SKBIS
Tag "solid shaft"
Miniature
LIR-112A
The smallest optoelectronic rotary encoder in the world! Case diameter is 12 mm, solid shaft diameter is 3 or 4 mm. Flat cable.
ProceedLIR-119A.01
Miniature optoelectronic incremental rotary encoder. Case diameter is 19 mm, solid shaft diameter is 3 or 4 mm. Flat cable.
ProceedLIR-MI108A
The series of the smallest rotary encoders! Miniature magnetic incremental rotary encoder. Case diameter is only 8 mm, solid shaft diameter is 3 mm.
ProceedLIR-120A.02
Miniature magnetic incremental rotary encoder. Case diameter is 20 mm, solid shaft diameter is 3 or 4 mm. Shielded cable.
ProceedLIR-120B.02
Miniature optoelectronic incremental rotary encoder with a robust bearing unit. Case diameter is 20 mm, solid shaft diameter is 4 mm. Shielded cable.
ProceedLIR-DA119A.01
Miniature photoelectric absolute angular encoder. Case diameter 19 mm diameter solid shaft 3 mm or 4 mm, flat cable. Precision photoelectric encoder in a compact body.
ProceedLIR-DA120A.01
Miniature photoelectric absolute angular encoder. Case diameter 19 mm diameter solid shaft 3 mm or 4 mm, shielded cable. Precision photoelectric encoder in a compact body.
ProceedLIR-MA108E
The smallest angular magnetic absolute encoder! Case diameter of only 8 mm, the diameter of the solid shaft 3 mm, flat cable. Data Board located in the housing.
ProceedLIR-DA120A.02
Miniature photoelectric absolute angular encoder. Case diameter 19 mm diameter solid shaft 3 mm or 4 mm, shielded cable. Precision photoelectric encoder in a compact body.
ProceedLIR-DA220A.02
Miniature photoelectric absolute angular encoder. Case diameter 19 mm diameter solid shaft 3 mm or 4 mm, shielded cable. Precision photoelectric encoder in a compact body.
ProceedLIR-116V
Miniature optoelectronic incremental rotary encoder. Case diameter is 16 mm, solid shaft diameter is 3 mm. Flat cable.
ProceedLIR-216A
Miniature optoelectronic incremental rotary encoder. Case diameter is 16 mm, hollow shaft diameter is 2 mm, 3 mm or 1/8". Flat cable.
ProceedLIR-216B
Miniature optoelectronic incremental rotary encoder. Case diameter is 16 mm, hollow shaft diameter is 2 mm, 3 mm or 1/8”. Flat cable.
ProceedLIR-216V
Miniature optoelectronic incremental rotary encoder. Case diameter is 16 mm, hollow shaft diameter is 2 mm, 3 mm or 1/8”. Flat cable.
ProceedLIR-120A.01
Out of production. Miniature optoelectronic incremental rotary encoder. Case diameter is 20 mm, solid shaft diameter is 3 or 4 mm. Shielded cable.
ProceedLIR-120B.01
Out of production. Miniature optoelectronic incremental rotary encoder with a robust bearing unit. Case diameter is 20 mm, solid shaft diameter is 4 mm. Shielded cable.
ProceedLIR-MA108A
Out of production. The smallest angular magnetic absolute encoder! Case diameter of only 8 mm, diameter 3 mm. solid shaft data Board placed on the flat cable.
ProceedCompact
LIR-128A
Optoelectronic incremental rotary encoder. Case diameter is 28 mm, solid shaft diameter is 3 or 4 mm. Shielded cable.
ProceedLIR-137A
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 36.5 mm, solid shaft diameter is from 3 to 7 mm. Flange corresponding to ROD 1020 and ROD 1080 ecnoders.
ProceedLIR-134A
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 34 mm, solid shaft diameter is from 3 to 6 mm. A more compact version of LIR-137A.
ProceedLIR-MI137A
Magnetic incremental rotary encoder for general industrial use. Case diameter is 36.5 mm, solid shaft diameter is 6 mm. Synchro flange.
ProceedLIR-MI137B
Magnetic incremental rotary encoder for general industrial use. Case diameter is 36.5 mm, solid shaft diameter is 6 mm. Clamping flange.
ProceedLIR-MI137Zh
Magnetic incremental rotary encoder for general industrial use. Case diameter is 36.5 mm, solid shaft diameter is 6 mm. IP67 protection class.
ProceedLIR-DA136A
Photoelectric absolute angular encoder for General industrial use. Case diameter 36.5 mm, solid shaft diameter of 4 mm.
ProceedLIR-OM138A
Optoelectronic multi-turn absolute encoder for General industrial use with a mechanical gearbox. Case diameter 38 mm diameter solid shaft 4 mm.
ProceedLIR-OM138B
Optoelectronic multi-turn absolute encoder for General industrial use with a mechanical gearbox. Case diameter 38 mm diameter solid shaft 6 mm Pilot flange similar Hengstler AC36.
ProceedLIR-MM137A
Multi-turn magnetic absolute encoder for General industrial use with a mechanical gearbox. Case diameter 38 mm diameter solid shaft 6 mm.
