BAUMULLER 438529/02201-3536 SERVO MOTOR

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BAUMULLER 438529/02201-3536 SERVO MOTOR Specification

Current Rating
21.5 A

Cooling System
Forced air cooling

Cover Material
Cast aluminum

Rated Current
20 A

Protection Level
IP54

Rated Operation Voltage
315 V

Thickness
Standard industrial dimensions; see dimensions below

Rated Insulation Voltage
600 V

Operating Voltage
315 V AC

Way
Single shaft

Connectivity Type
Standard industrial connectors, terminal block

Control System
Servo drive compatible, closed-loop control

Protection Class
Class F insulation

Features
High torque output, low inertia, long service life, easy maintenance

Components
Integrated encoder, cooling fan, terminal box

Base Material
Steel

Product Type
Servo Motor

Material
High-grade steel housing with precision-engineered components

Surface Finish
Matte powder coated

Standard
Complies with IEC and CE standards

Surface Color
Black with metallic accents

Rated Voltage
315 V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
21.5 A

Dimension (L*W*H)
Approx. 450 mm x 170 mm x 210 mm

Application
Industrial automation, CNC machinery, robotics

IP Rating
Ip54

About BAUMULLER 438529/02201-3536 SERVO MOTOR

Discover the fresh engineering expertise behind the BAUMULLER 438529/02201-3536 SERVO MOTORan offer too sterling to overlook for pivotal industrial needs. Utilise this rarefied motor, featuring high-grade steel and cast aluminum construction, incremental/absolute encoder adaptability, and flange mounting. With 6.5 kW max power, robust torque output, and a speed spectrum up to 3000 RPM, it excels across various automated environments. CE certified, RoHS compliant, and matte powder coated, this durable and noise-conscious motor is ready to enhance performance in advanced automation, CNC machinery, and robotics.

Versatile Use and Application Areas

The BAUMULLER 438529/02201-3536 SERVO MOTOR is widely used by automation professionals, OEMs, and system integrators in fields like industrial automation, robotics, and CNC machinery. Ideal for integration into complex, high-precision applications, it is suitable for use where a blend of dependability, efficiency, and high output is paramount. Its adaptability and compatibility with advanced control systems make it a preferred choice across manufacturing and engineering sectors.

Prompt Delivery and Market Reach

Experience expedited, express shipping with our stock-ready BAUMULLER 438529/02201-3536 SERVO MOTOR. Delivery times are designed to maintain your market value by reducing waiting periods. We offer flexible sample policies to suit various business models, and our main export markets include Europe, Asia, and North America. Procurement is hassle-free, ensuring your supply chain remains seamless and your operations uninterrupted.

FAQs of BAUMULLER 438529/02201-3536 SERVO MOTOR:

Q: How does the BAUMULLER 438529/02201-3536 SERVO MOTOR enhance automation efficiency?

A: With its high-torque output, precision engineering, and adaptability to both incremental and absolute encoders, this servo motor provides precise, closed-loop control that optimizes automated processes and increases production reliability.

Q: What are the primary industries and environments where this servo motor can be used?

A: This servo motor is ideally suited for use in industrial automation, CNC machinery, robotics, and any environment requiring high performance and durable motion solutions.

Q: When can I expect delivery after placing an order for the BAUMULLER SERVO MOTOR?

A: With express shipping and stock-ready status, orders are typically processed and shipped promptly to minimize downtime, depending on location and order volume.

Q: Where do you export the BAUMULLER 438529/02201-3536 SERVO MOTOR?

A: Our main export markets for this model include Europe, Asia, and North America, supporting a global clientele in need of reliable servo motor solutions.

Q: What is the benefit of the integrated encoder and forced air cooling system?

A: The integrated encoder ensures accurate feedback and seamless closed-loop control, while the forced air cooling system maintains optimal temperature, thereby extending the motors service life and performance consistency.

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