• LIR-190 high precision optical incremental encoder

      High precision incremental rotary encoder based on optical technology also called angular encoder or transducer. Encoder LIR-190 could have square or round flange. It suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medical equipment, antennas, etc. Encoder provide resolution up to 900 000 ppr with accuracy up to +/- 2,5″. Encoder body size 90 mm which is quite compact for such high parameters. Solid shaft 10 or 14 mm suitable for many connecting tools, we recommend to use precision couplings LIR-803 and LIR-805.

      Technology:
      Optical
      Body Ø, mm:
      90
      Shaft type:
      Solid
      Shaft Ø, mm:
      10, 14
      Temperature (°C):
      0 … 70
      Speed (rpm):
      4000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 900 000
      Accuracy:
      up to +/- 2,5"
      Output:
      TTL / 1Vpp
    • LIR-390 high precision optical incremental encoder

      High precision incremental rotary encoder based on optical technology also called angular encoder or transducer. Encoder LIR-390 could have square or round flange. It suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medical equipment, antennas, printers, etc. Encoder provide resolution up to 900 000 ppr with accuracy up to +/- 5″. Body diameter 90 mm, hollow shaft 20 mm. LIR-390 has integrated coupling which helps to compensate shaft misalignment without additional tools.

      Technology:
      Optical
      Body Ø, mm:
      90
      Shaft type:
      Hollow
      Shaft Ø, mm:
      20
      Temperature (°C):
      0 … 70
      Speed (rpm):
      4000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 900 000
      Accuracy:
      up to +/- 5"
      Output:
      TTL / 1Vpp
    • LIR-292 big hollow shaft optical incremental encoder

      High precision incremental encoder LIR-292 provide not only high resolution up to 900 000 ppr and accuracy up to +/- 15″ but also big hollow shaft (42 mm). Encoder based on optical technology also called angular encoder or incremental transducer. LIR-292 suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medicine, antennas, industrial robots, printing machines, etc. Big hollow shaft suitable for market needs and brings easy installation.

      Technology:
      Optical
      Body Ø, mm:
      92
      Shaft type:
      Hollow
      Shaft Ø, mm:
      42
      Temperature (°C):
      0 … 70
      Speed (rpm):
      1700
      Protection Class:
      IP64
      Resolution (ppr):
      up to 900 000
      Accuracy:
      up to +/- 15"
      Output:
      TTL / HTL / 1Vpp
    • LIR-392 big hollow shaft optical incremental encoder

      High precision incremental encoder LIR-392 provide not only high resolution up to 450 000 ppr and accuracy up to +/- 15″ but also big hollow shaft (42 mm). Encoder based on optical technology also called angular encoder or incremental transducer. LIR-392 suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medicine, antennas, industrial robots, printing machines, etc. Big hollow shaft suitable for market needs and brings easy installation. Special feature is integrated coupling which compensate shaft misalignment.

      Technology:
      Optical
      Body Ø, mm:
      92
      Shaft type:
      Hollow
      Shaft Ø, mm:
      42
      Temperature (°C):
      0 … 70
      Speed (rpm):
      3000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 450 000
      Accuracy:
      up to +/- 15"
      Output:
      TTL / 1Vpp
    • LIR-1170 high precision optical incremental encoder

      High precision incremental encoder based on optical technology also called absolute angular encoder or transducer. Encoder LIR-1170 suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medicine, antennas, etc. Encoder provide resolution up to 900 000 ppr with accuracy up to +/- 1,5″. Encoder body size 170 mm compatible to other manufacturers, solid shaft 14 mm , we recommend to use precision couplings LIR-805.

      Technology:
      Optical
      Body Ø, mm:
      170
      Shaft type:
      Solid
      Shaft Ø, mm:
      14
      Temperature (°C):
      0 … 70
      Speed (rpm):
      1000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 900 000
      Accuracy:
      up to +/- 1,5"
      Output:
      TTL / 1Vpp
    • LIR-3170 high precision optical incremental encoder

      High precision incremental encoder based on optical technology also called absolute angular encoder or transducer. Encoder LIR-3170 suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medicine, antennas, etc. Encoder provide resolution up to 900 000 ppr with accuracy up to +/- 2″. Encoder body size 170 mm compatible to other manufacturers, hollow shaft 50 mm, integrated coupling which compensate shaft misalignment.

