imo hd1-70a-23 hd1 inverter 18.5kw, 3phase, 200v, 70a ip20 inc filter

Why Choose the IMO HD1-70A-23 High Performance Inverter?

The IMO HD1-70A-23 is a powerful AC variable speed drive (VSD) designed for precise motor control in demanding industrial automation, machinery and process applications. As part of the advanced IMO HD1 high performance inverter series, it delivers smooth speed regulation, strong torque performance and dependable operation for three-phase motor-driven systems.

The HD1 series provides advanced torque vector control, flexible programming and built-in communication functionality to support integration with modern automation platforms. Its high-performance motor control features help improve process accuracy, reduce mechanical stress and support energy-efficient operation across industrial machinery and process systems.

With a rated output power of 18.5 kW, a three-phase 200 V class input supply and a rated output current of 70 A, the HD1-70A-23 is ideal for conveyors, pumps, fans, mixers, compressors and OEM machinery. Its IP20 enclosure and included filter make it suitable for installation inside industrial control panels and automation cabinets.

Key Advantages

• High-performance variable speed drive for industrial motor control.
• 18.5 kW motor power rating suitable for demanding machinery applications.
• Three-phase 200 V class input for industrial power systems.
• 70 A rated output current for dependable motor operation.
• Advanced torque vector control for smooth speed and torque performance.
• Built-in communication functions support automation system integration.
• IP20 enclosure with filter included for control panel installation.

Key Features

• IMO HD1 high performance inverter series.
• 18.5 kW rated output power.
• 70 A rated output current.
• Three-phase 200 V class input supply.
• Advanced torque vector control technology.
• Suitable for asynchronous AC induction motors and permanent magnet motors.
• Built-in Modbus RTU / RS485 communication.
• Profibus DP, CANopen and Profinet communication options available.
• Integrated PLC and PID control functionality.
• Flexible digital and analogue input/output options.
• Filter included.
• IP20 panel-mounted enclosure.

Technical Specifications

• Manufacturer: IMO Precision Controls
• Series: HD1 High Performance Inverters
• Model: HD1-70A-23
• Product type: AC variable speed drive
• Rated output power: 18.5 kW
• Rated output current: 70 A
• Input voltage: 200 V class AC
• Input phases: 3-phase
• Output phases: 3-phase
• Frequency: 50 / 60 Hz
• Protection rating: IP20
• Mounting type: Panel / cabinet mounting
• Control method: Torque vector control
• Communication: Modbus RTU / RS485 built-in
• Optional communications: Profibus DP, CANopen and Profinet
• Filter: Included
• Alternative SKU: HD170A23

Reliable Motor Control for Industrial Automation

The IMO HD1-70A-23 controls motor speed by adjusting output voltage and frequency, allowing machinery to run smoothly and efficiently across changing load conditions. This helps improve process control, reduce energy consumption and minimise wear on motors and connected mechanical components.

Designed for machine builders, panel builders and industrial engineers, the HD1 platform combines robust drive performance with practical automation features. Its communication options, integrated control functions and flexible I/O make it a strong choice for demanding industrial control systems.

Typical Applications

• Industrial conveyors and material handling systems.
• Pumps and fluid transfer equipment.
• Fans and ventilation systems.
• Mixers and processing machinery.
• Compressors and manufacturing equipment.
• Packaging and production machinery.
• High-inertia loads requiring controlled acceleration and braking.
• OEM automation systems and control panels.

Trusted by Automation Professionals

IMO HD1 high performance inverters are trusted by machine builders, panel builders and industrial engineers for dependable motor control, efficient operation and flexible integration into modern automation systems.