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General| Model | SPF 3000TL LVM |
|---|---|
| Rated Power | 3000W |
| Input Voltage | 230 VAC |
| Output Voltage | 230 VAC |
| Battery Voltage | 24 VDC |
| Max PV Input Voltage | 145VDC |
| Max Charging Current | 80A |
| Peak Efficiency | 93% |
| Output Frequency | 50 Hz/60 Hz |
| Dimensions | 330 x 485 x 135 mm |
| Battery Type | Lead-acid or Lithium |
| Communication | RS232 |
| MPPT Voltage Range | 30-115VDC |
Details cable size, terminal specifications, and torque values for lead-acid batteries.
Highlights critical warnings and cautions for high-voltage battery installations.
Explains how to connect lithium batteries, including RJ45 and power cables.
Details setting the battery type and protocol for BMS communication.
Describes setting the battery type to 'LI' in Program 05 for lithium batteries.
Explains selecting the correct communication protocol in Program 36 for BMS.
Specifies AC breaker rating and recommended cable size for AC connections.
Guides on correctly connecting AC input and output wires with polarity.
Details DC breaker requirement and cable size for PV module connections.
Explains how to enter setting mode and navigate through programs.
Provides step-by-step instructions for installing the parallel communication board.
Details removing existing boards and installing the new parallel communication board.
Describes reconnecting cables and securing the wire cover for parallel function.
Illustrates power and communication wiring for two inverters in single-phase parallel.
Illustrates power and communication wiring for three inverters in single-phase parallel.
Illustrates power and communication wiring for four inverters in single-phase parallel.
Shows power and communication wiring for three-phase setup with one unit per phase.
Illustrates power and communication wiring for five inverters in single-phase parallel.
Illustrates power and communication wiring for six inverters in single-phase parallel.
Shows power and communication wiring for three-phase setup with two units in one phase.
Shows power and communication wiring for three-phase setup with two units in two phases.
Shows power and communication wiring for three-phase setup with three units in one phase.
Shows power and communication wiring for three-phase setup with four units in one phase.
Illustrates power and communication wiring for split-phase setup with one unit per phase.
Shows power and communication wiring for split-phase with two units in each phase.
Shows power and communication wiring for split-phase with three units in each phase.
Details the steps for commissioning in single-phase parallel configurations.
Explains the commissioning process for three-phase parallel setups.
Provides the procedure for commissioning split-phase parallel systems.
Lists fault codes, their corresponding events, and on-screen icons.
Details warning codes, audible alarms, and flashing icon indicators.
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