      Technology:
      Optical
      Body Ø, mm:
      170
      Shaft type:
      Hollow
      Shaft Ø, mm:
      50
      Temperature (°C):
      0 … 70
      Speed (rpm):
      1000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 900 000
      Accuracy:
      up to +/- 2"
      Output:
      TTL / 1Vpp
    • LIR-3200 high precision optical incremental encoder

      High precision incremental encoder LIR-3200 based on optical technology also called absolute angular encoder or transducer. Encoder LIR-3200 suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medicine, antennas, etc. Encoder provide resolution up to 900 000 ppr with accuracy up to +/- 2″. Encoder body size 200 mm compatible to other manufacturers, hollow shaft 60 mm, integrated coupling which compensate shaft misalignment.

      Technology:
      Optical
      Body Ø, mm:
      200
      Shaft type:
      Hollow
      Shaft Ø, mm:
      60
      Temperature (°C):
      0 … 70
      Speed (rpm):
      1000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 900 000
      Accuracy:
      up to +/- 2"
      Output:
      TTL / 1Vpp
    • LIR-MI208 miniature magnetic incremental encoder

      Small and robust. Miniature incremental magnetic encoder LIR-MI208 has only 8 mm body diameter and up to 1024 pulses per revolution (ppr) resolution. Hub shaft diameter is 3 mm. Encoder based on ON AXIS magnetic technology. Magnetic incremental encoder LIR-MA208 suitable for applications with compact size : robots, medical equipment, cameras, compact motors, etc. Magnetic technology very robust in relation to environment.

      Technology:
      Magnetic
      Body Ø, mm:
      8
      Shaft type:
      Hub
      Shaft Ø, mm:
      3
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      6000
      Protection Class:
      IP50 / IP64
      Resolution (ppr):
      up to 1024
      Accuracy:
      +/-1°
      Output:
      TTL
    • LIR-MI212 miniature magnetic incremental encoder

      Small and robust. Miniature incremental magnetic encoder LIR-MI212 has only 12 mm body diameter and up to 512 pulses per revolution (ppr) resolution. Hub shaft diameter is 3 mm. Encoder based on ON AXIS magnetic technology. Magnetic incremental encoder LIR-MA212 suitable for applications with compact size : robots, medical equipment, cameras, compact motors, etc. Magnetic technology very robust in relation to environment.

      Technology:
      Magnetic
      Body Ø, mm:
      12
      Shaft type:
      Hub
      Shaft Ø, mm:
      3
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      6000
      Protection Class:
      IP50 / IP64
      Resolution (ppr):
      up to 512
      Accuracy:
      +/-1°
      Output:
      TTL
    • LIR-112 miniature optical incremental encoder

      Smallest optical encoder, high resolution and robust. Miniature incremental optical encoder LIR-112 has only 12 mm body diameter and up to 8 000 ppr resolution. Solid shaft diameter is 3 mm and 4 mm. Recommended connection couplings: LIR-800, LIR814. Encoder based on optical technology. LIR-112 suitable for applications with compact size : robots, medical equipment, cameras, compact motors, pharmacy, aerospace, laboratory equipment, pick and place equipment, etc.

      Technology:
      Optical
      Body Ø, mm:
      12
      Shaft type:
      Solid
      Shaft Ø, mm:
      3; 4
      Temperature (°C):
      0 … 70
      Speed (rpm):
      6000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 8000
      Accuracy:
      +/-150"
      Output:
      TTL
    • LIR-212 miniature optical incremental encoder

      Smallest hollow shaft optical encoder, high resolution and robust. Miniature incremental optical encoder LIR-212 has 12 mm body diameter and up to 8 000 ppr resolution. Hub shaft diameter is 2 mm or 3 mm. Encoder based on optical technology. LIR-212 suitable for applications with compact size : robots, medical equipment, cameras, compact motors, pharmacy, aerospace, laboratory equipment, pick and place equipment, etc.

      Technology:
      Optical
      Body Ø, mm:
      12
      Shaft type:
      Hub
      Shaft Ø, mm:
      2; 3
      Temperature (°C):
      0 … 70
      Speed (rpm):
      6000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 8000
      Accuracy:
      +/-150"
      Output:
      TTL
    • LIR-216 miniature optical incremental encoder

      Small encoder, high resolution and robust. Miniature incremental optical encoder LIR-216 has 16 mm body diameter and up to 9 600 ppr resolution. Hub shaft diameter from 2 mm to 3,175 mm. Mechanical dimensions compatible to other manufacturers. Encoder based on optical technology. LIR-216 suitable for applications with compact size : robots, medical equipment, cameras, compact motors, pharmacy, aerospace, laboratory equipment, pick and place equipment, etc.

