Find the suitable Encoder

Incremental Encoder

Method Case diameter Shaft diameter Resolution
Optical incremental ø 18 mm ø 2.5 mm 100, 160, 200, 300, 360, 400, 500, 800, 1000, 1024, 1600
Protection class Flange diameter Channels Temperature range
IP 50 ø 18 mm 3, 6 -10 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 24 mm ø 4 mm 100, 300, 360, 500
Protection class Flange diameter Channels Temperature range
IP 50 ø 24 mm 3 -10 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 26 mm ø 4 mm 1 - 2500
Protection class Flange diameter Channels Temperature range
IP 54 ø 26 mm 3, 6 0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 28 mm ø 5 mm 36, 50, 60, 100, 150, 200, 250, 300, 360, 400, 500, 512, 600, 800, 1000, 1024, 1500
Protection class Flange diameter Channels Temperature range
IP 50 ø 28 mm 3, 6 -10 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 35 mm ø 6 mm 1 - 512
Protection class Flange diameter Channels Temperature range
IP 54, IP 65 ø 35 mm 2, 4 0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 35 mm ø 4 mm 1 - 3600
Protection class Flange diameter Channels Temperature range
IP 65 ø 36 mm 3, 6 0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 38 mm ø 6 mm 20, 30, 32, 40, 50, 60, 100, 125, 200, 256, 300, 360, 400, 500, 512, 600, 800, 900, 1000, 1024, 1200, 1500, 1800, 2000, 2048, 2500, 3600
Protection class Flange diameter Channels Temperature range
IP 50 ø 38 mm 3, 6 -10 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 38 mm ø 6 mm 20, 30, 32, 40, 50, 60, 100, 125, 200, 256, 300, 360, 400, 500, 512, 600, 800, 900, 1000, 1024, 1200, 1500, 1800, 2000, 2048, 2500, 3600
Protection class Flange diameter Channels Temperature range
IP 50 ø 38 mm 3, 6 -10 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 38 mm ø 6 mm 30, 100, 200, 250, 256, 300, 360, 400, 500, 512, 600, 646, 800, 900, 1000, 1024, 1200, 1500, 1800, 2000, 2048, 2500
Protection class Flange diameter Channels Temperature range
IP 50 ø 38 mm 3, 6 -10 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 6 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 6 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 63 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 90 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 7 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 107 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 90 mm ø 10 mm up to 900.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 110 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 7 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 115 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 100 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm 3, 6 -40 .. +200°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 100 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm 3, 6 -40 .. +125°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 26 mm ø 6 mm 1 - 2500
Protection class Flange diameter Channels Temperature range
IP 54 ø 26 mm 3, 6 0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 38 mm ø 5 mm 20, 30, 32, 40, 50, 60, 100, 125, 200, 256, 300, 360, 400, 500, 512, 600, 800, 900, 1000, 1024, 1200, 1500, 1800, 2000, 2048, 2500, 3600
Protection class Flange diameter Channels Temperature range
IP 50 ø 38 mm 3, 6 -10 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 12 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 67 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 12 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 67 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 75 mm ø 15 mm up to 900.000
Protection class Flange diameter Channels Temperature range
IP 54, IP 65 ø 75 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 76 mm ø 27 mm up to 900.000
Protection class Flange diameter Channels Temperature range
IP 00, IP 54, IP 65 ø 76 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 90 mm ø 27 mm up to 900.000
Protection class Flange diameter Channels Temperature range
IP 00, IP 64 ø 110 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 120 mm ø 55 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 52 ø 120 mm 3, 6 -20 .. +110°C optional

High Resolution Encoder

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 6 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 6 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 63 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 90 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 7 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 107 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 90 mm ø 10 mm up to 900.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 110 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 7 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 68 ø 115 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 100 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm 3, 6 -40 .. +200°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 100 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm 3, 6 -40 .. +125°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 12 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 67 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 58 mm ø 12 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 65, IP 67 ø 58 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 75 mm ø 15 mm up to 900.000
Protection class Flange diameter Channels Temperature range
IP 54, IP 65 ø 75 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 76 mm ø 27 mm up to 900.000
Protection class Flange diameter Channels Temperature range
IP 00, IP 54, IP 65 ø 76 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 90 mm ø 27 mm up to 900.000
Protection class Flange diameter Channels Temperature range
IP 00, IP 64 ø 110 mm 3, 6 -42 .. +110°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 120 mm ø 55 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 52 ø 120 mm 3, 6 -20 .. +110°C optional

Robust Encoder

Method Case diameter Shaft diameter Resolution
Optical incremental ø 100 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm 3, 6 -40 .. +200°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 100 mm ø 10 mm up to 500.000
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm 3, 6 -40 .. +125°C optional

