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  • GE-FANUC A860-2100-V001 Sensor Encoder
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  • GE-FANUC A860-2100-V001 Sensor Encoder

    110V-380V
    5W-130W
    1A-30A
    1 year
    30
    United States, France, Japan, Viet Nam, Australia, Russia, Germany, Italy, Arabia
    The General Electric Fanuc A860-2100-V001 Sensor Encoder is a high-performance motion control component designed for seamless integration into industrial automation systems, ensuring accurate positioning and efficient operation across various manufacturing processes.
    • ¥5128.00
      ¥33956.00
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    Weight:5.000KG
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Description
The General Electric Fanuc A860-2100-V001 Sensor Encoder is a high-performance motion control component designed for seamless integration into industrial automation systems, ensuring accurate positioning and efficient operation across various manufacturing processes.

GE-FANUC A860-2100-V001 Sensor Encoder

Brand:General Electric Fanuc 

Model: A860-2100-V001 

Type: Sensor Encoder 

Operating voltage: 12-48V DC Resolution: 1024 pulses/revolution 

Operating Temperature: -20 ‘C to +85 ’C 

Accuracy: +/- 0.5% of reading 

Connection Type: Screw Terminal 

Output Signal: Digital Output General Electric Fanuc A860-2100-V001 

The encoder module is housed in a rugged aluminium alloy case to withstand harsh industrial environments. Its compact design allows for seamless integration into a variety of machine architectures. Its 21-bit resolution and extremely high position measurement accuracy ensure precise control of machine movements. This accuracy is essential for applications requiring a high degree of automation and efficiency. The encoder utilises the MODBUS communication protocol for easy connection and exchange of data with the control system, which enhances system integration and reduces set-up time. With a wide operating temperature range (-20 ‘C to +85 ’C), the encoder operates reliably in a wide range of climatic conditions, making it suitable for outdoor and extreme environmental applications. the A860-2100-V001 encoder module has an ingress protection rating of up to IP67 against dust and splashes, which ensures uninterrupted performance, even under severe conditions. The A860-2100-V001 encoder module is IP67 rated for ingress protection against dust and water splashes, ensuring uninterrupted performance even under severe conditions. The GE Fanuc A860-2100-V001 Sensor Encoder is a high-performance motion control element designed for seamless integration into industrial automation systems, ensuring precise positioning and efficient operation of a wide range of manufacturing processes.

Superior Technical Features

(A) Ultra-high resolution and precise measurement

GE - FANUC A860 - 2100 - V001 encoder using advanced optical or magnetic encoding technology, very high resolution, in high-precision scenarios, up to thousands or even tens of thousands of pulses per revolution. It can accurately capture subtle changes in the position, speed, angle and other parameters of the equipment, such as in precision machine tool processing, the table position measurement accuracy can be controlled at the micron level, to meet the stringent requirements of high-end manufacturing precision. 

(ii) Fast response and stable output

The encoder response speed is extremely fast, can quickly respond to changes in equipment movement, timely output of accurate measurement signals. In the industrial automation production line, in the face of high-speed operation and frequent start and stop of the equipment, it can quickly adapt to speed changes and adjust the signal in real time. The output signal is stable and not affected by equipment vibration and electromagnetic interference, which ensures that the control system obtains accurate information about equipment operation and realises precise control. 

(C) strong anti-interference ability

There are many sources of interference in complex industrial environments, A860-2100-V001 encoder can effectively resist electromagnetic interference and ensure the accuracy of coding signals by virtue of its special internal shielding structure and filtering circuit. Optimisation of the mechanical structure and the use of vibration-resistant materials reduce the impact of mechanical vibration on measurement accuracy. The encoder can still work stably under the strong interference environment such as steel mills and substations, providing reliable data for industrial production.


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