Метка "hollow shaft"

Miniature


The smallest optoelectronic rotary encoder in the world! Case diameter is 12 mm, hollow shaft diameter is 2 or 3 mm. Flat cable.

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Miniature optoelectronic incremental rotary encoder. Case diameter is 19 mm, hollow shaft diameter is 3 mm. Flat cable.

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The series of the smallest rotary encoders! Miniature magnetic incremental rotary encoder. Case diameter is only 8 mm, hollow shaft diameter is 2 or 3 mm.

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The series of the smallest rotary encoders! Miniature magnetic incremental rotary encoder with an external elastic element. Case diameter is only 8 mm, hollow shaft diameter is 2 or 3 mm.

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Miniature magnetic incremental rotary encoder. Case diameter is 12 mm, hollow shaft diameter is 3 mm. Flat cable.

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Miniature magnetic incremental rotary encoder with an external elastic element. Case diameter is 12 mm, hollow shaft diameter is 3 mm. Flat cable.

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Miniature magnetic incremental rotary encoder with a cylindrical split coupling. Case diameter is 12 mm, hollow shaft diameter is 3 mm. Flat cable.

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Miniature optoelectronic incremental rotary encoder. Case diameter is 20 mm, hollow shaft diameter is 3 mm. Shielded cable.

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Miniature photoelectric absolute angular encoder. Case diameter 19 mm, hollow shaft diameter 3 mm, flat cable. Precision photoelectric encoder in a compact body.

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The smallest angular magnetic absolute encoder! Fit on the shaft. Case diameter of only 8 mm, the diameter of the hollow shaft 2 mm or 3 mm, flat cable. Data Board located in the housing.

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The smallest angular magnetic absolute encoder! Fit on the shaft, the outer elastic element. Case diameter of only 8 mm, the diameter of the hollow shaft 2 mm or 3 mm, flat cable. Data Board located in the housing.

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Miniature angular magnetic absolute encoder fit onto the shaft. Case diameter 12 mm, diameter of the hollow shaft 3 mm, flat cable. Data Board located in the housing. The resolution is 1 bit more than the LIR-МА208Е.

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Miniature angular magnetic absolute encoder fit on the shaft, the outer elastic element. Case diameter 12 mm, diameter of the hollow shaft 3 mm, flat cable. Data Board located in the housing. The resolution is 1 bit more than the LIR-МА208Ж.

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Miniature photoelectric absolute angular encoder. Case diameter 19 mm, hollow shaft diameter 3 mm, flat cable. Precision photoelectric encoder in a compact body.

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Miniature photoelectric absolute angular encoder. Case diameter 19 mm, hollow shaft diameter 3 mm, flat cable. Precision photoelectric encoder in a compact body.

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Miniature photoelectric absolute angular encoder. Case diameter 19 mm, hollow shaft diameter 3 mm, flat cable. Precision photoelectric encoder in a compact body.

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Miniature optoelectronic incremental rotary encoder. Case diameter is 19 mm, hollow shaft diameter is 3 mm. Flat cable.

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Out of production. Miniature optoelectronic incremental rotary encoder. Case diameter is 20 mm, hollow shaft diameter is 3 mm. Shielded cable.

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Miniature photoelectric absolute angular encoder. Case diameter 19 mm, hollow shaft diameter 3 mm, flat cable. Precision photoelectric encoder in a compact body.

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Out of production. The smallest angular magnetic absolute encoder! Fit on the shaft. Case diameter of only 8 mm, the diameter of the hollow shaft 2 mm or 3 mm. data Board placed on the flat cable.

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Out of production. The smallest angular magnetic absolute encoder! Fit on the shaft, the outer elastic element. Case diameter of only 8 mm, the diameter of the hollow shaft 2 mm or 3 mm. data Board placed on the flat cable.

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Compact


Optoelectronic incremental rotary encoder with a hollow through shaft. Case diameter is 38 mm, shaft diameter is up to 10 mm. External elastic element.

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Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 36.5 mm, hollow shaft diameter is 3 or 4 mm.

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Magnetic incremental rotary encoder for general industrial use. Case diameter is 36.5 mm, hollow shaft diameter is 3 mm.

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Magnetic incremental rotary encoder for general industrial use. Case diameter is 36.5 mm, hollow shaft diameter is 3 mm.

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Photoelectric absolute angular encoder with fit on the motor shaft. Has no casing. Case diameter 35 mm hollow shaft diameter 6 mm, external elastic element. High resolution in a compact size.

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Photoelectric absolute angular encoder with fit on the shaft. Case diameter 37.5 mm, through hollow shaft 8 mm diameter, external elastic element. High resolution and accuracy in a compact size.

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Multi-turn magnetic absolute encoder for general industrial use with a mechanical gearbox. Hull diameter 38 mm, through hollow shaft diameter 6 mm.

