• AD34 optical absolute encoder

    The AD 34 is the most compact absolute encoder. It is available with a resolution of up to 19 bits single-turn. The mechanical concept is based on a shaft assembly mounted in dual ball-bearings with a flexible torque support. Thanks to its innovative shaft assembly system, the AD34 saves time when configuring the motor shaft. Just a simple 6 mm central bore in the “B” end of the motor shaft is sufficient. The notched shaft of the AD34 is press-fitted in the “B” end of the motor shaft in a single operation. The BiSS or SSI communication interface enables control circuits to be set up that are completely digital.

    Multiturn:
    Yes
    Technology:
    Optical
    Body Ø, mm:
    37,5
    Shaft type:
    Solid
    Shaft Ø, mm:
    6
    Temperature (°C):
    - 15 … 120
    Speed (rpm):
    10000
    Protection Class:
    IP40
    Resolution (ppr):
    12 / 12 ... 19
    Accuracy:
    +/-35"
    Interface:
    BiSS / SSI
  • AD35 optical absolute encoder

    In launching the AD35, HENGSTLER has introduced the shortest hollow-shaft encoder in the world. The AD35 is available with a single-sided 8 mm hollow shaft and a single-turn resolution of up to 22 bits. The mechanical concept is based on a shaft assembly mounted in dual ball-bearings with a flexible torque support. The AD35 is suitable for fitting in BLDC servo motors with small frame heights. The BiSS or SSI communication interface enables control circuits to be set up that are completely digital.

    Multiturn:
    No
    Technology:
    Optical
    Body Ø, mm:
    38,1
    Shaft type:
    Hub
    Shaft Ø, mm:
    8
    Temperature (°C):
    - 15 … 120
    Speed (rpm):
    10000
    Protection Class:
    IP40
    Resolution (ppr):
    12 ... 22
    Accuracy:
    +/-35"
    Interface:
    BiSS / SSI
  • AC36 optical absolute encoder

    The AC36 is an optical absolute rotary encoder with optical scanning, size 36 mm, single turn resolution up to 22 bit. It is fitted with a solid shaft and physically compatible with standard incremental encoders. Thanks to its compact construction, the AC36 can directly replace corresponding incremental encoders. As a result, it is possible to make full use of the technical benefits of absolute encoders in equipment manufacturing and medical engineering, to name but two of the many applications. The mechanical concept is based on a shaft assembly mounted in dual ball-bearings. The AC36 offering the same performance data as the 58 mm variants but with a smaller device size.

    Multiturn:
    Yes
    Technology:
    Optical
    Body Ø, mm:
    38,1
    Shaft type:
    Solid / Hub
    Shaft Ø, mm:
    6 / 8
    Temperature (°C):
    - 40 … 100
    Speed (rpm):
    10000
    Protection Class:
    IP50 / IP64
    Resolution (ppr):
    12 / 12 ... 22
    Accuracy:
    +/-35"
    Interface:
    SSI / BiSS
  • AD36 optical absolute encoder

    The AD 36 is an optical absolute encoder with optical scanning, size 36 mm. It offers an 8 mm through hollow shaft, which allows resolver-compatible installation. The mechanical concept is based on a shaft assembly mounted in dual ball-bearings with a flexible torque support. The AD36 is suitable for fitting in BLDC servo motors with small frame heights. The BiSS or SSI communication interface enables control circuits to be set up that are completely digital. It is available with resolutions of up to 22 bits single-turn.

    Multiturn:
    Yes
    Technology:
    Optical
    Body Ø, mm:
    37,5
    Shaft type:
    Hollow / Hub
    Shaft Ø, mm:
    8 / 8
    Temperature (°C):
    - 15 … 120
    Speed (rpm):
    10000
    Protection Class:
    IP40
    Resolution (ppr):
    12 / 12 ... 22
    Accuracy:
    +/-35"
    Interface:
    BiSS / SSI
  • LIR-DA235 optical absolute encoder

    Compact absolute encoder LIR-DA235 has optical scanning technology. Small dimensions, high resolution, BiSS or SSI commutation protocol makes LIR-DA235 suitable for motor feedback solutions, for robots application, for industrial equipment. Encoder has resolution up to 21 bit, and height only 34,5 mm (with tether), hub shaft 6 mm. Compatible by size with incremental encoders.

