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3.7kW VSD 3-Phase 415V – Motor Drive

3.7kW VSD 3-Phase 415V – Motor Drive

SKU: CM500-3R7GT4
$413.00Price

Compact industrial variable speed drive designed for reliable control of three-phase motors in Australian 415V systems. Suitable for pumps, fans, conveyors, and machinery, delivering stable speed control, energy efficiency, and consistent performance.

  • Designed for 400–415V industrial systems
  • Smooth motor starting and speed control
  • Suitable for automation and process applications

Compact Variable Speed Drive for Industrial Motor Control

This 3.7kW variable speed drive (VSD) is engineered for robust and efficient control of three-phase motors in industrial and commercial environments. Supporting V/F, sensorless vector (SVC), and vector control (FVC), it provides precise speed regulation, stable torque output, and reliable operation across varying load conditions.

The unit integrates key control functions including PID regulation, multi-speed operation, and braking control, making it suitable for a wide range of automation and process applications. Its compact design allows for easy integration into control panels where space is limited.

Common Applications

  • Pumps and pressure systems
  • Fans and HVAC equipment
  • Conveyors and material handling
  • Mixers, feeders, and packaging machinery
  • General industrial automation systems

Is this drive suitable for your application?

This unit is suitable if:

  • Your motor is 3.7kW
  • You are using 3-phase 400–415V power
  • You require speed control or soft starting
  • Installation is within an industrial or commercial system

Not suitable for:

  • Single-phase motors
  • Motors above 3.7kW
  • Domestic or plug-and-play applications

If unsure, contact us for correct sizing and system matching.

Key Benefits

  • Precise motor speed and torque control
  • Improves energy efficiency in variable load systems
  • Reduces mechanical stress and startup current
  • Compact design for panel integration
  • Suitable for PLC and automation system integration
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