Baumer Incremental encoders

art. 11121821

EIL580P-TT12.5FF.01024.B

• Size ø58 mm
• Precise optical sensing (interpolated)
• Output signal level programmable (TTL)
• Through hollow shaft, ø12 mm
• Flange connector M23, 12-pin CCW, radial
• Pulses per revolution 1...65536, programmable
• High protection IP 65

ExEIL580-B - blind hollow shaft

• Size ø58 mm
• Precise optical sensing (interpolated)
• Output signal level programmable (TTL or HTL)
• Blind hollow shaft, ø8…15 mm
• Connection axial, radial or tangential
• Pulses per revolution 1...65536, programmable

fog 9

• Power supply voltage: 9...30 V DC
• Current consumption: max. 50 mA
• Output signal: TTL with UB 9...30 VDC regulator; HTL with power line driver
• Maximum cable length: 100 m (TTL); 500 m (HTL)

Baumer FOG 9

• Solid shaft ø10 mm or ø11 mm
• Compact, robust die-cast housing
• Flange connector with metal mating connector
• EURO flange B10

FOG 9+GT 7.08

• Compact, robust die-cast housing
• Flange connector with metal mating connector
• EURO flange B10 / solid shaft ø11 mm

G 305

• Optical sensing method
• Up to 120 pulses with 1 or 2 pulse tracks
• Surface mount housing for measuring wheel

g0333

• Encoder with through hollow shaft ø12 mm
• Optical sensing method
• Max. 80000 pulses per revolution
• Clamping ring on housing

g0355

• Encoder with solid shaft ø10 mm or ø6 mm
• Max. 80000 pulses per revolution
• Industrial standard
• Clamping or synchro flange
• High rotation speed up to 10000 rpm
• Compact design
• High resistance to shock and vibrations

g0356

• Encoder with solid shaft ø10 mm or ø6 mm
• Max. 80000 pulses per revolution
• Industrial standard
• Clamping or synchro flange
• High rotation speed up to 10000 rpm
• Compact design
• High resistance to shock and vibrations

G1I0

• Encoder with blind or through hollow shaft up to ø25.4 mm
• Max. 16384 pulses per revolution
• Optical sensing method
• Robust design

ge355

• Size (flange): ø58 mm
• Shaft type: ø10 mm solid shaft (clamping flange)
• Permissible load on the shaft: ≤20 N axial, ≤40 N radial
• Flange: Clamping flange

GI341

• Blind or through hollow shaft up to ø15 mm
• Max. 2048 pulses per revolution
• Optical sensing method
• Flange and housing made of high-tech plastics
• Tangential cable output

GI342

• Encoder with blind or through hollow shaft ø10...15 mm
• Max. 2048 pulses per revolution
• Optical sensing method
• Flange and housing made of high-tech plastics

GI352

• Size (flange): ø58 mm
• Shaft type: ø10...15 mm (through hollow shaft)
• Protection according to EN 60529: IP 54
• Operating speed: ≤6000 rpm

GI356 incremental encoder - converts rotational motion into electronic signals for speed and position estimation.

• Size (flange): ø58 mm
• Shaft type: ø6 mm solid shaft
• Reading method: Optical

 Baumer GI357

• Encoder with solid shaft ø10 mm or ø6 mm
• Max. 5000 pulses per revolution
• Optical sensing method
• Clamping or synchro flange
• High rotation speed up to 10000 rpm

Baumer HG 16

• Incremental encoder 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

Baumer HG 18

• Incremental encoder with optical sensing
• Fit for high operating speed
• Max. 2500 pulses per revolution
• Output stage TTL with regulator UB 9...26 VDC

Baumer HG 22

• Incremental encoder with optical sensing
• Robust and wearless
• Max. 4000 pulses per revolution
• Output stage TTL with regulator UB 9...26 VDC

The HG16 from Baumer is a bearingless incremental encoder

• Operating temperature: -30...+100 °C
• Vibration: 10 g, 10-2000 Hz
• Impact: 100 g, 6 ms
• Weight: approx. 2.4 kg
• Connections: Terminal box or M23 flange connector, 12-pin

The Baumer HG18 is a bearingless incremental encoder

• Operating temperature: -30...+70 °C
• Vibration resistance: IEC 60068-2-6 (10 g, 10-2000 Hz)
• Impact resistance: IEC 60068-2-27 (100 g, 6 ms)
• Weight: approx. 4.2 kg
• Connection: Terminal box or M23 flange connector, 12-pin.

HMC16 is a bearingless incremental encoder

• Protection: IP 68 (encoder), IP 65 (signal processing)
• Material: aluminum alloy sensor head housing, stainless steel wheel (1.4104)
• Operating temperature: encoder -20 to +85 °C, signal processing 0 to +50 °C
• Vibration and shock resistance: vibration 25 g, 10-2000 Hz; shock 300 g, 12 ms12.

• Incremental encoder (optionally programmable)
• HTL/TTL output driver for cable length up to 350 m
• Very high resistance to shock and vibrations
• Two-sided insulated bearing system with hybrid bearings
• Special protection against corrosion CX (C5-M)
• Large terminal box, turn by 180В°
• Support plate for torque arm 360В° freely positionable
• Mounting compatible with HOG10 encoders
• Function display via LEDs

Incremental encoderHOG 10 

• TTL output driver for cable length up to 550 m
• HTL output driver for cable length up to 350 m
• Very high resistance to shock and vibrations
• Hybrid bearing for extended service life
• Large terminal box, turn by 180° or axial terminal cover

HOG 10 + DSL.E

• Programming via included software (RS485 interface)
• Logic level HTL or TTL
• 512…2500 pulses per revolution
• Blind hollow shaft ø16 mm

HOG 10+ DSL.R

• Logic level HTL or TTL
• 512…2500 pulses per revolution
• Blind hollow shaft ø16 mm
• DSL.R: 3 outputs speed controlled (independent transistor outputs)

Baumer HOG 10 + FSL

• TTL output driver for cable length up to 550 m
• Mechanical speed monitoring based on centrifugal force
• Hybrid bearing for extended service life
• Terminal boxes, turn by 180°

Incremental encoders - combination HOG 10 + FSL

• Encoder with integrated centrifugal switch
• TTL output driver for cable length up to 550 m
• Hybrid bearing for extended service life
• Terminal boxes, turn by 180°

art. 11151403

HOG 10 G Incremental encoders - combination

• Twin encoder with two electrically separated systems
• TTL output driver for cable length up to 550 m
• Hybrid bearing for extended service life
• Large terminal boxes, turn by 180°