BALDOR SERVO MOTOR W071/1376

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BALDOR SERVO MOTOR W071/1376 Specification

Components
Integrated resolver, Built-in encoder

Operating Voltage
230 V AC

Features
High precision feedback, Low inertia, Robust construction

Protection Class
Class F insulation

Connectivity Type
Standard industrial connector

Way
Single shaft

Rated Operation Voltage
230 V

Rated Current
5.7 A

Panel Type
Motor housing

Cover Material
Powder-coated steel

Control System
Closed-loop control

Thickness
180 mm (housing length)

Base Material
Die-cast aluminum

Rated Insulation Voltage
400 V

Current Rating
5.7 A

Cooling System
Natural convection

Protection Level
IP65

Product Type
AC Servo Motor

Material
High-grade steel and aluminum alloy

Surface Finish
Matte coated

Standard
IEC

Surface Color
Black & Silver

Rated Voltage
230 VAC

Frequency (MHz)
50/60 Hz

Maximum Output Current
7.2 A

Dimension (L*W*H)
180 mm x 90 mm x 110 mm

Application
Robotics, Automation, CNC machinery

IP Rating
IP65

BALDOR SERVO MOTOR W071/1376 Trade Information

Payment Terms
Telegraphic Transfer (T/T), Cash in Advance (CID), Cash Advance (CA)

Supply Ability

Delivery Time
1 Week

Main Export Market(s)
Western Europe, Australia, Eastern Europe, Central America, Africa, Middle East, South America, Asia, North America

Main Domestic Market
All India

About BALDOR SERVO MOTOR W071/1376

The BALDOR SERVO MOTOR W071/1376 stands as the paragon of high-performance motion control, uniting power, precision, and reliability. With an unprecedented speed range of 03500 RPM and robust torque delivery up to 7.2 Nm peak, it is ideal for automation, robotics, and CNC machinery. Flange mount style and high-grade materials ensure ravishing durability, while the IP65 rating maximizes protection. Buy online now at a cost-effective markdown and upgrade your project with superior technology that blends performance and value flawlessly.

Versatile Application & Features of BALDOR SERVO MOTOR W071/1376

Designed for intuitive use in robotics, automation, and CNC systems, this servo motor delivers high precision feedback via its integrated encoder and resolver. The flange mount guarantees stable installation with minimal effort, while robust construction features class F insulation and a matte-coated finish for enduring operation. Enjoy low inertia and natural convection cooling, making it an optimal choice for continuous, reliable duty in demanding environments.

Payment Terms, Sample Policy & Export Logistics for BALDOR SERVO MOTOR W071/1376

Optimize expenditure with flexible payment terms and experience product assurance through available samples before committing to bulk orders. Our streamlined drop-off solutions ensure smooth logistics, serving both local and international clients seamlessly. The BALDOR SERVO MOTOR W071/1376 is regularly exported to major markets worldwide, ensuring expert handling and fast, secure delivery every step of the way.

FAQs of BALDOR SERVO MOTOR W071/1376:

Q: How do I properly install the BALDOR SERVO MOTOR W071/1376?

A: Installation involves securing the flange mount to a stable surface, connecting the electrical interface using a standard industrial connector, and ensuring the integrated encoder and resolver are properly configured with your control system.

Q: What are the primary benefits of choosing this servo motor for automation projects?

A: This motor offers high precision, robust construction, and low maintenance, making it ideal for automation tasks that demand consistent performance, accuracy, and long service life.

Q: Where can I purchase the BALDOR SERVO MOTOR W071/1376 online?

A: You can conveniently buy it online through authorized traders and suppliers who offer secure transactions and quick order processing.

Q: What sample options are available for the BALDOR SERVO MOTOR W071/1376 before bulk purchasing?

A: Samples can be provided on request, allowing you to validate product suitability prior to making a larger investment.

Q: How does the closed-loop control system enhance performance?

A: The closed-loop system ensures real-time feedback and adjustments, maintaining optimal torque and speed while reducing operational errors and enhancing precision in high-demand applications.

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