      Technology:
      Optical
      Body Ø, mm:
      16
      Shaft type:
      Hub
      Shaft Ø, mm:
      2 … 3,175
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      6000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 9600
      Accuracy:
      +/-75"
      Output:
      TTL
    • LIR-119 miniature optical incremental encoder

      Small encoder, high resolution and robust. Miniature incremental optical encoder LIR-119 has 19 mm body diameter and up to 16 384 ppr resolution. Solid shaft diameter from 3 mm to 4 mm. Couplings could be used LIR-800 and LIR-814. Encoder based on optical technology. LIR-119 suitable for applications with compact size : robots, medical equipment, pharmacy, cameras, compact motors, aerospace, laboratory equipment, pick and place equipment, etc.

      Technology:
      Optical
      Body Ø, mm:
      19
      Shaft type:
      Solid
      Shaft Ø, mm:
      3 … 4
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 16384
      Accuracy:
      +/-75"
      Output:
      TTL
    • LIR-219 miniature optical incremental encoder

      Small encoder, high resolution and robust. Miniature incremental optical encoder LIR-219 has 19 mm body diameter and up to 16 384 ppr resolution. Hub shaft diameter  3 mm and 3,175 mm. Encoder based on optical technology. LIR-219 suitable for applications with compact size : robots, medical equipment, cameras, compact motors, pharmacy, aerospace, laboratory equipment, pick and place equipment, etc.

      Technology:
      Optical
      Body Ø, mm:
      19
      Shaft type:
      Hub
      Shaft Ø, mm:
      3; 3,175
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 16384
      Accuracy:
      +/-75"
      Output:
      TTL
    • LIR-120 miniature optical incremental encoder

      Small encoder, high resolution and robust. Miniature incremental optical encoder LIR-120 has 20 mm body diameter and up to 16 384 ppr resolution. Solid shaft diameter from 3 mm to 4 mm. Couplings could be used LIR-800 and LIR-814. Encoder based on optical technology. LIR-120 suitable for applications with compact size : robots, medical equipment, pharmacy, cameras, compact motors, aerospace, laboratory equipment, pick and place equipment, etc.

      Technology:
      Optical
      Body Ø, mm:
      20
      Shaft type:
      Solid
      Shaft Ø, mm:
      3 … 4
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 16384
      Accuracy:
      +/-75"
      Output:
      TTL
    • LIR-220 miniature optical incremental encoder

      Small encoder, high resolution and robust. Miniature incremental optical encoder LIR-220 has 20 mm body diameter and up to 16 384 ppr resolution. Hub shaft diameter  3 mm and 3,175 mm. Encoder based on optical technology. LIR-220 suitable for applications with compact size : robots, medical equipment, cameras, compact motors, pharmacy, aerospace, laboratory equipment, pick and place equipment, etc.

      Technology:
      Optical
      Body Ø, mm:
      20
      Shaft type:
      Hub
      Shaft Ø, mm:
      3; 3,175
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 16384
      Accuracy:
      +/-75"
      Output:
      TTL
    • LIR-128 optical incremental encoder

      Small incremental encoder LIR-128 has at the same time resolution up to 20 000 ppr. Dimensions compatible to some resolvers, which makes replacement very easy. Solid shaft 3 to 4 mm could be connected with couplings LIR-800 and LIR-814. This encoder is suitable for use in e.g. CNC machines, manipulator attachments, motors, medical technology and textile machines.

      Technology:
      Optical
      Body Ø, mm:
      28
      Shaft type:
      Solid
      Shaft Ø, mm:
      3 … 4
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 20 000
      Accuracy:
      +/-75"
      Output:
      TTL
    • RI30 optical incremental encoder

      RI30 small rotary encoders for industrial applications featuring low current rating and high resistance to interference. Flexible connection options enable cable lengths of up to 100 m. Thanks to its high ingress protection rating of IP64, this encoder is suitable for use in e.g. CNC machines, manipulator attachments, motors, medical technology and textile machines.

