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Product Description
Integrated servo motors combine the motor, encoder, and drive/controller into a single, compact unit, eliminating external cabling between the driver and motor. They reduce installation time, save space in control panels, and improve noise immunity. Ideal for automation, robotics, and CNC machines, they offer precise control over speed, torque, and position.
1. Motor Series: IDP (Waterproof), IDC (Plug Type), IBP/IBC (BLDC Types)
2. Motor Frame: 42mm, 57mm, 60mm, 80mm, 86mm
3. Control Type: P (Pulse), R (RS485), C (CANopen)
4. Encoder Type: 17bit/15bit Single/Multi-turn Absolute Encoder
5. Brake: 24V/48V Brake Optional
6. Gearbox: Planetary, Right-angle, or Worm Gearbox
Frequently Asked Questions
What are the benefits of an integrated DC servo motor?
Integrated motors combine the motor, encoder, and drive into one unit. This saves significant space in control panels, reduces wiring complexity, minimizes electromagnetic interference, and simplifies the assembly process.
Which communication protocols do these motors support?
Our integrated servo motors support various control methods, including standard Pulse/Direction control, RS485 (Modbus RTU), and CANopen networking protocols.
Can I get a motor with a customized gearbox?
Yes. We offer optional Planetary Gearboxes, Right-angle Planetary Gearboxes, and Worm Gearboxes with various reduction ratios to meet your specific torque and speed requirements.
What protection features are built into the driver?
The integrated driver includes multiple protection functions such as over-current, over-voltage, under-voltage, over-temperature, and over-differential protection to ensure safe operation.
What applications are these motors suitable for?
They are widely used in medical equipment, logistics transportation, AGVs, industrial automation, textile machinery, laser equipment, and CNC machines requiring precise motion control.
Is a braking function available?
Yes, we provide optional 24V or 48V electromagnetic brakes for applications that require the motor to hold its position when power is removed.