-inverter.
The recommended installation need keeping the Micro-inverters underneath the photovoltaic modules, so that the Micro-inverters can operate in the shade. Direct sunlight may cause damage to the Micro-inverters. Each module must be connected to the Micro-inverters with a DC cable having a length of less than 3m.
5. MAINTENANCE GUIDE 5.1 ROUTINE MAINTENANCE Only authorized personnel are allowed to carry out the maintenance operations and are responsible to report any anomalies. Always use the personal protective equipment provided by the employer when carry out the maintenance operation.
6. APPENDIX 6.1 TECHNICAL DATA Model Prosol-M600 Input data(DC) Recommended input power (W) 200~310/200~310 MPPT voltage range (V) 27~48 Operating voltage range (V) 16~60 Maximum input voltage (V) Maximum input current (A) 10/10 Inverter back feed current (A) Output Data (AC)