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FANUC A06B-0202-B605S000 AC SERVO MOTOR

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FANUC A06B-0202-B605S000 AC SERVO MOTOR Specification

Cabinet Material
Metal

Connectivity Type
Port Connector

Thickness
Standard

Current Rating
6.2 A

Cover Material
Aluminum

Features
High Precision, Low Noise, Maintenance-Free

Components
Rotor, Stator, Encoder

Cooling System
Forced Air

Protection Level
IP65

Rated Operation Voltage
200 V

Way
Single

Base Material
Cast Iron

Protection Class
Class F

Rated Insulation Voltage
250 V

Control System
Digital Servo Control

Operating Voltage
200 V AC

Rated Current
6.2 A

Product Type
AC Servo Motor

Material
Metal Alloy

Surface Finish
Matt

Standard
FANUC Industrial Standard

Surface Color
Black

Rated Voltage
200 V

Frequency (MHz)
50/60 Hz

Maximum Output Current
6.2 A

Dimension (L*W*H)
340 mm x 150 mm x 130 mm

Application
Industrial Automation, CNC Machines

IP Rating
IP65

Service Life
20,000 hours

Vibration Resistance
Class V10

Maximum Speed
3000 rpm

Insulation Resistance
>100M

Ambient Temperature
0-40C

Weight
9.2 Kg

Mounting Type
Flange Mount

Shaft Type
Keyed

Torque Rating
2.5 Nm

Model Number
A06B-0202-B605S000

Encoder Type
Absolute Encoder

About FANUC A06B-0202-B605S000 AC SERVO MOTOR

Reserve the incomparable FANUC A06B-0202-B605S000 AC Servo Motor and discover why it receives favorable reviews from industry leaders. As a preeminent choice for automation, this motor combines a keyed shaft, absolute encoder, and digital servo control for terrific reliability. Delivering 2.5 Nm torque at 3000 rpm and supporting rigorous CNC applications, it is crafted with durable metal alloys, boasts IP65 protection, and operates efficiently within 0-40C. Its maintenance-free design and robust construction ensure a long service life, making it a must-find for suppliers and traders across India.

Applications and Special Features

The FANUC A06B-0202-B605S000 AC Servo Motor is engineered for industrial automation and CNC machining, making it suitable for high-precision, heavy-duty use. With high torque, exceptional vibration resistance, and absolute encoder, it ensures superior accuracy. Its maintenance-free operation, low noise output, and IP65 protection level make this servo motor an ideal solution for demanding environments where reliable performance is crucial.

Sample Policy and Export Details

Sample proposals are available for the FANUC A06B-0202-B605S000 AC Servo Motor, ensuring thorough evaluation before bulk purchase. We efficiently coordinate goods transport for swift arrival at your designated location. Main export markets include Europe, Asia, and the Middle East. Upon agreement on the proposal amount, sample units become available for inspection, giving traders and suppliers seamless international procurement options backed by reliable logistics.

FAQs of FANUC A06B-0202-B605S000 AC SERVO MOTOR:

Q: How does the FANUC A06B-0202-B605S000 servo motor benefit industrial automation processes?

A: This motor enhances industrial automation with its precise torque delivery, high vibration resistance, and absolute encoder, allowing for optimized CNC machine performance and reduced maintenance.

Q: What applications are best suited for the FANUC A06B-0202-B605S000 AC servo motor?

A: It is preeminently used in CNC machinery, automation equipment, and environments requiring high-precision motor control and low noise, such as advanced manufacturing lines.

Q: Where can samples of the FANUC A06B-0202-B605S000 be procured?

A: Samples are available through authorized suppliers and traders in India, with overseas shipping arranged for main export markets upon proposal agreement.

Q: What is the process for obtaining and testing a sample motor?

A: Submit a request indicating the proposal amount to a supplier; upon approval, goods transport is arranged to ensure arrival for on-site inspection and testing.

Q: How does the keyed shaft and absolute encoder enhance usage?

A: The keyed shaft improves torque transmission, while the absolute encoder provides real-time position feedback, resulting in smoother and more accurate automation.

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