RedCat Motors
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Engineered for advanced industrial automation applications, this servo motor provides precise motion performance, reliable torque delivery, and stable dynamic operation for modern manufacturing systems. The motor is widely used in CNC machine tools, robotics, automated production equipment, conveyor systems, packaging machinery, semiconductor processing equipment, and intelligent industrial control platforms requiring accurate positioning and continuous operational stability.
The compact yet high-power structural design enables the motor to deliver excellent motion efficiency while maintaining installation flexibility for space-limited machine assemblies. Its optimized electromagnetic structure supports smooth rotational operation with reduced vibration and improved dynamic response. These characteristics make the motor highly suitable for precision automation systems requiring accurate synchronization and fast positioning performance.
| Item | Description |
|---|---|
| Product Model | MHD093C035NG1AN |
| Product Type | AC Servo Motor |
| Series | MHD Synchronous Motors |
| Motor Frame Length / Torque | 23.0 Nm |
| Shaft Type | Plain Shaft (with Shaft Sealing Ring) |
| Feedback Type | Digital Servo Feedback |
| Holding Brake | 22.0 Nm Holding Brake |
| Winding Code | 35 |
| Flange Size | 140 / 150 mm |
| Centering Diameter | 130 mm |
Supports demanding industrial production processes involving rapid acceleration and deceleration cycles. Responds quickly to changing load conditions.
Designed for applications where stable repeatability and positioning accuracy are critical, such as CNC machining and coordinated axis movement.
Enhanced cooling structure improves heat dissipation efficiency during continuous operation, reducing thermal stress on internal components.
Advanced electromagnetic design reduces internal energy losses while maintaining strong torque output and dynamic motion capability.
The durable housing structure provides effective protection against industrial environmental conditions including dust, humidity, vibration, and mechanical impact. In robotic automation systems, the motor enables smooth articulated movement and accurate motion synchronization for automated handling, welding, assembly, and inspection applications.
Applications include food processing systems, textile machinery, pharmaceutical production equipment, electronic assembly systems, laser processing machinery, printing equipment, and automated logistics systems. Low vibration and reduced noise generation improve machine stability during continuous production operation.
This motor is ideal for CNC machine tools, robotics, packaging machinery, semiconductor processing, and automated logistics systems requiring high precision.
Yes, this specific model (MHD093C035NG1AN) is equipped with a 22.0 Nm holding brake for secure position retention.
The motor utilizes Digital Servo Feedback to ensure accurate motion synchronization and high-speed dynamic response.
It features a robust housing and a plain shaft with a sealing ring to protect against dust, humidity, and mechanical impacts.
Its optimized electromagnetic structure minimizes internal energy losses while maintaining high torque output, supporting sustainable industrial strategies.
Yes, the design is specifically compact yet high-power, allowing for installation flexibility in space-limited environments without sacrificing performance.