      Technology:
      Optical
      Body Ø, mm:
      30
      Shaft type:
      Solid
      Shaft Ø, mm:
      5
      Temperature (°C):
      -10 … 70
      Speed (rpm):
      10000
      Protection Class:
      IP50 / IP64
      Resolution (ppr):
      up to 1500
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422
    • RI32 optical incremental encoder

      The RI32 incremental rotary encoder has been specially designed as an economical encoder for small devices. As a result of its ball-bearing mounted shaft, it achieves a high performance rating and has low start-up torque. It is typically used in laboratory machines, fitness machines and small machines.

      Technology:
      Optical
      Body Ø, mm:
      30
      Shaft type:
      Solid
      Shaft Ø, mm:
      5 … 6
      Temperature (°C):
      -10 … 60
      Speed (rpm):
      6000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 1500
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422
    • Placeholder

      LIR-134 optical incremental encoder

      Small incremental encoder LIR-134 has extremely high resolution up to 180 000 ppr. Solid shaft 3 to 6 mm could be connected with helical, bellows, disc couplings. This encoder is suitable for use in e.g. CNC machines, manipulator attachments, motors, medical technology, test equipment and textile machines.

      Technology:
      Optical
      Body Ø, mm:
      34
      Shaft type:
      Solid
      Shaft Ø, mm:
      3 … 6
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 180 000
      Accuracy:
      +/-75"
      Output:
      TTL / 1Vpp
    • RI36 optical incremental encoder

      RI36 small rotary encoders for industrial applications featuring up to 3600 lines and high dependability. Thanks to its high ingress protection rating of IP64, this encoder is suitable for use in e.g. machine tools, robots, special-purpose machinery, and high-speed spoolers.

      Technology:
      Optical
      Body Ø, mm:
      36,5
      Shaft type:
      Solid / Hollow
      Shaft Ø, mm:
      4 … 6,35 / 4 … 10
      Temperature (°C):
      -10 … 70
      Speed (rpm):
      10000
      Protection Class:
      IP50 / IP64
      Resolution (ppr):
      up to 3600
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422 / Open collector
    • LIR-137 optical incremental encoder

      Small incremental encoder LIR-137 has high resolution up to 180 000 ppr. Solid shaft 3 to 6 mm could be connected with helical, bellows, disc couplings Protection class IP64. This encoder is suitable for use in e.g. CNC machines, manipulator attachments, motors, medical technology, test equipment and textile machines.

      Technology:
      Optical
      Body Ø, mm:
      36,5
      Shaft type:
      Solid
      Shaft Ø, mm:
      3 … 6
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 180 000
      Accuracy:
      +/-75"
      Output:
      TTL / 1Vpp
    • LIR-237 optical incremental encoder

      Small incremental encoder LIR-237 has high resolution up to 180 000 ppr. Optical scanning technology brings good accuracy and resolution. Hub shaft 3 to 4 mm. Protection class IP64. This encoder is suitable for use in e.g. CNC machines, manipulator attachments, motors, medical technology, test equipment and textile machines.

      Technology:
      Optical
      Body Ø, mm:
      36,5
      Shaft type:
      Hub
      Shaft Ø, mm:
      3 … 4
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 180 000
      Accuracy:
      +/-75"
      Output:
      TTL / 1Vpp
    • Placeholder

      LIR-MI137 magnetic incremental encoder

      Magnetic incremental encoder LIR-MI137 has resolution up to 1024 ppr. Magnetic scanning technology brings robust protection against environment. Solid shaft 6 mm could be connected with couplings. Protection class up to IP67. This encoder is suitable for use in e.g. CNC machines, manipulator attachments, motors, medical technology, test equipment, textile machines, etc.

      Technology:
      Magnetic
      Body Ø, mm:
      36,5
      Shaft type:
      Solid
      Shaft Ø, mm:
      6
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      1000; 10000
      Protection Class:
      IP64 / IP67
      Resolution (ppr):
      up to 1024
      Accuracy:
      +/- 0,5°  
      Output:
      TTL / HTL
    • Placeholder

      LIR-MI237 magnetic incremental encoder

      Magnetic incremental encoder LIR-MI237 has resolution up to 1024 ppr. Magnetic scanning technology brings robust protection against environment. Hub shaft 3 mm. Protection class IP64. This encoder is suitable for use in e.g. CNC machines, manipulator attachments, motors, medical technology, test equipment, textile machines, etc.