ProceedLIR-MM137B
Multi-turn magnetic absolute encoder for General industrial use with a mechanical gearbox. Case diameter 36.5 mm diameter solid shaft 6 mm Pilot flange similar Hengstler AC36.
ProceedLIR-MA137A
Angular magnetic absolute encoder for General industrial use. Case diameter 36.5 mm diameter solid shaft 6 mm.
ProceedLIR-MA137B
Angular magnetic absolute encoder for General industrial use. Case diameter 36.5 mm diameter solid shaft 6 mm, Flange clamp type.
ProceedLIR-MA137Zh
Angular magnetic absolute encoder for General industrial use. Case diameter 36.5 mm diameter solid shaft 6 mm protection Degree IP67.
ProceedLIR-MS137A
Angular magnetic encoder for General industrial applications with a sawtooth output signal for automation systems that require data transmission over large distances. Case diameter 36.5 mm, diameter of shaft 6 mm Synchro flange.
ProceedLIR-MS137B
Angular magnetic encoder for General industrial applications with a sawtooth output signal for automation systems that require data transmission over large distances. Case diameter 36.5 mm, shaft diameter 6 mm Flange clamp type.
ProceedLIR-MI124A
Magnetic incremental rotary encoder for general industrial use. Case diameter is 24 mm, solid shaft diameter is 4 mm.
ProceedLIR-MS137Zh
Angular magnetic encoder for General industrial applications with a sawtooth output signal for automation systems that require data transmission over large distances. Case diameter 36.5 mm, shaft diameter 6 mm Degree of protection IP67.
ProceedLIR-137A.01
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 36.5 mm, solid shaft diameter is from 3 to 7 mm. Flange corresponding to ROD 1020 and ROD 1080 encoders.
ProceedIndustrial
LIR-158A
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 58 mm, solid shaft diameter is 6 mm. Many design options. The best choice for automation. Synchro flange corresponding to the ROD 426 and ROD 456 encoders.
ProceedLIR-158B
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 58 mm, solid shaft diameter is 5 mm. Many design options. The best choice for automation. Mounting dimensions are in accordance with the BE178 encoder.
ProceedLIR-158V
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 58 mm, solid shaft diameter is 5 mm. Many design options. The best choice for automation. Mounting dimensions are in accordance with the IRC 120 and IRC 121 encoders.
ProceedLIR-158G
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 58 mm, solid shaft diameter is 8 mm. Many design options. The best choice for automation. Mounting dimensions are in accordance with the IRC 125 encoder.
ProceedLIR-158D
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 58 mm, solid shaft diameter is 10 mm. Many design options. The best choice for automation. Clamping flange corresponding to the ROD 420 and ROD 450 encoders.
ProceedLIR-158F
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 58 mm, solid shaft diameter is 6 mm. Many design options. The best choice for automation. Square mounting flange.
ProceedLIR-162A
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 62 mm, solid shaft diameter is 8 mm. Clamping flange.
ProceedLIR-180A
Optoelectronic incremental rotary encoder for general industrial use. Case diameter is 80 mm, solid shaft diameter is 8 mm. Mounting dimensions are in accordance with the IRC 102 encoder.
ProceedLIR-MI142A
Magnetic incremental rotary encoder for general industrial use. Case diameter is 42 mm, solid shaft diameter is 6 mm.
ProceedLIR-MI142B
Magnetic incremental rotary encoder for general industrial use. Case diameter is 42 mm, solid shaft diameter is 6 mm.
ProceedLIR-MI150A
Magnetic incremental rotary encoder for general industrial use. Case diameter is 50 mm, solid shaft diameter is 6 mm.
ProceedLIR-MI150B
Magnetic incremental rotary encoder for general industrial use. Case diameter is 50 mm, solid shaft diameter is 6 mm.
ProceedLIR-MI158A
Magnetic incremental rotary encoder for general industrial use. Case diameter is 58 mm, solid shaft diameter is 6 mm. Synchro flange corresponding to the ROD 426 and ROD 456 encoders. IP65 protection class.
ProceedLIR-MI158D
Magnetic incremental rotary encoder for general industrial use. Case diameter is 58 mm, solid shaft diameter is 10 mm. Сlamping flange corresponding to the ROD 420 and ROD 450 encoders. IP65 protection class.
ProceedLIR-MI158Zh
Heavy-duty magnetic incremental rotary encoder. Case diameter is 58 mm, solid shaft diameter is 6 mm. Synchro flange corresponding to the ROD 426 and ROD 456 encoders. IP67 protection class.
ProceedLIR-MI158L
Heavy-duty magnetic incremental rotary encoder. Case diameter is 58 mm, solid shaft diameter is 10 mm. Clamping flange corresponding to the ROD 420 and ROD 450 encoders. IP67 protection class.
ProceedLIR-DA158A.02
Photoelectric absolute angular encoder for General industrial use. Housing diameter 58 mm, solid shaft ø 6 mm Synchro flange. The many variants. The best choice for automation.
ProceedLIR-KA158A
Photoelectric absolute angular encoder for General industrial use with CAN interface. Housing diameter 58 mm, solid shaft ø 6 mm Synchro flange. Many variants, housing with cable glands also.
