FANUC A860-0304-T111 2000P PULSE CODER

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FANUC A860-0304-T111 2000P PULSE CODER Specification

Operating Temperature
0C to +60C

Power Supply
5 V DC 10%

Output Type
Incremental

Application
CNC Machine Tools, Servo Motors, Robotics

Working Temperature
0C to +60C

Features
2000 pulses per revolution, High precision, Robust industrial design, Easy mounting

Connector Type
Circular multi-pin connector

Noise Level
Low

Cooling Method
Natural air cooling

Product Type
PULSE CODER

Input Voltage
5 V DC

Voltage Protection
Yes (Over-voltage protection circuit)

Material
Aluminum alloy, Engineering plastics

Storage Temperature
-20C to +85C

Weight
Approximately 350 g

About FANUC A860-0304-T111 2000P PULSE CODER

The FANUC A860-0304-T111 2000P Pulse Coder stands out as a celebrated solution for prime precision applications. Highlighted by its wondrous 2000 pulses per revolution and robust IP65-rated design, this optical encoder offers cost-effective reliability for CNC machine tools, robotics, and servo motors. It features solid shaft construction, over-voltage protection, and low-noise operation. Promotion of high accuracy and effortless installation makes it an indispensable asset for industrial automation, combining durability with advanced engineering. Perfect for demanding environments, it ensures dependable performance every cycle.

Application Surface and Usage Direction

The FANUC A860-0304-T111 2000P Pulse Coder is particularly suited for industrial application surfaces such as CNC machine tools, servo motors, and robotics. It is widely used by automation engineers, machine manufacturers, and robotics technicians. The device is easily mounted on servo motors, detecting both clockwise and counter-clockwise rotations for versatile operational utility. With its robust aluminum alloy build and optical encoding, users can reliably monitor movements, ensuring accurate control and superior positioning in dynamic environments.

FOB Port, Export Market, and Supply Capacity

Packing & Dispatch of the FANUC A860-0304-T111 2000P Pulse Coder is meticulously managed to ensure safe transit. The product is dispatched promptly from major Indian ports, with charges tailored based on order quantity and destination. The main export markets include Asia, Europe, and North America, reflecting a global demand for this high-precision device. With a celebrated supply ability, the supplier consistently meets bulk orders, delivering efficiently and maintaining product integrity throughout shipment.

FAQs of FANUC A860-0304-T111 2000P PULSE CODER:

Q: How is the FANUC A860-0304-T111 2000P Pulse Coder used in industrial applications?

A: The encoder is mounted on servo motors or machine tools to provide accurate feedback about shaft rotations, enabling precise control in CNC machines, robotics, and automated systems.

Q: What are the benefits of its high 2000 pulses per revolution feature?

A: The 2000 PPR provides superior resolution, allowing for finely detailed position sensing and control, which is vital in high-precision tasks common in robotics and CNC operations.

Q: Where is the FANUC A860-0304-T111 typically applied?

A: This pulse coder is commonly applied in CNC machine tools, servo motors, and robotics sectors, especially in environments demanding reliable, high-precision encoder performance.

Q: When should the encoder be replaced or checked for maintenance?

A: Regular checks are recommended as a preventive measureespecially when exposed to harsh conditions. Replace the encoder if you observe erratic feedback, increased noise, or operational inconsistencies.

Q: What is the process of installing the FANUC A860-0304-T111 Pulse Coder?

A: Installation involves mounting the encoder on a servo motors designated shaft, securing it with the circular multi-pin connector, ensuring alignment, and verifying electrical connections before powering up the system.

Q: How does the over-voltage protection feature benefit users?

A: The over-voltage protection circuit safeguards the encoder against voltage spikes, enhancing longevity and reliability by preventing damage to sensitive internal components.

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