MOOG SERVO DRIVE CY1603B3

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MOOG SERVO DRIVE CY1603B3 Specification

Protection Level
IP20

Components
Integrated controller, power amplifier

Features
Precision motion control, over-current protection, modular design

Rated Current
3 A

Thickness
Standard module

Rated Operation Voltage
230 V AC

Panel Type
Module mount

Current Rating
3 A

Way
Single

Protection Class
Class I

Rated Insulation Voltage
250 V

Operating Voltage
230 V AC

Control System
Digital servo control

Cabinet Material
Aluminum

Cooling System
Fan cooled

Base Material
Aluminum housing

Cover Material
Polycarbonate front panel

Connectivity Type
RS232/RS485

Product Type
Servo Drive

Material
Industrial grade electronic components

Surface Finish
Matte

Standard
CE, RoHS

Surface Color
Black

Rated Voltage
230 V AC

Frequency (MHz)
50/60 Hz

Maximum Output Current
3 A

Dimension (L*W*H)
Approx. 260 x 120 x 60 mm

Application
Industrial Automation, CNC Machines

IP Rating
IP20

Display Type
LED status indicator

About MOOG SERVO DRIVE CY1603B3

Procure the MOOG SERVO DRIVE CY1603B3 for unparalleled precision in industrial automation. This majestic device boasts an output power of 600 W max, a stunning response time of less than 1 ms, and vibration resistance per IEC 60068-2-6. Access robust communication via RS232/RS485, all housed in an aluminum body with a matte black finish. Purchase confidence is ensured with CE and RoHS certifications, while integrated controller, modular design, and over-current protection guarantee gorgeous performance for demanding CNC and plant automation applications.

Versatile Applications Across Industrial Plants

The MOOG SERVO DRIVE CY1603B3 is widely used by manufacturing leaders in automation, robotics, and CNC machine environments. Its durable design enables application on diverse plant surfaces, including enclosure and panel mounts. Suitable for plant-level conveyor systems, precise motion control stations, and production lines, this servo drive elevates the operational integrity of factories by meeting rigorous automation requirements and providing reliable performance in continuous and cycle-based plant applications.

Certification, Delivery Timelines, and Market Coverage

The MOOG SERVO DRIVE CY1603B3 comes certified under the rigorous CE and RoHS standards, ensuring safe and responsible operation. Our quotation process swiftly confirms requirements so you receive timely updates on product arrival. Reliable transportation solutions guarantee arrival within standard lead times. Available throughout the main domestic market, this product streamlines integration into existing plant infrastructure, providing seamless installation and minimized waiting periods for industrial buyers across a broad spectrum of factory locations.

FAQs of MOOG SERVO DRIVE CY1603B3:

Q: How can I purchase the MOOG SERVO DRIVE CY1603B3 for my industrial automation project?

A: You may contact an authorized supplier or trader to request a quotation, confirm availability, and complete your purchase. The process is streamlined for industrial clients.

Q: What applications are ideal for deploying the CY1603B3 servo drive?

A: This servo drive is best suited for CNC machinery, factory automation systems, robotics, and plant-level motion control applications demanding high response speed and durability.

Q: Where should the CY1603B3 be mounted for optimal use?

A: The CY1603B3 is designed for panel or enclosure mount, making it versatile for integration into control cabinets or machinery panels within plant facilities.

Q: What certifications does the MOOG SERVO DRIVE CY1603B3 have?

A: It holds CE and RoHS certifications, assuring compliance with industry safety and environmental standards.

Q: How long does it take for the product to arrive after ordering?

A: Delivery times typically depend on current inventory and transportation schedules, but quotations include estimated timelines to keep you informed during the purchase process.

Q: What benefits does the integrated controller and modular design provide?

A: These features enable easy installation, system scalability, and enhanced protection, ensuring long-term operational efficiency and reliability in industrial environments.

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