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German Telestar encoder Telestar model Telestar price

German Telestar encoder Telestar model Telestar price

Telestar encoders are used to measure speed, position, speed, angle, and other bai physical quantities. It is a sensor that converts mechanical disduplacement into eleczhitrical signals, and is divided into incremental and absolute types. Incremental encoders generate pulse signals, and the pulse count can be used to measure speed, length, or position. For absolute encoders, each position corresponds to a digital value of displacement. Inside the encoder, there is a rotating disk (code disk), with several transparent and opaque windows, using photoelectric receivers to collect intermittent light beams, thus, converting light

SKU
_P004490699
Category
baumer huebner encoder kuebler encoder sick encoder
Tags
Rotary Encoder / Incremental Encoder / Absolute Encoder / Photoelectric Encoder / Magnetic Encoder / Germany Telestar
Telestar encoders are used to measure speed, position, speed, angle, and other bai physical quantities. It is a sensor that converts mechanical disduplacement into eleczhitrical signals, and is divided into incremental and absolute types. Incremental encoders generate pulse signals, and the pulse count can be used to measure speed, length, or position. For absolute encoders, Each position corresponds to a digital value for displacement. Inside the encoder, there is a rotating disk (code disk), with several transparent and opaque windows, using photoelectric receivers to collect intermittent light beams, thus, converting light pulses into electrical pulses, which are then processed and output by electronic output circuits.


Telestar encoder principle


An optical encoder uses the principle of grating diffraction to achieve displacement-to-digital conversion, through photoelectric conversion, converting the mechanical geometric displacement on the output shaft into pulse digital quantities as a sensor. A common optical encoder consists of a code disk, a light-emitting element, and a photosensitive element. The code disk is essentially a disk engraved with regular transparent and opaque lines. The luminous flux received by the photosensitive element changes synchronously with the transparent lines. After shaping, the waveform output from the photosensitive element becomes a pulse signal. For each revolution, a pulse is output. Based on the pulse changes, the equipment displacement can be precisely measured and controlled. Incremental encoders directly use the photoelectric conversion principle to output three sets of square wave pulses: A, B, and Z phases; The phase difference between the A and B pulse groups is 90º, allowing easy determination of the rotation direction. The Z phase outputs one pulse per revolution, used for reference point positioning. Its advantages include simple principle and construction, a mechanical average life of tens of thousands of hours or more, strong anti-interference capability, high reliability, and suitability for long-distance transmission. Its disadvantage is the inability to output absolute position information of the shaft rotation.


Telestar encoder selection considerations


1)Standard housing shapes of absolute encoders: 38MM, 58MM, 66MM, 80MM.100MM.2)Absolute encoders are classified into: single-turn, multi-turn. 3)Bus encoders are classified by principle into: incremental absolute encoders, optical absolute encoders. 4)Bus encoder cable outlet types are classified into: side outlet, rear outlet. 5)Bus encoder shafts are classified into: 6MM, 8MM, 10MM, 12MM, 14MM, 25MM. 6)Bus encoders are classified into: shaft type, blind hollow shaft, through hollow shaft. 7)Bus encoder protection ratings are classified into: IP54-68. 8)Bus encoder mounting methods are classified into: clamping flange, synchronous flange, clamping with synchronous flange, blind hollow shaft (spring leaf, clamping), through hollow shaft (spring leaf, key pin). 9)Absolute encoder accuracy is classified into: single-turn accuracy and multi-turn accuracy, which together constitute the total accuracy, that is, the usual number of bits (standard 24 is, 25 is, 30 bits, 32 bits). 10) Absolute encoder communication protocol baud rate: 4800~115200 bit/s, Default is 9600 bit/s. Refresh cycle approx. 1.5ms. Encoder output options: SSI, 4-20MA, profibus-dp, DEVicenet, parallel, binary code, BESM58, BiSS, ISI, CANopen, Endat, and Hiperface, etc.


Telestar encoder applications


Textile machinery, irrigation machinery, papermaking and printing, water conservancy gates, robots and robotic arms, port lifting machinery, steel and metallurgical equipment, heavy machinery, precision measuring equipment, machine tools, food machinery, elevators, and other special equipment.



Weidou Intelligent Technology specializes in selling German Telestar rotary encoders, Telestar incremental encoders, Telestar absolute encoders, Telestar optical encoders, Telestar magnetic encoders, Telestar shafted encoders, Telestar hollow shaft encoders, Telestar contact brush encoders, Telestar angle encoders, Telestar linear encoders, Telestar digital encoders, Telestar draw-wire encoders, Telestar position encoders, Telestar hollow encoders, and Telestar spindle encoders. Telestar products are original imports from Germany. Customers are welcome to inquire and place orders.





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