RS Components, Ltd. 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
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| Product Name | Notes |
|---|---|
| 10 bit resolution (1024 points) in single-turn mode. 10 / 15 bit resolution (1024 / 32768 points) in multi-turn mode. Encoder Technology = Absolute Maximum Revolutions = 6000rpm Output Signal... | |
| 11mm Vertical SW encoder,15 pulse,slot - Sensors & Transducers - Rotary Encoders | |
| 12 bit resolution. Fast parallel interface. Short circuit protection. Aluminium housing and flange. IP65 Shaft, IP65 Housing Pulses Per Revolution = 4096 Encoder Technology = Absolute Maximum Revolutions = 12000rpm... | |
| 12 bit resolution. SSI gray interface. Optical encoder with a true geared multiturn. Operating temperature: -40 to 100°C. Connection: Cable radial 1.5m Encoder Technology = Absolute Maximum Revolutions = 10000rpm... | |
| 13 or 17 bit resolution. SSI Gray + Quadrature 1Vp-p. Optical encoder with a true geared multiturn. Operating temperature: -40 to 120°C. PCB connector 12 pole radial 0,5m cable Pulses... | |
| 13 or 17 bit resolution. SSI Gray + SinCos 1VSS. Optical encoder with a true geared multiturn. Operatiing temperature: -15 to 120°C. PCB connector, 12 pole, with mating connector and... | |
| 2-bit gray code, channel A leads channel B by 90° with clockwise rotation. Plastic bushing and end slotted shaft. Long life, 200000 revolutions. Continuous mechanical rotation. Separate horizontal mounting bracket... | |
| 3315 series 9mm square sealed incremental encoder with a miniature package for design flexibility, a plastic conductive element, plastic shaft and bushing. This 3315 9mm incremental encoder has quadrature output,... | |
| 8-bit gray code, with 128 absolute states. Plastic bushing and end slotted shaft. Sturdy construction. Continuous mechanical rotation. Rotational life 50000 revolutions. Separate horizontal mounting brackets. Refer to data sheet... | |
| 9//10 bit single turn resolution. Parallel/SSI interface. Zero point programmable. Counts up as the shaft rotates clockwise (when looking at flange). Aluminium housing and flange. IP42 shaft, IP64 housing Pulses... | |
| A compact 12-pulse hollow shaft encoder. Alps DRUMCODE™ technology. Typical rating 5Vdc, 0.55mA. Operating life 100,000 cycles. Operating Temperature ｰ30 to +85℃ Pulses Per Revolution = 12 Shaft Style =... | |
| A compact 9.5mm size and round shape, suitable for automotive applications, image and sound devices. Typical rating 5Vdc, 10mA. 15,000 cycles operating life. Operating Temperature: ｰ40 to +85℃. Detent torque... | |
| A compact and long-life encoder. Typical rating 5Vdc, 1mA. 100,000 cycles operating life. Operating Temperature ｰ30 to +85℃ Pulses Per Revolution = 12 Shaft Style = Hollow Shaft Diameter =... | |
| A range of 12mm mechanical encoders available with or without a push switch, ideal for controls for image and sound devices such as audio mixers and electronic instruments. Flat shaft... | |
| Adjustable stop switches with rotation that is continuous or limited by means of two supplied stainless steel stop pins. Supplied with shaft and panel seals. Vibration resistance of 10 to... | |
| AEAT-6010/6012 magnetic rotary encoders from Avago Technologies are economical, high performance modules. Designed to provide precise motor feedback by detecting absolute angular position, these rotary encoders offer a 10-bit or... | |
| AMS22A Series Non-Contacting Analogue Rotary Position Sensor has a Resolution: 1024 positions. 3.3 and 5 VDC voltage supply option. 1 000MΩ Insulation Resistance (500 VDC). Bushing or servo mount. Non-contacting... | |
| Baumer BMSV 58S synchro flange absolute encoders series are robust and reliable even when exposed to heavy shock and vibration loads. Short circuit-proof,2 m cable,Aluminium housing and flange,Magnetic sensing,Resolution: 12... | |
| Bourns ES14 rotary optical encoder is for industrial applications requiring long cycle life and high reliability. This optical encoder features a 1/8 Inch stainless steel shaft supported by ball bearings... | |
| Brought to you by Alps, the EC11 Series rotary encoders are compact and highly reliable. With a robust metal shaft, the EC11 Series of 11mm rotary encoders have an operating... | |
| Brought to you by Alps, this selection of rotary encoders are available as PCB or panel mount with vertical mounting options. These 24 pulse rotary encoders are long life, and... | |
| Cable pull sensor for length or distance measurement in machine and plant construction. Temperature and ageing compensation. Short-circuit proof outputs. Reverse polarity protection at operating voltage input. 1000 pulses/revolution. Output... | |
