Related Manuals for Srne IBC12-3KW
Summary of Contents for Srne IBC12-3KW
- Page 1 IBC12-3KW Pure Sine Wave Inverter (High Frequency) User Manual Manual version: V1.04 Subject to change without notice Code:114044...
- Page 2 Contents Dear user: 1. Introduction ----------------------------------------------------------------------------------------------------------- 1.1 Product overview ------------------------------------------------------------------------------------------------ Thank you very much for choosing our product！ 1.2 Product features ------------------------------------------------------------------------------------------------- 1.3 Appearance and interface description---------------------------------------------------------------------- 1.4 Dimension drawing ---------------------------------------------------------------------------------------------- Important safety instructions 2. Specification ---------------------------------------------------------------------------------------------------------- 3. Description of interface function ------------------------------------------------------------------------------ Please keep this manual for future reference 3.1 RS485 communication ----------------------------------------------------------------------------------------- This manual contains all safety, installation and operating instructions for the IBC Series pure...
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Page 3: Product Overview
Optional Controller Area Network (CAN) communication of RV-C. 1.Introduction When the output leakage current is greater than 30mA, the inverter automatically detects and disconnects the circuit breaker. 1.1 Product overview IBC series pure sine wave high frequency inverter, the product integrates pure sine wave inverter, 1.3 Appearance and interface description mains bypass load. -
Page 4: Dimension Drawing
1.4 Dimension drawing 2. Technical parameters Product Model IBC12-3KW Inverter Mode: Rated output power 3000W CAN withstand instantaneous 6000W impact power Output power factor Output voltage 220VAC/230VAC(default)/240VAC (±2%) Output frequency 50HZ( default) /60HZ(±0.1%) output waveform Pure sine wave Output harmonic component THDV＜4%( pure resistive load) - Page 5 3.Description of interface function 3.3 LED indicator/buzzer (1) Inverter indicator light-green; bypass indicator light-yellow; fault indicator light-red; 3.1 RS485 communication (2) Indicator/buzzer are defined as follows: (1) Default baud rate: 9,600 bps, check bit: none, data bit: 8 bit, stop bit: 1 bit (2) Interface type: RJ45, communication power supply output specification: 5VDC/200mA ①Inverter indicator lamp ②Bypass indicator light...
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Page 6: Installation Instructions
Battery input wiring specifications Circuit breaker selection You can scan the following QR code to download the APP: 291A 60mm²/(2AWG*2) DC-2P-315A IBC12-3KW AC output wiring specifications and circuit breaker selection Model Rated output current AC output wiring specifications Circuit breaker selection AC-2P-20A 26mm²/12AWG... -
Page 7: Installation And Wiring
3.2 Positive/Negative wires of storage battery 4.3 Installation and wiring Installation steps: Step 1: Please read the user manual carefully. BAT+: Positive Step 2: Determine the installation position and the space for heat dissipation. Determine the installation position (wall-mounted or horizontal installation method can be adopted): when installing the inverter, confirm that there is enough space of at least 200m reserved between the air outlet BAT-: Negative and air inlet of the inverter to facilitate air circulation. -
Page 8: Protection Function
5.2 DC input low voltage protection It is recommended to use a single-strand copper wire with a wire diameter no greater than 4mm²; If you choose multi-strand wires, you need to add solder to the connecting wires to make them one piece and When the battery voltage is less than the input low-voltage protection voltage, turn o ffthe AC output, fault insert them into the corresponding holes;... -
Page 9: System Maintenance
7. System maintenance 5.9 Equipment over-temperature protection Multi-channel temperature detection is provided inside the equipment, and any temperature greater than the over-temperature protection value of the equipment will automatically turn o ffthe AC output, and the fault indicator In order to maintain the best long-term performance, it is recommended to conduct following checks twice a year. lamp and buzzer will prompt;...
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