Incremental, digital interface, resolution up to 1 μm

Encoder simple to install with help of status LED, wide installation tolerances, special tools and adhesive-backed magnetic scale. It’s operate non-contact and has no friction so makes possible to reduce hysteresis. High protection up to IP67 and resistance to shock, vibration, some chemical environments allows to use Magnetic Encoder MSC200/1 in Medical technology (e.g.: Tomographs, operating tables), Linear drive technology, Torque motors, Stop systems (e.g. wood working), Sawing technology (wood, metal, stone working), Elevator technology, Warehouse and conveyor technology, Presses, Special engineering. Main features: Max. resolution 1 μm, Repeat accuracy ±0.01 mm, Works with magnetic tape MB200/1, Reading distance ≤1 mm, Possible with fixed reference mark R or flexible stick on reference mark FR.

Incremental linear encoders LIR-7M has sealed construction and optical scanning technology. Encoders able to reach high resolution up to 0,1 μm and accuracy ±3 μm/m. Industrial output signals allows to connect to most of PLC and CNC on market. Suitable for applications: Machine tools linear axis control, linear drive technology, microscopes, laboratory and metrology equipment, test equipment. Compact body dimensions fit applications with limited space. Measuring length up to 1240 mm.

Incremental linear encoders LIR-9M has sealed construction and optical scanning technology. Encoders able to reach high resolution up to 0,1 μm and accuracy ±3 μm/m. Industrial output signals allows to connect to most of PLC and CNC on market. Suitable for applications: Machine tools linear axis control, linear drive technology, microscopes, laboratory and metrology equipment, test equipment, 3D printers. Strong body fit applications with measuring length up to 3170 mm.

Absolute linear encoders LIR-DA7 uses optical scanning technology. Encoders able to reach high resolution up to 0,1 μm and accuracy ±3 μm/m. SSI interface allows to connect to most of industrial PLC and CNC. Suitable for applications: Machine tools linear axis control, linear drive technology, microscopes, laboratory and metrology equipment, test equipment. Compact body dimensions fit applications with limited space. Measuring length up to 1240 mm.

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.

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.

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.

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.

High precision absolute encoder based on optical technology also called absolute angular encoder or transducer. Encoder LIR-DA190 suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medicine, antennas, etc. Encoder provide resolution up to 24 bit with accuracy up to +/- 3,5″. Encoder body size 90 mm which is quite compact for such high parameters. Solid shaft 10 mm suitable for many connecting tools, we recommend to use precision couplings LIR-803.

High precision absolute encoder based on optical technology also called absolute angular encoder or transducer. Encoder LIR-DA395 suitable for responsible applications with high accuracy required: metrology and laboratory equipments, machine tools, medicine, antennas, robots, printing machines, etc. Encoder provide resolution up to 24 bit with accuracy up to +/- 5″. Encoder body diameter 95 mm and thru hollow shaft is 20 mm. LIR-DA395 has integrated coupling, it could compensate shaft misalignment without coupling.