Method Case diameter Shaft diameter Resolution
Optical incremental ø 100 mm - up to 500.000
Protection class Flange diameter Channels Temperature range
IP 67, IP 40 - 3, 6 0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 100 mm ø 10 mm 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm -40 ... +125°C optional

Method Case diameter Shaft diameter Resolution
Optical absolute ø 100 mm ø 10 mm 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm -40 ... +125°C optional

Method Case diameter Shaft diameter Resolution
Optical absolute ø 100 mm -
Protection class Flange diameter Channels Temperature range
IP 67, IP 40 - 0 ... +85°C

Linear Motion Transducer

Method Case diameter Shaft diameter Resolution
Optical incremental ø 44 mm -
Protection class Flange diameter Channels Temperature range
IP 65 - 3, 6 -10 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental - -
Protection class Flange diameter Channels Temperature range
IP 65, IP 40 - 3, 6 0 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental - -
Protection class Flange diameter Channels Temperature range
IP 65, IP 40 - 3, 6 0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical incremental - -
Protection class Flange diameter Channels Temperature range
IP 65, IP 40 - 3, 6 0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 100 mm - up to 500.000
Protection class Flange diameter Channels Temperature range
IP 67, IP 40 - 3, 6 0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical absolute - -
Protection class Flange diameter Channels Temperature range
IP 65, IP 40 - 0 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical absolute - -
Protection class Flange diameter Channels Temperature range
IP 65, IP 40 - 0 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical absolute - -
Protection class Flange diameter Channels Temperature range
IP 65, IP 40 - 0 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 100 mm -
Protection class Flange diameter Channels Temperature range
IP 67, IP 40 - 0 ... +85°C

Manual Encoder

Method Case diameter Shaft diameter Resolution
Optical incremental ø 38 mm - 20, 30, 32, 40, 50, 60, 100, 125, 200, 256, 300, 360, 400, 500, 512, 600, 800, 900, 1000, 1024, 1200, 1500, 1800, 2000, 2048, 2500, 3600
Protection class Flange diameter Channels Temperature range
IP 50 ø 60 mm 3, 6 -10 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 62 mm - 1 - 6000, 7000, 7200, 7500, 8000, 8192, 9000, 9144, 10000
Protection class Flange diameter Channels Temperature range
IP 65, IP 50 ø 62 mm 2, 4 -0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 57 mm - 1 - 6000, 7000, 7200, 7500, 8000, 8192, 9000, 9144, 10000
Protection class Flange diameter Channels Temperature range
IP 65 ø 65 mm 3, 6 -0 ... +80°C

Method Case diameter Shaft diameter Resolution
ø 57 mm - 1 - 6000, 7000, 7200, 7500, 8000, 8192, 9000, 9144, 10000
Protection class Flange diameter Channels Temperature range
IP 65 ø 65 mm 3, 6 -0 ... +80°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 60 mm - 25, 100
Protection class Flange diameter Channels Temperature range
ø 60 mm 2, 4 -10° ... 60°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 80 mm - 25, 100
Protection class Flange diameter Channels Temperature range
ø 80 mm 2, 4 -10 ... +60°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 60 mm - 25, 100
Protection class Flange diameter Channels Temperature range
ø 60 mm 2, 4 -10 ... +60°C

Method Case diameter Shaft diameter Resolution
Optical incremental ø 60 mm - 100
Protection class Flange diameter Channels Temperature range
ø 80 mm 2, 4 -10 ... +60°C

Method Case diameter Shaft diameter Resolution
Optical incremental - -
Protection class Flange diameter Channels Temperature range
IP 65 - 2, 4 -10 ... +60°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm - 8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 - -0 ... +60°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm - 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 - -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm - 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 - -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm - 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 - -30 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm - 4096 = 12 bit
8192 = 13 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 - -0 ... +60°C

Absolute Encoder

Method Case diameter Shaft diameter Resolution
Magnetic absolute ø 36 mm ø 6 mm 8192 = 13 bit
4096 = 12 bit
Protection class Flange diameter Channels Temperature range
IP 54 ø 36 mm -30 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 4096 = 12 bits
8192 = 13 bits
65536 = 16 bits
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 58 mm -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 65536 = 16 Bits, 8192 = 13 Bits, 4096 = 12 Bits
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 58 mm

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 1024 = 10 bit
4096 = 12 bit
8192 = 13 bit
Protection class Flange diameter Channels Temperature range
IP 65 ø 58 mm -30 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 65536 = 16 Bit, 8192 = 13 Bit, 4096 = 12 Bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 65 mm -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 58 mm -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 4096 Schritte/360° = 12 bit
8192 Schritte/360° = 13 bit
65536 Schritte/360° = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 58 mm -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 4096 Schritte/360° = 12 bit
8192 Schritte/360° = 13 bit
65536 Schritte/360° = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 58 mm -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 58 mm -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 58 mm -0 ... +60°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 10 mm 4096 Schritte/360° = 12 Bits, 8192 Schritte/360° = 13 Bits
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 58 mm -0 ... +60°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 100 mm ø 10 mm 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm -40 ... +125°C optional