      Technology:
      Magnetic
      Body Ø, mm:
      36,5
      Shaft type:
      Hub
      Shaft Ø, mm:
      3
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 1024
      Accuracy:
      +/- 0,5°  
      Output:
      TTL / HTL
    • LIR-238 optical incremental encoder

      Very compact thru hollow shaft incremental encoder LIR-238 has extremely high resolution up to 180 000 ppr. Hollow shaft option up to 10 mm. Height only 25,4 mm. Special tether version allows to reach accuracy up to +/-30″. This encoder is suitable for use in e.g. CNC machines, manipulator attachments, compact motors, medical technology, test equipment and textile machines.

      Technology:
      Optical
      Body Ø, mm:
      38
      Shaft type:
      Hollow
      Shaft Ø, mm:
      10
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 180 000
      Accuracy:
      +/-75"; +/-30"
      Output:
      TTL / 1Vpp
    • RI38 optical incremental encoder

      RI38 small incremental rotary encoder for universal fitting in front or rear panel. High-grade ball-bearings ensure high performance and small start-up torque. This encoder is particularly suitable for such fields of application as miniature motors, laboratory equipment, labelling machines, plotters, linear encoders.

      Technology:
      Optical
      Body Ø, mm:
      39
      Shaft type:
      Solid
      Shaft Ø, mm:
      6
      Temperature (°C):
      -10 … 60
      Speed (rpm):
      10000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 3600
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422
    • RI41 optical incremental encoder

      RI41 economical small encoder, well suited to use in woodworking machines, miniature motors, graphical machinery and table-top robots, because it can have up to 3600 lines and is designed for high performance.

      Technology:
      Optical
      Body Ø, mm:
      40
      Shaft type:
      Solid
      Shaft Ø, mm:
      6
      Temperature (°C):
      -10 … 70
      Speed (rpm):
      10000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 3600
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422 / Open collector
    • RI42 optical incremental encoder

      RI42 economical small encoder that can withstand aggressive ambient conditions thanks to its IP64 ingress protection. With up to 1024 lines and many different output signals, it is suitable for use in many industrial fields of application.

      Technology:
      Optical
      Body Ø, mm:
      40
      Shaft type:
      Solid
      Shaft Ø, mm:
      6
      Temperature (°C):
      0 … 60
      Speed (rpm):
      10000
      Protection Class:
      IP50
      Resolution (ppr):
      up to 1024
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422 / Open collector
    • LIR-250 optical incremental encoder

      LIR-250 hollow shaft incremental encoder has optical scanning technology. Belongs to Industrial Basic encoders characterized by being particularly flexible and has wide range of applications. These encoders feature good accuracy and up to 80 000 ppr, hub shaft 10 mm, particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines.

      Technology:
      Optical
      Body Ø, mm:
      50
      Shaft type:
      Hub
      Shaft Ø, mm:
      10
      Temperature (°C):
      -40 … 100
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 80 000
      Accuracy:
      +/-75"; +/-30"
      Output:
      TTL / HTL / 1Vpp
    • LIR-350 optical incremental encoder

      LIR-350 hollow shaft incremental encoder with integrated coupling has optical scanning technology. Belongs to Industrial Basic encoders characterized by being particularly flexible and has wide range of applications. These encoders feature good accuracy and up to 80 000 ppr resolution, hollow shaft 6 to 10 mm, particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines.

      Technology:
      Optical
      Body Ø, mm:
      50
      Shaft type:
      Hollow
      Shaft Ø, mm:
      6 … 10
      Temperature (°C):
      -40 … 100
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 80 000
      Accuracy:
      +/-75"
      Output:
      TTL / HTL / 1Vpp
    • Placeholder

      LIR-MI150 magnetic incremental encoder

      LIR-MI150 magnetic incremental encoder has magnetic ON AXIS scanning technology. Belongs to Industrial Basic encoders characterized by being particularly flexible and has wide range of applications. These encoders feature good environment resistance and up to 1024 ppr, solid shaft 6 mm, particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines, etc.

      Technology:
      Magnetic
      Body Ø, mm:
      50
      Shaft type:
      Solid
      Shaft Ø, mm:
      6
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 1024
      Accuracy:
      +/- 0,5°  
      Output:
      TTL / HTL
    • RI58 optical incremental encoder

      The universally applicable industrial incremental encoders in the RI58 family are characterised by being particularly flexible. There are a number of different versions offering a range of flanges and connections. These encoders are suitable for high shock loads and feature high signal accuracy and up to 40,000 steps with 10,000 marks and are particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines.

