- Trained on our vast library of engineering resources.

Leine & Linde AB Datasheets for Rotary Encoders

Rotary encoders convert the angular position of a shaft or axle to an analog or digital code. There are two types of rotary encoders, absolute and incremental encoders, which can be controlled by various technologies which include mechanical, optical, magnetic and fiber optic.
Rotary Encoders: Learn more

Product Name Notes
Absolute analogue encoders 0...20 mA or 4...20 mA output Free choice of active angle 10° up to 360° ZeroSet function DIRECTION function
Absolute singleturn encoders 10 bit Binary or Gray-code possible with Excess-code Hold-function Change of counting direction via input signal Parallel output 9...30 Vdc / 5 Vdc
Heavy Duty incremental encoder Extremely robust housing for harsh environments 6 or 3 short-circuit protected outputs 1, 1, 2, 2, 0, 0 / 1, 2, 0 IP 66, encapsulation class...
Heavy Duty incremental encoder Extremely robust housing for harsh environments 6 short-circuit protected outputs 1, 1, 2, 2, 0, 0 IP 66, encapsulation class 5 Vdc or 9...30 Vdc Available...
Heavy Duty incremental encoder High vibration and shock resistance according to IEC 68-2-6 and IEC 68-2-27 Electrically insulated up to 2.5kV IP 66, encapsulation class according to IEC 60529 3...
Heavy Duty incremental encoder Replaces 860900220 Extremely robust housing for harsh environments 6 short-circuit protected outputs 1, 1, 2, 2, 0, 0 IP 66, encapsulation class Electrically insulated hollow-shaft 9...30...
Incremental double Heavy Duty hollow shaft encoder Extremely robust housing for harsh environments Shock and vibration protected IP 66, encapsulation class Two galvanically separated encoders in one housing Short-circuit protected...
Incremental encoder with flameproof enclosure II 2 GD Ex d IIC T5/T6 Ex tD A21 IP65 Txx°C Ex d IIC Tx Ex tD A21 IP65 Txx°C High vibration and shock...
Robust incremental encoder with commutation outputs 12 or 16 mm hollow shaft with extra sturdy bearings Shock and vibration protected IP 66, encapsulation class Short-circuit protected outputs
Short description: >> 13 bit CANopen output >> IP 67 at housing, IP 66 at shaft inlet >> 9...36 Vdc >> Robust housing for harsh environment >> Shock and vibration...
Short description: >> 13 bit BiLL output >> IP 67 at housing, IP 66 at shaft inlet >> 9...36 Vdc >> Robust housing for harsh environment >> Shock and vibration...
Short description: >> 13 bit CANopen output >> IP 67 at housing, IP 66 at shaft inlet >> 9...36 Vdc >> Robust housing for harsh environment >> Shock and vibration...
Short description: >> 13 bit Parallel output >> Binary or Gray coded >> 5 Vdc or 9...36 Vdc >> IP 67 at housing, IP 66 at shaft inlet >> Robust...
Short description: >> 13 bit SSI output >> Binary or Gray coded >> 5 Vdc or 9...36 Vdc >> IP 67 at housing, IP 66 at shaft inlet >> Robust...
Short description: >> 13 or 25 bit resolution >> IP 67 at housing, IP 64 at shaft inlet >> Robust enclosure for harsh environments >> Shock and vibration protected
Short description: >> 13 or 25 bit resolution >> IP 67 at housing, IP 66 at shaft inlet >> Robust enclosure for harsh environments >> Shock and vibration protected
Short description: >> 2 short-circuit protected outputs >> IP 67 at housing, IP 66 at shaft inlet >> 9...36 Vdc >> Robust housing for harsh environment >> Shock and vibration...
Short description: >> 3 short-circuit protected outputs >> IP 67 at housing >> 5 Vdc or 9...36 Vdc >> Shock and vibration protected >> Status output for warning indication
Short description: >> 6 short-circuit protected outputs >> IP 67 at housing, IP 66 at shaft inlet >> 5 Vdc or 9...30 Vdc >> Robust housing for harsh environment >>
Short description: >> 6 short-circuit protected outputs >> IP 67 at housing >> 5 Vdc or 9...36 Vdc >> Shock and vibration protected >> Status output for warning indication
Short description: >> CANopen output - DS 301 v4.02 >> IP 67 at housing, IP 66 at shaft inlet >> Support encoder profile DSP 406 v3.1 >> Robust enclosure for...
Short description: >> DeviceNet profile rev.2 >> IP 67 at housing, IP 64 at shaft inlet >> Robust enclosure for harsh environments >> Shock and vibration protected
Short description: >> DeviceNet profile rev.2 >> IP 67 at housing, IP 66 at shaft inlet >> Robust enclosure for harsh environments >> Shock and vibration protected >> Stainless steel...
Short description: >> Electrical interfaces: Current Limited Source PTC Protected Source >> IP 67 at housing, IP 66 at shaft inlet >> 9...30 Vdc >> Robust housing for harsh environment...
Short description: >> Extreme resistance to mechanical loads, vibrations and shock >> Exceptional durability in tough environments of high temperatures and dust >> Available with SSI/EnDat output and with gateways...
Short description: >> Extreme resistance to mechanical loads, vibrations and shock >> Exceptional durability in tough environments of high temperatures and dust >> Modular mechanics with flexible mounting of terminal...
Short description: >> Extreme resistance to mechanical loads, vibrations and shock >> High encapsulation level, IP 67, for use in harsh environments >> Electrical interfaces: HC-HTL, HTL, RS-422 and TTL...
Short description: >> Profibus output - DPV0 - DPV2 >> IP 67 at housing, IP 64 at shaft inlet >> Support encoder profile 3.062 and 3.162 >> Robust enclosure for...
Short description: >> Profibus output - DPV0 - DPV2 >> IP 67 at housing, IP 66 at shaft inlet >> Support encoder profile 3.062 and 3.162 >> Robust enclosure for...
Short description: >> PROFINET output >> IP 67 at housing, IP 66 at shaft inlet >> Support encoder profile 3.162 >> Robust enclosure for harsh environments >> Shock and vibration...