Industrial Inverter Selection Guide

1. Define Application Requirements

Before selecting an industrial inverter, first define your specific application and requirements. Different applications have distinct needs for parameters such as power rating, input voltage, and output voltage.

2. Determine Power Requirements

Select an inverter with sufficient power capacity for your load. We recommend a 20-30% power reserve to handle startup current and transient overloads.

• Small Equipment (1-6kW): Suitable for small industrial equipment and vehicle power systems
• Medium-duty equipment (10-20 kW): Suitable for medium-sized industrial machinery and servo systems
• Large Equipment (30-100KW): For heavy-duty cranes and industrial production lines

3. Select Input Voltage

Select the appropriate input voltage rating based on your existing DC power system:

• 24VDC/48VDC: For vehicle systems and compact devices
• 9 6VDC: Suitable for medium-sized industrial equipment
• 384VDC/540VDC: For large-scale industrial systems and energy storage systems

4. Focus on Key Parameters

When selecting an inverter, focus on the following technical specifications:

• Output waveform: Pure sine wave is superior to modified sine wave; suitable for precision equipment.
• Conversion efficiency: Higher efficiency means lower energy consumption and heat generation.
• Protection features: Over-voltage, over-current, over-temperature, and more
• Operating temperature range: Designed to suit your environment

V. Accommodate Special Requirements

Some use cases may require special features:

• Servo motor load: Select a model capable of withstanding startup torque shock.
• Soft motor start: Reduces stress on the inverter and extends its lifespan.
• Remote Monitoring: Ideal for distributed systems requiring centralized management

If you have any questions during the selection process, contact our technical team for expert guidance and support.