Incremental encoders

Incremental encoders optoPulse EIL580-B with blind hollow shaft, size ø58 mm, precise optical sensing, output signal level TTL or HTL, blind hollow shaft, ø8…15 mm, connection axial, radial or tangential, pulses per revolution up to 5.000, high protection up to IP67, high resistance to shock and vibrations, option ExEIL580 - Explosion protection zone 22.

Incremental encoders HOG10 and HOG100 with the blind hollow shaft or cone shaft, TTL output driver for cable length up to 550 m, Very high resistance to shock and vibrations, Hybrid bearing for extended service life, Large terminal box, turn by 180° or axial terminal cover.

Incremental encoders HOG11, HOG16 and HOG163 with the blind hollow shaft. Offshore and salt water firm, high protection IP67. TTL output driver for cable length up to 550 m. Hybrid bearing for extended service life. Large terminal box, turn by 180° or axial terminal cover.

Incremental encoders HOG86, HOG9 and HMG10 with insulated blind hollow shaft ø12...16 mm, cone shaft ø17 mm, robust, compact housing. Two bearings with large distance, one at each end. High shaft load up to 450 N. Shaft insulation up to 2.8 kV. Highest operating speed 10000 rpm. Terminal box, turn by 180°.

Sine encoders with the through hollow shaft ø14...26 mm, Compact, robust aluminium housing. Inside connecting terminals. SinCos output-signals 1 Vpp. Low harmonic content (patented LowHarmonics technology). Especially high resistance to vibrations. Hybrid bearing for extended service life.

The GI357 is designed according to SIL2 (Safety Integrity Level 2) and can be used in critical applications such as elevators and other moving systems where human safety is an issue. The safety function must be implemented in the control system. Control of inphase signals. Direct and inverse signal lines must always have an antiphase signal level. Transient states in which the outputs have the same signal level must not exceed a few microseconds. If this time is exceeded, the self-diagnostics of the encoder detects this as a defect and issues a corresponding signal. Line break monitoring. Do not use supply cables (signal lines) with high electrical resistance. The high resistance of the encoder outputs transmits the alarm signals from the encoder itself to the control system. Shaft speed monitoring. If the allowable shaft speed limit is reached, the higher control system monitors the output frequency. If the output frequencies are not identical (different), the system recognizes the defect. Control of the direction of rotation of the shaft. The phase offset of the output signals must be 90°, deviations from this value are monitored. The direction of rotation of the shaft must be monitored accordingly. If there is no change in the state of at least one output, the second output must be monitored and only then the system signals that the encoder shaft is stationary, i.e. that the rotation has stopped.

GE355 optical encoder in stainless steel 1.4305 housing with normal shaft and clamp flange. Output channels A,B,N (zero pulse), direct and inverted. The output is realized by two-stroke symmetrical circuit or RS422. Connection with 1 m cable.

Incremental encoders BDH with the solid shaft with clamping or synchro flange. Encoder with solid shaft ø10 mm or ø6 mm. Optical sensing method. Max. 5000 pulses per revolution. Clamping or synchro flange. Industrial standard. Small profile depth. Mini encoder with solid shaft ø5 mm and housing ø30 mm.

Incremental encoders BHK, mini encoder with blind or through hollow shaft. Optical sensing method. Max. 2048 pulses per revolution. Housing ø40 mm. Operation speed max. 12000 rpm. Versatile mounting accessories. Incremental encoders BHG with blind or through hollow shaft ø12 mm. Max. 5000 pulses per revolution. Small profile depth.

Incremental encoders with thr solid shaft ø10 mm or ø11 mm. Compact, robust die-cast housing. Flange connector with metal mating connector. EURO flange B10. Output stage TTL with regulator UB 9...30 VDC. Output stage HTL with power linedriver.

Programmable Incremental encoders HS35P with Insulated through hollow shaft ø0.375...1 inch, Robust industrial encoder up to IP 67 protection, Highly versatile fully programmable encoder, Interchangeable bore size(s) using metal inserts, Insulating sleeve to prevent high shaft currents from damaging bearings, Programmable resolution from 1...8192 ppr, User programmable index pulse width and location, Programmable from PC or standalone Baumer Programming Tools, Wide range voltage supply 4.75...30 VDC, Shock resistant up to 200 g's.