ProceedLIR-DA158A.03
Photoelectric absolute angular encoder for General industrial use. In comparison with LIR-Да158А.02 higher the resolution and rotational speed, less error. Only serial interfaces.
ProceedLIR-OM158A
Optoelectronic multi-turn absolute encoder for General industrial use with a mechanical gearbox. Case diameter 38 mm diameter solid shaft 4 mm.
ProceedLIR-MM158A
Optoelectronic multi-turn absolute encoder for General industrial use with a mechanical gearbox. Case diameter 38 mm diameter solid shaft 4 mm.
ProceedLIR-MS158A
Angular magnetic encoder for General industrial applications with a sawtooth output signal. Housing diameter 58 mm shaft diameter 6 mm Synchro flange similar to ROD 426 and ROD 456. Degree of protection IP65.
ProceedLIR-MS158D
Angular magnetic encoder for General industrial applications with a sawtooth output signal for automation systems that require data transmission over large distances. Housing diameter 58 mm shaft diameter 10 mm Clamping flange. Degree of protection IP65.
ProceedLIR-MS158Zh
Angular magnetic encoder for General industrial applications with a sawtooth output signal for automation systems that require data transmission over large distances. Housing diameter 58 mm shaft diameter 6 mm Synchro flange. Degree of protection IP67.
ProceedLIR-MS158L
Angular magnetic encoder for General industrial applications with a sawtooth output signal for automation systems that require data transmission over large distances. Housing diameter 58 mm shaft diameter 10 mm Clamping flange. Degree of protection IP67.
ProceedLIR-KM158A
Photoelectric absolute angular encoder for General industrial use with CAN interface. Housing diameter 58 mm, solid shaft ø 6 mm Synchro flange. Many variants, housing with cable glands also.
ProceedLIR-DS158A.01
Optoelectronic angular encoder for General industrial use with two channels of CH ~1 V. With appropriate signal processing is implemented by an absolute encoder. Housing diameter 58 mm, solid shaft ø 6 mm Synchro flange similar to ROD 426 and ROD 456.
ProceedLIR-SI-158
Angular encoder for General industrial use. Housing diameter 58 mm, solid shaft 6 mm in diameter.
ProceedLIR-DS158A
Out of production. Optoelectronic angular encoder for General industrial use with two channels of CH ~1 V. With appropriate signal processing is implemented by an absolute encoder. Housing diameter 58 mm, solid shaft ø 6 mm Synchro flange similar to ROD 426 and ROD 456.
ProceedPrecision
LIR-190E
High precision optoelectronic incremental rotary encoder for rotary tables. Case diameter is 90 mm, solid shaft diameter is 10 or 14 mm. Minimum possible permissible error is ±2,5".
ProceedLIR-1170A.01
High-precision photoelectric angular incremental encoder for rotary tables. Case diameter 170 mm, solid shaft with a diameter of 14 mm. the margin of error of +/-1". The mounting flange similar to ROD 780 ROD 880.
ProceedLIR-190S
High-precision photoelectric angular incremental encoder for rotary tables. Case diameter 90 mm, solid shaft with a diameter of 10 mm or 14 mm. the margin of error of +/-2,5". Square mounting flange similar to ROD 260 ROD 270 ROD 280.
ProceedLIR-1170K
High-precision photoelectric angular incremental encoder for rotary tables supplied as a means of measurement. Case diameter 170 mm, solid shaft with a diameter of 14 mm. the margin of error of +/-5". The mounting flange similar to ROD 780 ROD 880.
ProceedLIR-1170A
Out of production. High-precision photoelectric angular incremental encoder for rotary tables. Case diameter 170 mm, solid shaft with a diameter of 14 mm. the margin of error of +/-1". The mounting flange similar to ROD 780 ROD 880.
ProceedLIR-DA190A
High-precision optoelectronic absolute angular encoder with resolution up to 24 bit. Case diameter 90 mm, solid shaft with a diameter of 10 mm or 14 mm. the margin of error of +/-3,5".
ProceedLIR-190B
High-precision dual-channel angular optoelectronic incremental encoder. The first channel for positioning at speed, the other for accurate positioning. Case diameter 90 mm, solid shaft with a diameter of 10 mm or 14 mm. the margin of error is +/-7,5".
ProceedLIR-DA190K
High-precision optoelectronic absolute angular encoder with resolution up to 24 bit. Case diameter 90 mm, solid shaft with a diameter of 10 mm or 14 mm. the margin of error of +/-3,5".
ProceedLIR-DA190F
High-precision optoelectronic absolute angular encoder with resolution up to 24 bit. Case diameter 90 mm, solid shaft with a diameter of 10 mm or 14 mm. the margin of error of +/-3,5".
ProceedLIR-DR158A
The transducer-resolver angular position. Housing diameter 58 mm, solid shaft ø 6 mm Synchro flange similar to ROD 426 and ROD 456.
ProceedLIR-RA158A
Absolute single-turn encoder-based resolver with built-in CAN module. Housing diameter 58 mm, solid shaft ø 6 mm Synchro flange similarly ROD426 and ROD456.
Proceed