Motor Type:AC Servo Motor
Power Rating:500 Watts
Torque Capacity:10 Nm
Speed Range:1,000 to 5,000 RPM
Resolution:10,000 CPM
Operating Voltage:230 VAC
Enclosure Protection:IP65
Weight:2.5 kg
Dimensions (DxWxH):100mm x 100mm x 300mm
The ABB 3HNM09846-1 Servo Motor is engineered for applications requiring high precision and reliability in harsh industrial environments. It boasts a compact NM series frame size, optimized for space-saving installations while maintaining robust construction for durability against shocks and vibrations.
Equipped with an advanced direct drive design, this motor ensures smooth operation and high torque output, making it ideal for tasks that demand precise positioning and speed control. Its AC 3-phase electrical input supports seamless integration into various industrial control systems.
With an absolute encoder integrated into the motor, real-time feedback on position, speed, and load conditions is continuously provided, enabling advanced control strategies and improving overall system performance. The EtherCAT communication protocol ensures fast data transfer and reliable synchronization with other devices in the network.
For ease of installation and maintenance, the 3HNM09846-1 can be mounted using either bolts or a flange mount, depending on the specific application requirements. This flexibility allows for a quick setup process without compromising on the motor’s operational integrity.
The IP65 protection class guarantees that the motor can withstand dust and light water jets, ensuring its longevity even under challenging environmental conditions. This feature is particularly valuable in industries where equipment needs to operate in outdoor or dusty environments.
Experience unparalleled control and efficiency with the ABB 3HNM09846-1 Servo Motor, designed to meet the stringent demands of modern industrial automation. Whether you’re in manufacturing, robotics, or any sector requiring precise mechanical control, this motor offers a reliable solution that will enhance your productivity and system reliability.
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