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Multi-turn optoelectronic absolute encoder for general industrial use with a mechanical gearbox. Hull diameter 38 mm, through hollow shaft diameter 6 mm.

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Multi-turn optoelectronic absolute encoder for general industrial use with a mechanical gearbox. Hull diameter 38 mm, through hollow shaft diameter 8 mm.

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Angular magnetic absolute encoder for General industrial use with the fit on the shaft. Case diameter 36.5 mm, diameter of the hollow shaft 3 mm.

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Angular magnetic absolute encoder for General industrial use with the fit on the shaft. Case diameter 36.5 mm, diameter of the hollow shaft 3 mm.

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Angular magnetic encoder for General industrial applications with a sawtooth output signal for automation systems that require data transmission over large distances. Fit on the shaft. Case diameter 36.5 mm, diameter of the hollow shaft 3 mm.

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Angular magnetic encoder for General industrial applications with a sawtooth output signal for automation systems that require data transmission over large distances. Fit on the shaft. Case diameter 36.5 mm, diameter of the hollow shaft 3 mm.

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Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 36.5 mm, hollow shaft diameter is 3 or 4 mm.

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Industrial


Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 76 mm, hollow through shaft diameter is up to 24 mm. Many design options. The best choice for automation.

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Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 50 mm, hollow shaft diameter is from 6 to 10 mm. External elastic element.

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Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 62 mm, hollow through shaft diameter is 12 mm. External elastic elements. Many design options.

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Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 85 mm, conical hollow shaft diameter is 17 mm.

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Optoelectronic incremental rotary encoder for mounting on a large diameter shaft. Case diameter is 92 mm, hollow through shaft diameter is 42 mm. External elastic elements. Many design options.

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Optoelectronic incremental rotary encoder for mounting on a large diameter shaft. Case diameter is 95 mm, hollow through shaft diameter is 42 mm. Many design options.

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Optoelectronic incremental rotary encoder with a hollow through shaft. Used in lifting and crane equipment and elevator winches. Case diameter is 100 mm, shaft diameter is 30 mm.

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Optoelectronic angular encoder for General industrial use with two channels of CH ~1 V. With appropriate signal processing is implemented by an absolute encoder. Case diameter 50 mm, hollow shaft from 6 mm to 10 mm, external elastic element.

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Miniature photoelectric absolute angular encoder. Case diameter 19 mm, hollow shaft diameter 3 mm, flat cable. Precision photoelectric encoder in a compact body.

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Miniature photoelectric absolute angular encoder. Case diameter 19 mm, hollow shaft diameter 3 mm, flat cable. Precision photoelectric encoder in a compact body.

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Miniature photoelectric absolute angular encoder. Case diameter 19 mm, hollow shaft diameter 3 mm, flat cable. Precision photoelectric encoder in a compact body.

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Miniature photoelectric absolute angular encoder. Case diameter 19 mm, hollow shaft diameter 3 mm, flat cable. Precision photoelectric encoder in a compact body.

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Angular magnetic absolute encoder for General industrial applications. Housing diameter 58 mm shaft diameter 6 mm Synchro flange similar to ROD 426 and ROD 456. Degree of protection IP65.

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Angular magnetic absolute encoder for General industrial applications. Housing diameter 58 mm shaft diameter 10 mm Clamping flange ROD similar to ROD 420 and 450. Degree of protection IP65.

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Angular magnetic absolute encoder for heavy duty. Housing diameter 58 mm shaft diameter 6 mm Synchro flange similar to ROD 426 and ROD 456. Degree of protection IP67.

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Angular magnetic absolute encoder for heavy duty. Housing diameter 58 mm shaft diameter 10 mm Clamping flange ROD similar to ROD 420 and 450. Degree of protection IP67.

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Optoelectronic incremental rotary encoder with a hollow through shaft. Case diameter is 100 mm, hollow through shaft diameter is 24 mm. External elastic elements. Many design options. The best choice for automation.

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Optoelectronic incremental rotary encoder with a hollow through shaft. Used in lifting and crane equipment and elevator winches. Case diameter is 100 mm, shaft diameter is 30 mm.

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Embedded


Angular photoelectric incremental encoder, without the mechanics and the housing. Planting diameters of the hub 20 mm, 24 mm, 30 mm. Inlining inside the body of the instrument.

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Angular photoelectric incremental encoder, without the mechanics and the housing. The diameter of the hub 40 mm. Inlining inside the body of the instrument.

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Angular photoelectric incremental encoder fit onto the shaft for lifting and crane equipment and lift winches. Case diameter 100 mm, through hollow shaft with a diameter of 30 mm.

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The transducer-resolver angular position with landing on the shaft. Case diameter 50 mm, hollow shaft from 6 mm to 10 mm, external elastic element.

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