FANUC A860-0365-V501 PULSE CODER

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FANUC A860-0365-V501 PULSE CODER Specification

Noise Level
Low

Cooling Method
Convection (Passive)

Application
CNC machines, Robots, Industrial Automation

Working Temperature
0C to 60C

Power Supply
DC 5V

Phase
3 Phase

Connector Type
Circular Multipin Industrial Connector

Operating Temperature
0C to 60C

Output Type
Incremental (Pulse) Encoder

Features
High Accuracy, Long Service Life, Reliable Output

Product Type
PULSE CODER

Material
Aluminum Alloy, Engineering Plastic

Storage Temperature
-20C to 85C

Weight
Approx. 350g

Shaft Type
Hollow Shaft

Cable Length
Standard 1 Meter (custom lengths available)

Ambient Humidity
20% - 90% RH (Non-Condensing)

Mounting Type
Flange Mount

Output Signal
Differential Line Driver (RS422)

Bearing Type
Precision Ball Bearing

Model Number
A860-0365-V501

Vibration Resistance
Up to 50 m/s²

Shock Resistance
Up to 300 m/s²

Compatibility
FANUC Servo Motors & Drives

Resolution
2500 PPR (Pulses per Revolution)

Protection Class
IP65

About FANUC A860-0365-V501 PULSE CODER

Introducing the elite FANUC A860-0365-V501 Pulse Coder, engineered for top-tier performance and impeccable reliability in industrial environments. Designed with cost-effective precision, its 2500 PPR resolution, hollow shaft, and flange mounting deliver instant savings through enhanced accuracy and durability. This pulse coder boasts IP65 protection, making it resilient in demanding conditions, while the standard 1-meter cable ensures flexible integration with FANUC servo motors and drives. Add to Cart now to experience unparalleled output, low noise, and long service lifeperfect for CNC machines, robots, and automation.

Versatile Features and Applications

The FANUC A860-0365-V501 Pulse Coder incorporates advanced vibration and shock resistance, convection cooling, and a robust aluminum alloy build. Its reliable differential line driver output and precision ball bearings ensure long-term use. Suitable for CNC machines, robotics, and expansive industrial automation systems, it is utilized in scenarios where impeccable accuracy and longevity are paramount. Enjoy elite performance whether operating in manufacturing facilities or automation ecosystems with high humidity and challenging industrial conditions.

Sample Policy and Nationwide Distribution

We offer sample units of the FANUC A860-0365-V501 Pulse Coder, with freight and transport services efficiently arranged for safe delivery. Our main domestic market is spread across India, powered by reliable supplier networks and trading partners. Samples are available to eligible buyers; simply contact us to avail the offer, verify compatibility, and evaluate quality before bulk purchase. Take advantage of seamless freight options, ensuring your products arrive securely and promptly at your facility.

FAQs of FANUC A860-0365-V501 PULSE CODER:

Q: How does the FANUC A860-0365-V501 Pulse Coder enhance industrial automation systems?

A: The pulse coder delivers high accuracy and reliable output, supporting precise motion control and feedback essential for CNC machines, robots, and other automation equipment.

Q: What types of applications is this pulse coder suitable for?

A: It is ideal for CNC machining centers, robotic arms, and various industrial automation processes requiring robust feedback and precise control signals.

Q: Where can I purchase and request samples of the FANUC A860-0365-V501 Pulse Coder in India?

A: You can directly contact authorized suppliers and traders across India, who offer sample policies and organized transport services to facilitate product selection and purchase.

Q: What is the process for installing the FANUC A860-0365-V501 Pulse Coder?

A: Mounting is streamlined using its flange mount design and circular multipin connector, allowing quick and secure integration with compatible FANUC servo motors and drives.

Q: What are the benefits of the differential line driver (RS422) output signal?

A: The RS422 output offers noise immunity and stable signal transmission, enhancing performance in environments with high electrical interference and ensuring reliable encoder feedback.

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