      Technology:
      Optical
      Body Ø, mm:
      58
      Shaft type:
      Solid / Hollow
      Shaft Ø, mm:
      6 … 12 / 6 … 15
      Temperature (°C):
      -25 … 100
      Speed (rpm):
      10000
      Protection Class:
      IP40 / IP50 / IP64 / IP67
      Resolution (ppr):
      up to 10 000
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422
    • RI59 stainless steel optical incremental encoder

      RI59 belongs to RI58 serial, but designed for harsh environment: stainless still body, IP67. The universally applicable industrial incremental encoders in the RI58 family are characterised by being particularly flexible. There are a number of different versions offering a range of flanges and connections. These encoders are suitable for high shock loads and feature high signal accuracy and up to 40,000 steps with 10,000 marks and are particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines.

      Technology:
      Optical
      Body Ø, mm:
      58
      Shaft type:
      Solid / Hollow
      Shaft Ø, mm:
      9,52 … 10
      Temperature (°C):
      -10 … 70
      Speed (rpm):
      10000
      Protection Class:
      IP67
      Resolution (ppr):
      up to 10 000
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422
    • LIR-158 optical incremental encoder

      LIR-158 incremental encoder has optical scanning technology. Most popular industrial type has wide range of connection flanges. Belongs to Industrial Basic encoders characterized by being particularly flexible and has wide range of applications. These encoders feature good accuracy and up to 250 000 ppr, solid shaft 5 to 10 mm, synchro and clamping flanges options particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines. As special option could be produced with accuracy +/-15″ and customized numbers of lines on disc.

      Technology:
      Optical
      Body Ø, mm:
      58
      Shaft type:
      Solid
      Shaft Ø, mm:
      5 … 10
      Temperature (°C):
      -40 … 100
      Speed (rpm):
      10000
      Protection Class:
      IP65
      Resolution (ppr):
      up to 250 000
      Accuracy:
      +/-30"; +/-15"
      Output:
      TTL / HTL / 1Vpp / Open collector
    • LIR-MI158 magnetic incremental encoder

      LIR-MI158 magnetic incremental encoder has magnetic ON AXIS scanning technology. Belongs to Industrial Basic encoders characterized by being particularly flexible and has wide range of applications. These encoders feature good environment resistance up to IP67 and up to 1024 ppr, has popular flanges options, solid shaft 6 and 10 mm, particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines, etc.

      Technology:
      Magnetic
      Body Ø, mm:
      58
      Shaft type:
      Solid
      Shaft Ø, mm:
      6; 10
      Temperature (°C):
      -40 … 85
      Speed (rpm):
      1000; 10000
      Protection Class:
      IP65; IP67
      Resolution (ppr):
      up to 1024
      Accuracy:
      +/- 0,5°  
      Output:
      TTL / HTL
    • LIR-362 optical incremental encoder

      LIR-362 incremental encoder with hollow shaft has optical scanning technology. Belongs to Industrial Basic encoders characterized by being particularly flexible and has wide range of applications. These encoders feature good accuracy and up to 80 000 ppr, hollow shaft 12 mm, integrated coupling particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines.

      Technology:
      Optical
      Body Ø, mm:
      62
      Shaft type:
      Hollow
      Shaft Ø, mm:
      9 … 12
      Temperature (°C):
      -40 … 100
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 80 000
      Accuracy:
      +/-75"; +/-30"
      Output:
      TTL / HTL / 1Vpp
    • RI64 optical incremental encoder

      The robust, economical RI64 hollow shaft incremental encoder stands out because it is the best value for money in its class. The insulated shaft coated with hard ceramic protects the bearings effectively against motor currents. The high ingress protection, IP67, also applies to through hollow shafts and, together with the unit’s high resistance to impacts and vibrations, is suitable for use in tough ambient conditions. With a line count of up to 5000, this robust encoder is suitable not only for many industrial applications but, in particular, for use as a feedback encoder for asynchronous motors.

      Technology:
      Optical
      Body Ø, mm:
      63
      Shaft type:
      Hollow
      Shaft Ø, mm:
      10 … 16
      Temperature (°C):
      -40 … 100
      Speed (rpm):
      12000
      Protection Class:
      IP64 / IP67
      Resolution (ppr):
      up to 5 000
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422
    • RI76 big hollow shaft optical incremental encoder

      The high-accuracy RI76 big hollow shaft incremental encoder has been specially designed for large shaft diameters up to 42 mm. The housing diameter is only 76 mm, which makes this encoder ideal for use in motors, lifts and printing machines.

