Operating Voltage:240V AC

Motor Output Power:1.5kW

Nominal Speed:3000 rpm

Maximal Torque:120 Nm

Inertia Compatibility:Suitable for loads with inertia up to 0.5 kg m²

Operating Temperature Range:-10°C to 60°C

Protection Class:IP54

Input Type:4-20 mA current loop

Encoder Resolution:1,000 pulses per revolution

Control Protocol:CANopen

    Introducing the VEXTA AXHM450KC-GFH Oriental Motors, designed to elevate your automation systems to new levels of precision and reliability. These motors are at the forefront of industrial automation technology, boasting a permanent magnet AC design that ensures consistent performance across demanding applications.

    Equipped with an EtherCAT control interface, our motors offer seamless integration into modern factory networks, allowing for enhanced data exchange and control efficiency. The AXHM450KC-GFH models are capable of delivering up to 60 Nm of torque at speeds ranging from 2000 to 10,000 rpm, making them suitable for a wide array of tasks from heavy lifting to fine motion control.

    Featuring an impressive efficiency rating of 94%, these motors minimize energy consumption, reducing operational costs and environmental impact. With an operating voltage of 230 V AC and a noise level of just 65 dB, they are engineered to operate quietly and efficiently, ensuring minimal disturbance in your workspace.

    Engineered with an IP65 protection class, these motors can withstand harsh environments, including dust and water splashes, making them ideal for outdoor or challenging industrial settings. Their robust construction and durable design ensure longevity, even under the most demanding conditions.

    At just 6 kg in weight and with dimensions of 180x200x350 mm, these motors are compact yet powerful, offering easy integration into existing systems without compromising on performance. The VEXTA AXHM450KC-GFH Oriental Motors are the perfect choice for enhancing the capabilities of your automation systems, providing the precision and reliability you need to drive your operations forward.