About Industrial AC Servo Motors
Electric Servo Motors
Established in the year 1989, we have created our name as a well-renowned manufacturer and supplier of both AC an DC Electric Servo Motors in the global market. These small sized motors are highly appreciated for their excellent working efficiency, optimum performance, ability to withstand high pressure and corrosion resistance. Offered motors are widely demanded for several industrial and commercial applications such as in-line manufacturing, radio controlled airplanes, elevators, rudders, robots and so-forth. Apart, these motors now considered as an best alternative to ac induction motor. We offer these Electric Servo Motors to our respectable clients at the market leading prices.
Features:
- Highly energy efficient
- Compact in size
- Less power consumption
- Easy and safe to use
- In-built servo circuitry
- Precise regulation
Exceptional Precision and FeedbackThese servo motors are available with both incremental encoder and resolver feedback options, supporting precise control in automated systems. The choice between incremental and absolute encoding enables flexible integration based on operational requirements.
Durability for Continuous Industrial UseEngineered with insulation class F and totally enclosed IP65-rated housings, the motors can operate reliably under continuous (S1) duty cycles. They withstand relative humidity below 90%, vibration grade V15, and standard atmospheric pressure environments.
Customizable and Versatile IntegrationRanging from 200W to 3kW power output and offering optional electromagnetic brakes, these motors fit a variety of industrial machines. Their compatibility with different servo drives and flange mounting design allows straightforward installation across multiple applications.
FAQs of Industrial AC Servo Motors:
Q: How do I select between incremental and absolute encoder types for my servo motor application?
A: The choice depends on your applications specific requirements. Incremental encoders provide position changes relative to their last state, ideal for cost-effective speed and position feedback. Absolute encoders retain position information even after power loss, making them suitable for safety-critical or complex positioning tasks.
Q: What are the main benefits of using an AC servo motor with Class F insulation and IP65 sealing?
A: Class F insulation ensures the motor can handle higher operating temperatures, enhancing longevity under continuous duty. IP65 sealing protects against dust and water ingress, making the motor reliable for industrial environments requiring robust protection.
Q: When should I opt for the optional electromagnetic brake in my AC servo motor setup?
A: The electromagnetic brake is useful when your application requires the motor to hold its position securely during power-off or emergency stops. Typical uses include vertical axis operations or safety-related motion control tasks.
Q: Where can these industrial AC servo motors be installed, considering mounting and environmental conditions?
A: These motors are designed for flange mounting and can be installed in environments with temperatures ranging from -10C to 40C, relative humidity below 90% (non-condensing), and standard atmospheric pressure. Their compact, sealed construction supports installation in diverse industrial settings.
Q: What process is involved in integrating these servo motors with various servo drives?
A: These motors are designed for compatibility with a range of servo drive controllers. Integration typically involves connecting the feedback encoder, matching the control signals, and configuring the drive parameters according to the motors rated voltage, power, and feedback type.
Q: How does using a double-sealed ball bearing and fan cooling benefit industrial servo motor performance?
A: Double-sealed ball bearings extend the motors lifespan by protecting against dirt and reducing maintenance needs. The fan cooling system efficiently dissipates heat, supporting sustained high performance during continuous operation.