BHF Incremental encoders with the blind or through hollow shaft ø12 mm, Optical sensing method, Max. 5000 pulses per revolution, Small profile depth, Versatile mounting accessories.

BHG Incremental encoders with the blind or through hollow shaft ø12 mm, Optical sensing method, Max. 5000 pulses per revolution, Small profile depth, Versatile mounting accessories.

Incremental encoders MHGE100 and MHGE200 without bearings. Magnetic sensing, through hollow shaft max. ø80 mm. Robust and wearless, high protection through fully encapsulated electronics. Large tolerances: axial ±3 mm, radial max. 2.2 mm. Very compact dimensions, simple mounting, easy adaptation.

Incremental encoders MHGE100 and MHGE200 without bearings. Magnetic sensing, through hollow shaft max. ø340 or 740 mm. Robust and wearless, high protection through fully encapsulated electronics. Large tolerances: axial ±3 mm, radial max. 2.2 mm. Very compact dimensions, simple mounting, easy adaptation.

Incremental encoders OG9, OG90 and EExOG9 with the solid shaft with EURO flange B10. Encoder with solid shaft ø11 mm. Optical sensing method. EURO flange B10. Output stage HTL with power linedriver. Output stage TTL with regulator UB 9...26 VDC. Operating temperature up to +100°C.

Incremental encoders POG10 and POG11 with the solid shaft with the TTL output driver for cable length up to 550 m. High resistance to shock and vibrations. EURO flange B10 / solid shaft ø11 mm. Large terminal box, turn by 180°.

Incremental encoders POG86 and POG90 are twin encoder with two electrically separated systems. Robust, compact housing. Two bearings with large distance, one at each end. High shaft load up to 350N. Shock resistant up to 300 g. Highest operating speed 12000 rpm. TTL output driver for cable length up to 550 m. Terminal box, turn by 180°.

Incremental encoders EcoMag with the through hollow shaft. Magnetic sensing method. Max. 2048 pulses per revolution. High resistance to shock and vibrations. Wide pulse number range. High limit frequency.

Incremental encoders with thr solid shaft ø10 mm or ø11 mm. Compact, robust die-cast housing. Flange connector with metal mating connector. EURO flange B10. Output stage TTL with regulator UB 9...30 VDC. Output stage HTL with power linedriver.

Incremental encoders without bearings with optical sensing. Large axial and radial displacement of the shaft permitted. Fit for high operating speed. Robust and wearless. Max. 2048 pulses per revolution. Output stage TTL with regulator UB 9...26 VDC.

Incremental encoders without bearings with magnetic sensing and connected signal processing. Bearingless encoder system of rotor (HMCR16) and stator with sensing unit (HMCK16) with connected signal processing (HMCP16). Magnetic sensing. Robust and free from wear, very high maximum speed up to 25000 rpm. SinCos, HTL und TTL output, 128...65536 pulses with connected signal processing. Redundant sensing for concentricity error compensation. Delivery includes connector plug (not shown).

Mini encoder with blind hollow shaft ø4 mm. Rotary encoders and angle sensors of Baumer are for the measuring and monitoring of rotary speed and rotary shaft positions at machines, installations and electrical drives. Up to 1024 pulses per revolution, optical sensing method, outer diameter ø24 mm, TTL or HTL output signals, cable output radial, clamping ring torsion-proof.

Mini encoder with blind hollow shaft ø4 mm. Rotary encoders and angle sensors of Baumer are for the measuring and monitoring of rotary speed and rotary shaft positions at machines, installations and electrical drives. Up to 1024 pulses per revolution, optical sensing method, outer diameter ø24 mm, TTL or HTL output signals, cable output radial, clamping ring torsion-proof.

Incremental encoders ITD 20 and ITD 21 with a blind hollow shaft ø8 to ø14 mm. Encoder with blind hollow shaft up to ø14 mm. Max. 1024 pulses per revolution. Optical sensing method. Mounting by torque support. TTL or HTL output signals. Cable output radial or axial.

Sine encoders ITD22H00 with a through hollow shaft ø10 to ø14 mm. Robust industry standard. Wide operating temperature range. Up to 2048 sinewaves cycles per turn. Sine output signals 1 Vpp. LowHarmonics signal quality. Detachable cable – tangential outlet. Perfect control quality at all rotational speeds.