      Technology:
      Optical
      Body Ø, mm:
      76
      Shaft type:
      Hollow
      Shaft Ø, mm:
      15 … 42
      Temperature (°C):
      -25 … 100
      Speed (rpm):
      6000
      Protection Class:
      IP50 / IP64
      Resolution (ppr):
      up to 10 000
      Accuracy:
      +/-75"
      Output:
      Push pull / RS422
    • LIR-276 big hollow shaft optical incremental encoder

      LIR-276 incremental encoder with big hollow shaft has optical scanning technology. Belongs to Industrial Basic encoders characterized by being particularly flexible and has wide range of applications. These encoders feature good accuracy and high resolution up to 500 000 ppr, hollow shaft 24 mm, particularly well suited to use in machine tools, CNC axes, packaging machines, motors / drives, injection moulding machines and sawing machines, lifts and printing machines.

      Technology:
      Optical
      Body Ø, mm:
      76
      Shaft type:
      Hollow
      Shaft Ø, mm:
      24
      Temperature (°C):
      -40 … 100
      Speed (rpm):
      3000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 500 000
      Accuracy:
      up to +/-15"
      Output:
      TTL / HTL / 1Vpp
    • LIR-285 optical incremental encoder

      LIR-285 incremental encoder with special hollow shaft has optical scanning technology. Designed for ROD320 encoder replacement. These encoders feature good accuracy and resolution up to 5 000 ppr, special hollow tapered shaft, particularly well suited to use in machine tools, CNC axes, motors / drives.

      Technology:
      Optical
      Body Ø, mm:
      85
      Shaft type:
      Hollow
      Shaft Ø, mm:
      Special
      Temperature (°C):
      -40 … 100
      Speed (rpm):
      10000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 5 000
      Accuracy:
      +/-75"
      Output:
      TTL
    • LIR-292 big hollow shaft optical incremental encoder

      Incremental encoder LIR-292 provide not only high resolution up to 900 000 ppr and accuracy up to +/- 15″ but also big hollow shaft (42 mm). Encoder based on optical technology also called angular encoder or incremental transducer. LIR-292 suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medicine, antennas, industrial robots, printing machines, etc. Big hollow shaft suitable for market needs and brings easy installation.

      Technology:
      Optical
      Body Ø, mm:
      92
      Shaft type:
      Hollow
      Shaft Ø, mm:
      42
      Temperature (°C):
      0 … 70
      Speed (rpm):
      1700
      Protection Class:
      IP64
      Resolution (ppr):
      up to 900 000
      Accuracy:
      up to +/- 15"
      Output:
      TTL / HTL / 1Vpp
    • LIR-392 big hollow shaft optical incremental encoder

      Incremental encoder LIR-392 provide not only high resolution up to 450 000 ppr and accuracy up to +/- 15″ but also big hollow shaft (42 mm). Encoder based on optical technology also called angular encoder or incremental transducer. LIR-392 suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medicine, antennas, industrial robots, printing machines, etc. Big hollow shaft suitable for market needs and brings easy installation. Special feature is integrated coupling which compensate shaft misalignment.

      Technology:
      Optical
      Body Ø, mm:
      92
      Shaft type:
      Hollow
      Shaft Ø, mm:
      42
      Temperature (°C):
      0 … 70
      Speed (rpm):
      3000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 450 000
      Accuracy:
      up to +/- 15"
      Output:
      TTL / 1Vpp
    • LIR-2100 big hollow shaft optical incremental encoder

      LIR-2100 incremental encoder with big hollow shaft has optical scanning technology. Designed for elevators / lifts application. These encoders feature resolution up to 1024 ppr, hollow shaft 30 mm. Most applied in OTIS 13VTR elevator drives with convertor OVF20 compatible to articles JAA00633ABF003 from Tamagawa (OIH100 TS 5208 N 902)

      Technology:
      Optical
      Body Ø, mm:
      100
      Shaft type:
      Hollow
      Shaft Ø, mm:
      30
      Temperature (°C):
      -25 … 100
      Speed (rpm):
      3000
      Protection Class:
      IP64
      Resolution (ppr):
      up to 1024
      Accuracy:
      up to +/- 150"
      Output:
      HTL