Speed Torque Characteristics of AC Servomotor

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Product Details:

Voltage 220V AC single-phase or 380V AC three-phase
Display No built-in display; feedback via controller
Power Rated 200W - 750W (based on selected model)
Usage Industrial automation, robotics, CNC machinery
Product Type AC Servomotor
Material High-grade steel housing, copper windings
Design Compact, closed-loop, flange mount
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Speed Torque Characteristics of AC Servomotor Price And Quantity

Minimum Order Quantity 1 Unit

Insulation Class Class F
Torque Range 0.6 Nm to 7 Nm
Efficiency Greater than 85%
Control Method Closed-loop with position/velocity/torque modes
Response Time Milliseconds (rapid acceleration)
Environmental Conditions Operation: 040C, Humidity <90% RH
Speed Range 300 rpm to 3000 rpm
Starting Torque High starting torque for instant acceleration
Protection Level IP54 (dust and splash protection)
Mounting Type Standard flange mounting
Rotor Inertia Low for fast response

Speed Torque Characteristics of AC Servomotor Product Specifications

Product Type AC Servomotor
Power Source AC supply (single/three phase)
Detector Integrated encoder feedback for real-time position monitoring
Voltage 220V AC single-phase or 380V AC three-phase
Accuracy High positional accuracy for precise control
Weight Approx. 1.5kg - 5kg (model dependent)
Display No built-in display; feedback via controller
Dimension (L*W*H) Standard frame size as per model (refer to datasheet)
Charging Time Not Applicable (AC powered)
Power Rated 200W - 750W (based on selected model)
Material High-grade steel housing, copper windings
Design Compact, closed-loop, flange mount
Usage Industrial automation, robotics, CNC machinery

Insulation Class Class F
Torque Range 0.6 Nm to 7 Nm
Efficiency Greater than 85%
Control Method Closed-loop with position/velocity/torque modes
Response Time Milliseconds (rapid acceleration)
Environmental Conditions Operation: 040C, Humidity <90% RH
Speed Range 300 rpm to 3000 rpm
Starting Torque High starting torque for instant acceleration
Protection Level IP54 (dust and splash protection)
Mounting Type Standard flange mounting
Rotor Inertia Low for fast response

Speed Torque Characteristics of AC Servomotor Trade Information

Supply Ability 5 Unit Per Week
Delivery Time 4-5 Days

Product Description

DESCRIPTION

The devices used in electrical control system are AC and DC servomotors AC servomotor has best suit for low power control applications. It is rugged light weighted and has no brush contacts as in case of DC servomotors. The important parameter of AC servomotor is its speed - torque characteristics. This set up is made to study of such AC servomotor characteristics

TECHNICAL SPECIFICATIONS

Two phase AC Servo Motor
Electronic speed sensor with RPM display.
Ammeter for load current.
DC Motor for loading.
Torque calculation from back emf.
Speed controller for motor.
Isolated supply for motor.
IC regulated power supply for complete circuitry.
220V 10%, 50Hz mains operated.
User's Manual with patch cords.

High Performance and Efficiency

This AC servomotor stands out for its superior starting torque and fast dynamic response, thanks to advanced closed-loop control and low rotor inertia. It sustains high efficiency, exceeding 85%, while delivering precise motion control for intricate industrial tasks.

Rugged and Reliable in Industrial Environments

Designed for operation in temperatures from 0 to 40C and humidity below 90% RH, the motor carries IP54-rated protection and features Class F insulation. Its robust steel housing withstands harsh factory conditions, making it a durable solution for automation and machinery applications.

Flexibility and Easy Integration

Featuring standard flange mounting and availability in a range of power ratings (200W750W), the servomotor supports both 220V AC single-phase and 380V AC three-phase supplies. Its compact build ensures simple installation, ideal for exporters, manufacturers, and system integrators.

FAQs of Speed Torque Characteristics of AC Servomotor:

Q: How does the AC servomotor maintain high positional accuracy during operation?

A: The motor uses a closed-loop control system with an integrated encoder, providing real-time feedback for position, speed, and torque. This setup guarantees precise adjustments and highly accurate positioning, making it suitable for delicate automation and CNC tasks.

Q: What industries and applications can benefit from this servomotor?

A: This AC servomotor is ideal for industrial automation, robotics, conveyor systems, packaging machinery, and CNC equipment. Its high torque, rapid acceleration, and reliability make it a versatile choice across multiple manufacturing sectors.

Q: When should a user consider selecting this servomotor model?

A: Choose this servomotor when your application demands rapid acceleration, high accuracy, and robust performance in environments with dust or splashes (compliant with IP54). Its broad speed and torque range suit dynamic and precise tasks in modern automation setups.

Q: Where is the standard mounting location for this servomotor?

A: The servomotor features a standard flange mounting type, allowing easy installation onto compatible machinery or automation systems. Mounting should follow the guidelines in the product datasheet for safe and reliable operation.

Q: What is the process for integrating this servomotor into an automation system?

A: Integration involves mounting the servomotor via its flange, connecting it to the power supply (220V single-phase or 380V three-phase), interfacing its feedback encoder with the controller, and configuring control modes (position, velocity, or torque) based on application needs.

Q: How does the servomotors protection and insulation ensure reliable usage?

A: The motors IP54 rating shields it from dust and water splashes, while Class F insulation ensures thermal robustness. These features uphold motor integrity and extend service life, even in challenging industrial environments.

Q: What benefits do users gain from the low rotor inertia and high starting torque?

A: Low rotor inertia enables swift response to control inputs, and high starting torque ensures instant acceleration. Together, these characteristics allow for efficient, rapid movements essential in high-speed, precise automation scenarios.

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