Method Case diameter Shaft diameter Resolution
Optical absolute ø 100 mm ø 10 mm 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 67 ø 100 mm -40 ... +125°C optional

Method Case diameter Shaft diameter Resolution
Magnetic absolute ø 36 mm ø 6 mm 8192 = 13 bit
4096 = 12 bit
Protection class Flange diameter Channels Temperature range
IP 54 - -30 ... +70°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 15 mm 65536 = 16 bit
8192 = 13 bit
4096 = 12 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 - -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 15 mm 65536 = 16 bit
8192 = 13 bit
4096 = 12 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 - -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 15 mm 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 - -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 15 mm 4096 = 12 bit
8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 ø 58 mm -40 ... +85°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 15 mm 8192 = 13 bit
65536 = 16 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 66 - -0 ... +60°C

Method Case diameter Shaft diameter Resolution
Optical absolute ø 58 mm ø 15 mm 4096 = 12 bit
8192 = 13 bit
Protection class Flange diameter Channels Temperature range
IP 65, IP 65 - -0 ... +60°C

Display Modules

Multifunctional display module for the simultaneous connection of two incremental and / or absolute encoders. Red glowing 8- digit, 7- segment LED display with 14 mm high digits. 2 SSI interface for absolute encoders and signal inputs for 2 incremental encoders with 3 or 6 channels. The scale factor, the decimal point and the zero point are fully programmable. 8 programmable control inputs and 16 programmable outputs. 1 programmable analog output with 16 -bit resolution can be operated as a voltage output -10 .. +10 V or current output -20 .. +20 mA. All inputs and outputs are led out via optocouplers. RS232, RS422/RS485 interfaces and CANBUS for connecting a display module to a PC or to interconnect up to 32 display modules on a bus. The supply voltage is 10..30 VDC. The housing is provided for panel mounting and electrical connection is made available via a rear pluggable terminal strip.


Multifunctional display module for the connection of an incremental or absolute encoder. Red glowing 8- digit, 7- segment LED display with 14 mm high digits. SSI interface for absolute encoders and a signal inputs for incremental encoder with 3 or 6 channels. The scale factor, the decimal point and the zero point are fully programmable. 6 programmable control inputs and 9 programmable switching outputs. 1 programmable analog output with 16 -bit resolution can be operated as a voltage output -10 .. +10 V or current output -20 .. +20 mA. A parallel input for data entry in Gray, binary or BCD code and a parallel output for data output in Gray code, binary or BCD code. All inputs and outputs are led out via optocouplers.
RS232, RS422/RS485 interfaces and CANBUS for connecting a display module to a PC or to interconnect up to 32 display modules on a bus. The supply voltage is 10..30 VDC. The housing is provided for panel mounting and electrical connection is made available via a rear pluggable terminal strip.


Display module for connecting an absolute encoder with SSI interface. Red glowing 8- digit, 7- segment LED display with 14 mm high digits. The scale factor, the decimal point and the zero point are fully programmable. A programmable control input and a control input to store the display value. Four switching outputs that can be programmed as a threshold switch, cam switch or pulse switch. The switching thresholds and hysteresis are adjustable. An analog voltage output -10 .. +10 V and an analog current output -20 .. +20 mA. The resolution of the D / A converter is 14 bits. Over a 24-bit parallel input setpoints can be entered for the switch outputs in Gray, binary or BCD code. Over a 24-bit parallel output of the display value in gray, binary or BCD code can be output. All inputs and outputs are led out via optocouplers. An RS485 interface allows reading the position data and the status of all inputs and outputs. In addition, all parameters can be set. The supply voltage is 10..30 VDC. The housing is provided for panel mounting and electrical connection is made available via a rear pluggable terminal strip.

 


Display module for connecting an incremental encoder. Red glowing 8-digit, 7-segment LED display with 14 mm high digits. Encoders can be connected with 3 or 6 channels with push-pull outputs or RS422 Line Driver. The scale factor, the decimal point and the zero point are fully programmable. A programmable control input and a control input to store the display value. Two switching outputs that can be programmed as a threshold switch, cam switch or pulse switch. The switching thresholds and hysteresis are adjustable. The inputs and outputs are led out via optocouplers. The supply voltage is 10 .. 30 VDC. The housing is provided for panel mounting and electrical connection is made available via a ru¨ckseitige pluggable terminal strip.


Accessories

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