Baumer

• Converting of SinCos signals into multiplied SinCos signals
• Multiplying factor 1...128
• Offset and amplitude adjustment
• Oversampling with 24 MHz
• Digitally pre-filter
• High signal quality

• Converting of SinCos signals into multiplied SinCos signals
• Additional interpolation of HTL or TTL signals (multiplying or dividing)
• Oversampling with 24 MHz
• Digitally pre-filter
• Very high output frequency possible

Fiber-optic receiver for interference-free transmission of square-wave signals

• For high interference locations
• Each channel is coupled onto fiber-optic easy-to-fit plug
• Reconversion of optical to electrical signals in the receiver control cabinet
• 3 different plug versions available
• Delay time over a 100 m length of fiber-optic is 1 Вµs
• Except of POF all fiber optic cable usable, e. g. PCF 200 Ојm, silica fiber 50 and 62.5 Ојm

• For high interference locations
• Converting standard square-wave signals into fiber-optic signals
• Each channel is coupled onto fiber-optic easy-to-fit plug
• 3 different plug versions available
• Delay time over a 100 m length of fiber-optic is 1 Вµs
• Except of POF all fiber optic cable usable, e. g. PCF 200 Ојm, silica fiber 50 and 62.5 Ојm

Voltage supply	9...30 VDC 5 VDC ±5 % 9...26 VDC
Consumption w/o load	≤100 mA
Sensing method	Optical
Operating temperature	-30...+100 °C

Voltage supply	9...26 VDC 5 VDC ±5 %
Consumption w/o load	≤100 mA
Sensing method	Optical
Operating temperature	-30...+70 °C

Voltage supply	9...26 VDC 5 VDC ±5 %
Consumption w/o load	≤100 mA
Sensing method	Optical
Operating temperature	-30...+70 °C

Voltage supply	9...30 VDC
Consumption w/o load	≤100 mA (per interface SSI) ≤250 mA (per interface bus)
Initializing time	≤200 ms after power on
Operating temperature	-20...+85 °C

Voltage supply	9...30 VDC
Consumption w/o load	≤100 mA (per interface SSI) ≤250 mA (per interface bus)
Initializing time	≤200 ms after power on
Operating temperature	-20...+85 °C

Blind hollow shaft or cone shaft (1:10)

• Interface DeviceNet
• Magnetic sensing method
• Resolution: singleturn 13 bit, multiturn 16 bit
• Function display via LEDs
• Multiturn sensing with Energy Harvesting technology "MicroGen", without gear or battery
• Two-sided bearing system with hybrid bearings
• Special protection against corrosion CX (C5-M)

Blind hollow shaft or cone shaft (1:10)

• Interface EtherCAT
• Magnetic sensing method
• Resolution: singleturn 13 bit, multiturn 16 bit
• Function display via LEDs
• Multiturn sensing with Energy Harvesting technology "MicroGen", without gear or battery
• Two-sided bearing system with hybrid bearings
• Special protection against corrosion CX (C5-M)

• 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

• Magnetic sensing method
• Function display via LEDs
• Multiturn sensing with Energy Harvesting technology "MicroGen", without gear or battery
• Two-sided bearing system with hybrid bearings
• Special protection against corrosion CX (C5-M)

• Interface CANopenВ®
• Magnetic sensing method
• Resolution: singleturn 13 bit, multiturn 16 bit
• Function display via LEDs
• Multiturn sensing with Energy Harvesting technology "MicroGen", without gear or battery
• Two-sided bearing system with hybrid bearings
• Special protection against corrosion CX (C5-M)

• Magnetic sensing method
• Function display via LEDs
• Multiturn sensing with Energy Harvesting technology "MicroGen", without gear or battery
• Two-sided bearing system with hybrid bearings
• Special protection against corrosion CX (C5-M)

Incremental encoderHOG 10 with9...30 VDC,40...60 %,340 gcm²

Voltage supply	9...30 VDC
Consumption w/o load	≤200 mA
Pulses per revolution	512...2500
Operating temperature	-30...+85 °C

Voltage supply	15...30 VDC
Consumption w/o load	≤200 mA
Pulses per revolution	512...2500
Operating temperature	-30...+85 °C

Shaft insulation	2.8 kV
Transmission length	≤350 m at 100 kHz (HTL-P) ≤550 m at 100 kHz (TTL)
Interference immunity	EN 61000-6-2
Operating temperature	-40...+100 °C -25...+100 °C (>3072 pulses per revolution) -50...+100 °C (optional)

Incremental encoders - combination HOG 10 + FSL

Voltage supply	9...30 VDC 5 VDC ±5 %
Consumption w/o load	≤100 mA
Pulses per revolution	300...5000
Operating temperature	-40...+100 °C -25...+100 °C (>3072 pulses per revolution)

Voltage supply	9...30 VDC 5 VDC ±5 % 9...26 VDC
Consumption w/o load	≤100 mA
Pulses per revolution	1024...10000
Operating temperature	-30...+85 °C

Voltage supply	9...30 VDC 5 VDC ±5 %
Consumption w/o load	≤100 mA
Pulses per revolution	300...5000
Operating temperature	-40...+100 °C -25...+100 °C (>3072 pulses per revolution) -50...+100 °C (optional)

Voltage supply	9...30 VDC; 5 VDC ±5 %
Consumption w/o load	≤100 mA
Pulses per revolution	300...5000
Operating temperature	-20...+85 °C

Voltage supply	9...30 VDC 5 VDC ±5 %
Consumption w/o load	≤100 mA
Pulses per revolution	300...5000
Operating temperature	-40...+100 °C -25...+100 °C (>3072 pulses per revolution)

Voltage supply	9...26 VDC 5 VDC ±5 %
Consumption w/o load	≤100 mA
Pulses per revolution	1024...5000
Operating temperature	-30...+85 °C

Voltage supply	9...30 VDC 5 VDC ±5 % 9...26 VDC
Consumption w/o load	≤100 mA
Pulses per revolution	250...2500
Operating temperature	-40...+100 °C

Voltage supply	9...30 VDC
Consumption w/o load	≤200 mA
Sensing method	Optical
Operating temperature	-20...+85 °C

Voltage supply	15...30 VDC
Consumption w/o load	≤200 mA
Sensing method	Optical
Operating temperature	-20...+85 °C

Voltage supply	9...30 VDC 5 VDC ±5 % 9...26 VDC
Consumption w/o load	≤100 mA
Pulses per revolution	250...2500
Operating temperature	-40...+85 °C