vxg60al-4ejaguar inverter + filter22/30kw, 3phase, 400vdual rated for ct/vt ip20

Why Choose the IMO VXG60AL-4E Jaguar Inverter Drive?

The IMO VXG60AL-4E is a high-performance AC variable frequency drive (VFD) from the IMO Jaguar VXG series, designed for accurate speed and torque control of three-phase induction motors in demanding industrial applications. Built for reliable industrial motor control, this inverter drive is ideal for machine builders, process engineers and control panel manufacturers requiring dependable performance and flexible automation integration.

As part of the advanced Jaguar VXG range, the VXG60AL-4E provides multiple control methods including V/F control, torque vector control, sensorless vector control and closed-loop control capability. Its integrated EMC filter, high starting torque and extensive programmable functionality make it suitable for demanding installations where smooth operation, efficiency and accurate motor performance are required.

With a dual motor rating of 22 kW constant torque and 30 kW variable torque, the VXG60AL-4E operates from a three-phase 380-480 V AC supply and provides a rated output current of approximately 60 A. This makes it suitable for conveyors, pumps, fans, hoists, compressors, handling equipment and general industrial motor control systems.

Key Advantages

• High-performance variable frequency drive for industrial motor control.
• 22 kW constant torque and 30 kW variable torque dual rating.
• 60 A rated output current for three-phase motor applications.
• Three-phase 380-480 V AC input compatible with industrial power supplies.
• Integrated EMC filter for simplified installation.
• Advanced control modes including V/F, torque vector and sensorless vector control.
• High starting torque for demanding low-speed applications.
• Suitable for machine building, process control and OEM automation systems.

Key Features

• IMO Jaguar VXG high-performance inverter series.
• 22 kW CT / 30 kW VT motor rating.
• 60 A rated output current.
• Three-phase 380-480 V AC input supply.
• Integrated EMC filter.
• V/F, torque vector, sensorless vector and closed-loop control capability.
• 200% starting torque for demanding low-speed operation.
• RS485 / Modbus RTU communication support.
• CANopen communication support.
• Built-in PID and process control functions.
• PTC thermistor input for motor protection.
• IP20 enclosure for control panel mounting.

Technical Specifications

• Manufacturer: IMO Precision Controls
• Series: Jaguar VXG
• Model: VXG60AL-4E
• Product type: AC variable frequency drive
• Rated power (CT): 22 kW
• Rated power (VT): 30 kW
• Rated output current: 60 A
• Input voltage: 380-480 V AC
• Input phases: 3-phase
• Output phases: 3-phase
• Frequency: 50 / 60 Hz
• Output frequency range: 0.5-500 Hz
• Control methods: V/F, torque vector, sensorless vector, closed loop
• Protection rating: IP20
• Integrated EMC filter: Yes
• Communications: RS485 / Modbus RTU, CANopen
• Mounting type: Panel mounting

Reliable Motor Control for Industrial Machinery

Variable frequency drives such as the IMO VXG60AL-4E regulate motor speed by adjusting output voltage and frequency. This improves process control, reduces mechanical stress during starting and stopping, and supports more efficient operation of three-phase industrial motors.

The Jaguar VXG series is engineered for demanding industrial applications where accurate motor control and dependable operation are required. Its advanced vector control, integrated filtering and programmable functions make the VXG60AL-4E well suited to PLC-controlled machinery, process systems and modern automation panels.

Typical Applications

• Industrial conveyors and materials handling systems.
• Pumps and fluid handling equipment.
• Fans, blowers and ventilation systems.
• Hoists and lifting equipment.
• Compressors and process machinery.
• Packaging and production machinery.
• Mixers and manufacturing equipment.
• OEM automation systems and control panels.

Trusted by Industrial Automation Professionals

IMO Jaguar VXG inverter drives are widely used by automation engineers, OEM machine builders and control panel manufacturers for dependable motor control in demanding industrial equipment and process machinery.