Baumer Incremental encoders

Baumer HOGS 100

  • Blind hollow shaft ø16 mm or cone shaft ø17 mm (1:10)
  • Up to 5000 sinewaves cycles per turn
  • Large terminal box, turn by 180° or axial terminal cover

HOGS 100 S

  • Blind hollow shaft ø16 mm or cone shaft ø17 mm (1:10)
  • Up to 5000 sinewaves cycles per turn
  • Low harmonic content (patented LowHarmonics technology)
  • Top-quality SinCos output-signals
  • Protection against inductive shaft current
  • Large terminal box, turn by 180° or axial terminal cover

HOGS 14

  • Through hollow shaft up to ø75 mm
  • Up to 5000 sinewaves cycles per turn
  • Top-quality SinCos output-signals

HOGS 71

  • Blind hollow shaft ø12...14 mm
  • Up to 5000 sinewaves cycles per turn
  • SinCos output-signals 1 Vpp

hs35f

  • Insulated through hollow shaft ø0.375...1 inch
  • Robust industrial encoder up to IP 67 protection
  • Shock resistant up to 200 g's
  • Insulating insert to prevent high shaft currents from damaging bearings
  • Wide range voltage supply 4.75...30 VDC
  • Precision ≤60 arc-seconds for perfect process control

Baumer HS35P - Programmable

  • Insulated through hollow shaft ø0.375...1 inch
  • Robust industrial encoder up to IP 67 protection
  • Programmable resolution from 1...8192 ppr
  • Wide range voltage supply 4.75...30 VDC
  • Shock resistant up to 200 g's
Voltage supply5 VDC ±5 %
8...30 VDC
Reverse polarity protectionYes
Consumption w/o load≤25 mA
Operating temperature-20...+85 °C

ITD 01 A 4 Y 4

  • Mini encoder with blind hollow shaft ø4 mm
  • Max. 1024 pulses per revolution
  • Optical sensing method
  • Outer diameter ø24 mm
  • TTL or HTL output signals

ITD 01 B14 incremental encoder

  • Mini encoder with shaft ø4 mm
  • Max. 1024 pulses per revolution
  • Optical sensing method
  • Outer diameter ø24 mm

ITD 20 A 4 is a versatile incremental encoder

  • Blind hollow shaft ø8 to ø14 mm
  • Max. 1024 pulses per revolution
  • Optical sensing method
  • Mounting by torque support

ITD 20 A 4 Y10 incremental encoder

  • Provides up to 1024 pulses per revolution for precise position measurements.
  • Small size and lightweight.
  • Constructed with robust materials such.
  • High protection rating (IP 65).

ITD 20 A 4 Y114

  • Encoder with blind hollow shaft ø10...14 mm
  • Max. 2048 pulses per revolution
  • TTL or HTL output signals

ITD 20 A 4 Y120

  • Through hollow shaft ø10 to ø16 mm
  • Max. 2048 pulses per revolution
  • Optical sensing method
  • TTL or HTL output signals
Voltage supply5 VDC ±5 %
8...30 VDC
Reverse polarity protectionYes
Consumption w/o load≤100 mA
Operating temperature-20...+70 °C
-20...+100 °C

 ITD 20 B14

  • Solid shaft ø6 mm with synchro flange
  • Max. 1024 pulses per revolution
  • Optical sensing method
  • Centering alignment ø50 mm, mounting screw hole circle ø68 mm
  • TTL or HTL output signals
  • Cable output radial or axial

ITD 20 B14 Y11

  • Solid shaft ø10 mm with clamping flange
  • Max. 1024 pulses per revolution
  • Optical sensing method
  • Centering alignment ø36 mm, mounting screw hole circle ø48 mm
  • TTL or HTL output signals

ITD 21 A 4 Y10

  • Blind hollow shaft ø6 to ø16 mm
  • Max. 10000 pulses per revolution
  • Optical sensing method
  • Centering alignment ø70 mm, mounting screw hole circle ø77 mm
  • TTL or HTL output signals

ITD 21 A 4 Y21

  • Blind hollow shaft ø10 to ø14 mm
  • Max. 6000 pulses per revolution
  • Optical sensing method
  • TTL or HTL output signals

ITD 21 A 4 Y65

  • Through hollow shaft ø10 to ø14 mm
  • Max. 6000 pulses per revolution
  • Optical sensing method
  • TTL or HTL output signals

ITD 21 B14

  • Solid shaft ø6 mm with synchro flange
  • Max. 10000 pulses per revolution
  • Centering alignment ø50 mm, mounting screw hole circle ø68 mm
  • Industrial standard
  • TTL or HTL output signals

ITD 20 A 4 incremental encoder

  • Blind hollow shaft ø10 to ø14 mm
  • Max. 6000 pulses per revolution
  • Optical sensing method
  • Mounting by torque support

ITD 23 A 4 Y 2 incremental encoder

  • Through hollow shaft ø14 mm
  • Precise optical sensing
  • Output signal level TTL or HTL
  • Through hollow shaft ø14 mm
  • 128 pulses per revolution
  • Operating temperature -20...+85 °C

art. 11127554

  • Incremental encoder
  • Catalogue number11062237

 ITD 27 A 4 Y27 incremental encoder

  • Provides up to 32 pulses per revolution for precise position measurements.
  • Small size and lightweight.
  • Constructed with robust materials.
  • High protection rating (IP 65).

 ITD 3 A 4 Y18 incremental encoder

  • Housing material: Aluminum, black, powder coated
  • Temperature range: -20...+70 °C
  • Degree of protection: IP 65
  • Vibration resistance: 10 g, 55-2000 Hz
  • Impact resistance: 100 g, 11 ms

ITD 4 B10

  • Solid shaft ø11 mm with EURO flange
  • Max. 2048 pulses per revolution
  • Optical sensing method
  • Centering alignment ø85 mm, mounting screw hole circle ø100 mm
  • Industrial standard with centering flange
  • TTL or HTL output signals

ITD 40 A 4 Y109

  • Blind hollow shaft ø10 to ø16 mm
  • Max. 2048 pulses per revolution
  • Optical sensing method
  • Mounting by torque support
  • TTL or HTL output signals

ITD 40 A 4 Y22

  • Through hollow shaft ø17 to ø27 mm
  • Max. 2048 pulses per revolution
  • Optical sensing method
  • TTL or HTL output signals

ITD 40 A 4 Y79 incremental encoder

  • Optical sensing method
  • Mounting by torque support
  • TTL or HTL output signals
  • Cable output radial