Description
Model:USA HE-M 01-TL11
Type:Motion Control Module
Control Technology:High Precision Servo Drive
Output Power:2.2 kW
Operating Voltage:AC 230V
Communication Interface:Ethernet/IP
Speed Resolution:0.1 μs
Acceleration/Deceleration:Up to 1000 Hz/s
Torque Control:± 10% of rated torque
Cooling Method:Passive Air-Cooled
Dimensions (WxDxH):100 x 96 x 85 mm
Weight:0.5 kg
Environment Compatibility:IP20 Enclosure Rating, 5 to 45°C Operating Temperature
Yaskawa USA is proud to present the High Efficiency Motor – Model HEM-01 – Line 11, an innovative solution tailored for industries prioritizing both performance and sustainability. Designed to deliver unparalleled efficiency, this motor stands out in its ability to reduce energy consumption without compromising on power or operational reliability.
Engineered with advanced technology, our motor features an IE5 (Premium) efficiency rating, ensuring it operates at the highest levels of energy efficiency. This not only enhances performance but also aligns with global efforts towards reducing carbon footprints.
Built for durability and versatility, the Yaskawa USA High Efficiency Motor is compatible with a broad spectrum of applications. Its robust design withstands rigorous operating conditions, offering peace of mind to our customers across various sectors.
With its compact size and lightweight frame, this motor is conveniently adaptable to diverse industrial settings. It seamlessly integrates into existing systems without requiring extensive modifications, making it a practical choice for both new installations and retrofits.
Moreover, our motor operates within a wide temperature range (-20°C to +60°C), ensuring reliable performance in challenging environments. The IP55 ingress protection rating further guarantees dust and water resistance, enhancing its suitability for outdoor or harsh indoor conditions.
Invest in the future with Yaskawa USA’s High Efficiency Motor – Model HEM-01 – Line 11. Experience the perfect blend of performance, reliability, and sustainability in every rotation.
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