    Multiturn:
    No
    Technology:
    Optical
    Body Ø, mm:
    35
    Shaft type:
    Hub
    Shaft Ø, mm:
    6
    Temperature (°C):
    - 25 … 85
    Speed (rpm):
    6000
    Protection Class:
    IP00
    Resolution (ppr):
    up to 21
    Accuracy:
    +/-30"
    Interface:
    SSI / BiSS
  • LIR-DA136 optical absolute encoder

    Encoder LIR-DA136 is an optical absolute rotary encoder with optical scanning, body diameter 36,5 mm. It has solid shaft 4 mm and physically compatible with standard incremental encoders. It is suitable for many applications in industrial equipment: robots, machine tools, conveyors, elevators, packing and cutting equipment, etc. The mechanical concept is based on a shaft assembly mounted in dual ball-bearings. Encoder LIR-DA136 offering solid shaft 4 mm, single turn resolution up to 18 bit, the same performance electronic data as the 58 mm variants but with a smaller device size. Connecting couplings in category Accessories

    Multiturn:
    No
    Technology:
    Optical
    Body Ø, mm:
    36,5
    Shaft type:
    Solid
    Shaft Ø, mm:
    4
    Temperature (°C):
    0 … 70
    Speed (rpm):
    10000
    Protection Class:
    IP64
    Resolution (ppr):
    up to 18
    Accuracy:
    +/-30"
    Interface:
    SSI / BiSS
  • LIR-DA237 optical absolute encoder

    Encoder LIR-DA237 is an optical absolute rotary encoder with optical scanning, body diameter 37,5 mm. It has hollow shaft for on-shaft installation. It is suitable for many applications in industrial equipment: robots, machine tools, conveyors, elevators, packing and cutting equipment, etc. Encoder LIR-DA237 offering thru hollow shaft 8 mm, single turn resolution up to 21 bit, the same performance electronic data as the 58 mm variants but with a smaller device size.

    Multiturn:
    No
    Technology:
    Optical
    Body Ø, mm:
    37,5
    Shaft type:
    Hollow
    Shaft Ø, mm:
    8
    Temperature (°C):
    -40 … 85
    Speed (rpm):
    6000
    Protection Class:
    IP40
    Resolution (ppr):
    up to 21
    Accuracy:
    +/-30"
    Interface:
    SSI / BiSS
  • Placeholder

    LIR-MA137 magnetic absolute encoder

    Encoder LIR-MA137 is an absolute rotary encoder with magnetic scanning, body diameter 36,5 mm. It has solid shaft 6 mm and physically compatible with standard incremental encoders. It is possible to make full use of the technical benefits of absolute encoders in industrial equipment. The mechanical concept is based on a shaft assembly mounted in dual ball-bearings. Encoder LIR-MA137 offering single turn resolution up to 12 bit, the same performance data as the 58 mm variants but with a smaller device size.

    Multiturn:
    No
    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 12
    Accuracy:
    +/-0,5°
    Interface:
    SSI
  • Placeholder

    LIR-MA237 magnetic absolute encoder

    Encoder LIR-MA237R is an absolute rotary encoder with  magnetic scanning, body diameter 36,5 mm. It has hub shaft 3 mm and physically compatible with standard incremental encoders. It is possible to make full use of the technical benefits of absolute encoders in industrial equipment. The mechanical concept is based on a shaft assembly mounted in dual ball-bearings. Encoder LIR-MA237R offering single turn resolution up to 12 bit, the same performance data as the 58 mm variants but with a smaller device size.

    Multiturn:
    No
    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 12
    Accuracy:
    +/-0,5°
    Interface:
    SSI
  • LIR-DA242 optical absolute encoder

    Absolute single turn encoder LIR-DA242 has optical scanning technology. It has highest possible resolution 24 bit. Encoder only 42 mm body diameter, hollow shaft 6 mm, communication protocol SSI or BiSS. Typical applications: motor feedback, machine tools, robotics, industrial automation.

    Multiturn:
    No
    Technology:
    Optical
    Body Ø, mm:
    42
    Shaft type:
    Hollow
    Shaft Ø, mm:
    6
    Temperature (°C):
    - 25 … 85
    Speed (rpm):
    6000
    Protection Class:
    IP00
    Resolution (ppr):
    up to 24
    Accuracy:
    +/-30"
    Interface:
    SSI / BiSS
  • Placeholder

    LIR-MA142 magnetic absolute encoder

    Absolute single turn encoder LIR-MA142 has magnetic ON AXIS scanning technology. Magnetic encoders more robust in harsh environment. Encoder has resolution 12 bit, 42 mm body diameter, solid shaft 6 mm, communication protocol Parallel. Typical applications: machine tools, robotics, industrial automation.

    Multiturn:
    No
    Technology:
    Magnetic
    Body Ø, mm:
    42
    Shaft type:
    Solid
    Shaft Ø, mm:
    6
    Temperature (°C):
    - 40 … 85
    Speed (rpm):
    10000
    Protection Class:
    IP64
    Resolution (ppr):
    up to 8
    Accuracy:
    +/-1°
    Interface:
    Parallel
  • Placeholder

    LIR-MA150 magnetic absolute encoder

    Absolute single turn encoder LIR-MA150 has magnetic ON AXIS scanning technology. Magnetic encoders more robust in harsh environment. Encoder has resolution 12 bit, 50 mm body diameter, solid shaft 6 mm, communication protocol Parallel. Typical applications: machine tools, robotics, industrial automation.

    Multiturn:
    No
    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 8
    Accuracy:
    +/-1°
    Interface:
    Parallel