Fanuc Encoder

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Fanuc Encoder Specification

Current Range
10~30 mA

Connector Type
6-pin circular connector

Phase
A/B/Z phase (quadrature output)

Operating Temperature
0C to +60C

Cooling Method
Natural cooling

Noise Level
<45 dB

Power Supply
5V DC

Output Type
Incremental

Application
CNC Machines, Servo Motors, Robotics, Automation systems

Features
Compact size, high accuracy, robust construction, easy installation

Power Factor
>0.95

Rated Current
30 mA

Output Current
Max 30 mA

Working Temperature
0C to +60C

Product Type
Rotary Encoder

Output Frequency
Up to 300 kHz

Input Voltage
5V DC

Voltage Protection
Yes, built-in overvoltage protection

Efficiency
High efficiency signal transmission

Material
Aluminum Alloy Body, ABS Cover

Line Regulation
<0.02%

Storage Temperature
-25C to +85C

Weight
Approx. 200g

About Fanuc Encoder

Take advantage of our limited time promotion on the magnificent Fanuc Encoderan exceptional choice for high-precision motion control. With a noteworthy 2500 PPR resolution and robust IP65 protection, this superlative encoder is tailored for Fanuc Alpha/Beta series and compatible systems. Engineered for top efficiency, it features a compact aluminum alloy body, overvoltage protection, and high insulation resistance. Its hollow shaft and flange mount ensure effortless installation, while its natural cooling and superior shock resistance make it ideal for CNC, robotics, and automation applications. Order now for top performance at a promotional rate!

Key Applications and Durable Design

The Fanuc Encoder stands out as a top solution for commercial automation, effortlessly supporting CNC machines, servo motors, and advanced robotic systems. Crafted from a high-grade aluminum alloy body with an ABS cover, it guarantees longevity and consistent high accuracy under demanding conditions. To install, simply use the convenient flange mount and connect via the 6-pin circular connector; its hollow shaft design allows for smooth, flexible integration into motor assemblies or automation setups.

Global Export, Supply Ability, and Order Completion

Fanuc Encoders serve key export markets across Asia, Europe, and the Middle East. With a strong supply capability, each unit is efficiently processed for order completion and swiftly dispatched through major Indian FOB ports. Our team ensures every dispatching cycle meets rigorous quality standards, enabling reliable delivery timelines and seamless international transactions. Expect professional service from order to completion, guaranteeing your business stays ahead with timely, efficient solutions.

FAQs of Fanuc Encoder:

Q: How do I correctly install the Fanuc Encoder with a flange mount?

A: To install, align the flange mount with your designated surface, secure the hollow shaft, and use the supplied 6-pin circular connector for electrical integration. Ensure the encoder is firmly fixed for optimal vibration resistance.

Q: What models are compatible with this Fanuc Encoder?

A: This encoder is engineered for Fanuc Alpha and Beta Series, as well as other compatible Fanuc drive systems used in CNC, robotics, and automation platforms.

Q: When is the ideal time to use this encoder in industrial applications?

A: The encoder is best used in scenarios demanding high precision and reliability, such as automation systems, CNC machines, and robotics, especially where harsh environments or accuracy is critical.

Q: Where does the Fanuc Encoder excel in commercial usage?

A: It delivers superlative performance in industrial automation, precision control, and high-speed servo motor feedback applications across sectors like manufacturing and robotics.

Q: What is the process for order completion and dispatching?

A: Once your order is confirmed, the unit undergoes quality checks, is packaged, and dispatched promptly from major Indian FOB ports to ensure timely delivery.

Q: How does the built-in overvoltage protection benefit system safety?

A: The built-in overvoltage protection safeguards sensitive internal components from voltage spikes, enhancing operational safety and unit longevity during intensive industrial use.

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