ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTOR

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ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTOR Specification

Protection Level
IP65

Cover Material
Aluminum

Features
High precision; Maintenance-free bearings; Vibration resistant

Way
Single Shaft

Thickness
108 mm (including mounting flange)

Current Rating
5.6A

Rated Insulation Voltage
300V

Protection Class
Class F

Rated Operation Voltage
200V AC

Components
Encoder, Shaft, Housing

Cooling System
Natural Cooling

Operating Voltage
200~230V AC

Control System
Closed Loop

Rated Current
5.6A

Base Material
Aluminum

Connectivity Type
Wire Terminal

Product Type
Servo Motor

Material
Aluminum Alloy Housing and Shaft Steel

Surface Finish
Matte Coated

Standard
IEC/EN 60034-1

Surface Color
Black

Rated Voltage
230V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
6.2A

Dimension (L*W*H)
Approx. 260 mm x 108 mm x 108 mm

Application
Industrial Automation, CNC, Robotics

IP Rating
IP65

About ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTOR

Experience the magnificent ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTORnow in the spotlight and highly in demand. This pristine servo motor boasts exceptional rated power of 1 kW and can achieve a speed up to 6000 RPM, supported by its robust Incremental Optical Encoder. Designed for industrial excellence with flange mounting and high vibration resistance, its built with a durable aluminum alloy housing and steel shaft. With an IP65 protection rating, Class F insulation, and maintenance-free bearings, this motor meets IEC/EN 60034-1 standards. Secure yours soonavailability is ending soon!

Applications, Advantages & Versatility

The ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTOR offers magnificent performance in industrial automation, CNC machinery, and robotics. Its primary advantage lies in high-precision, vibration-resistant operation and pristine construction, making it a prime choice for demanding settings. The motors closed loop control ensures accuracy in complex applications, while its exceptional IP65-rated build enhances reliability even in challenging environments. Beyond automation, its robust design is suited for diverse industrial tasks requiring reliable and precise motion control.

Sample Availability, Export Markets & Certifications

Sale price options and sample availability make acquiring the ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTOR both accessible and convenient for global clients. Shipped goods meet rigorous international standards, and each unit is certified under IEC/EN 60034-1. Main export markets include regions with industrial automation growth. From initial inquiry to goods handed over, customers are assured excellent support and exceptional product quality, solidifying trust in every transaction.

FAQs of ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTOR:

Q: How does the ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTOR deliver high precision in automation?

A: The ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTOR utilizes a closed loop control system and an incremental optical encoder, enabling precise motor positioning and speed regulation required in industrial automation tasks.

Q: What are the key benefits of choosing this servo motor for robotics applications?

A: With its exceptional vibration resistance, IP65 protection level, and maintenance-free bearings, the motor ensures reliable, long-term performance in robotics, where precision, durability, and consistent operation are essential.

Q: Where can the ALLEN-BRADLEY Y-1003-2-H00AA SERVO MOTOR be effectively deployed?

A: This servo motor is pristine for deployment in industrial automation, CNC machinery, and robotics, as well as in environments that demand high precision, stable torque, and robust protection against dust and moisture.

Q: What certifications support the quality and safety of this servo motor?

A: The ALLEN-BRADLEY Y-1003-2-H00AA meets IEC/EN 60034-1 standards, certifying its safety, performance, and reliability for industrial use and international operations.

Q: Is it possible to request a sample before placing a large order?

A: Yes, sample availability is offered, allowing customers to evaluate the motors compatibility and performance before committing to a full-scale purchase.

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