| Cable pull sensor mini 1 m cable - Sensors & Transducers - Rotary Encoders | |
| Collar mounting. Push-pull or complementary versions available Pulses Per Revolution = 100 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type = Push Pull Shaft Type = Solid... | |
| Collar mounting. Push-pull or complementary versions available Pulses Per Revolution = 100 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type = TTL Shaft Type = Solid Supply... | |
| Collar mounting. Push-pull or complementary versions available Pulses Per Revolution = 1024 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type = Push Pull Shaft Type = Solid... | |
| Collar mounting. Push-pull or complementary versions available Pulses Per Revolution = 1024 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type = TTL Shaft Type = Solid Supply... | |
| Collar mounting. Push-pull or complementary versions available Pulses Per Revolution = 360 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type = Push Pull Shaft Type = Solid... | |
| Collar mounting. Push-pull or complementary versions available Pulses Per Revolution = 360 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type = TTL Shaft Type = Solid Supply... | |
| Collar mounting. Push-pull or complementary versions available Pulses Per Revolution = 500 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type = Push Pull Shaft Type = Solid... | |
| Collar mounting. Push-pull or complementary versions available Pulses Per Revolution = 500 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type = TTL Shaft Type = Solid Supply... | |
| Compact and highly reliable. Typical rating 5Vdc, 10mA. Operating life 100,000 cycles. 500,000 cycles. 1,000,000 cycles. Operating Temperature ｰ40 to +85℃ Pulses Per Revolution = 15 Shaft Style = Flat... | |
| Compact and highly reliable. Typical rating 5Vdc, 10mA. Operating life 100,000 cycles. 500,000 cycles. 1,000,000 cycles. Operating Temperature ｰ40 to +85℃ Pulses Per Revolution = 9 Shaft Style = Flat... | |
| Compact design requires minimal (8 mm) behind panel space. Choice of cable or solder termination Supply Voltage = 5 V dc Overall Height = 24.79mm Overall Width = 12.7mm Overall... | |
| Digital Contacting Encoder 1/4in 19mm - Sensors & Transducers - Rotary Encoders | |
| Digital Contacting Encoder 1/4in 19mm - Sensors & Transducers - Rotary Encoders Delivery on production packaging - Box. This product is non-returnable. | |
| Digital Contacting Encoder 6mm 3/4in - Sensors & Transducers - Rotary Encoders | |
| Digital Contacting Encoder 6mm 3/4in - Sensors & Transducers - Rotary Encoders Delivery on production packaging - Tube. This product is non-returnable. | |
| Economy absolute encoders at about the same price as an Incremental Encoder. Ideal for robot limit signals. High precision detection of automatic machine timing. Plastic body Pulses Per Revolution =... | |
| ECW series incremental digital contacting encoder with quadrature output, a long operating life, robust construction and bushing mount. These ECW incremental digital contacting encoders have various shaft styles, please refer... | |
| EIL580 incremental encoders with blind or through hollow shaft. Precise optical sensing. Axial, radial or tangential connection. High resistance to shock and vibrations. 58 mm diameter. Die-cast aluminium housing. Programmable... | |
| EIL580 incremental encoders with solid shaft, with clamping or synchro flange. Stainless steel solid shaft. Die-cast aluminium housing. Precise optical sensing. Axial, radial or tangential connection. High resistance to shock... | |
| Electronically adjustable, resolution adjustable (stock no. 492-9191 only). High resistance to shock and vibration. High degree of protection to IP67. Operating voltage:10-32Vdc. Operating temperature range: -20 to +85°C Pulses Per... | |
| EM14 series 14 mm rotary optical encoders with a compact package size, splashproof shaft seal, high rotational life cycle and HCMOS, CMOS and TTL compatability. These EM14 series rotary optical... | |
| EN series rotary optical encoders with two channel quadrature output, a square wave signal and a resolution to 256 PPR. These EN series rotary optical encoders are bushing or servo... | |
| Encode, Blind hollow, 15mm shaft, M23 - Sensors & Transducers - Rotary Encoders | |
| ENCODER 5882, 10MM - Sensors & Transducers - Rotary Encoders | |
| Encoder, Blind hollow, 15mm shaft, 1.5m - Sensors & Transducers - Rotary Encoders | |
| Encoder, Face mount, 10mm shaft, 1.5m - Sensors & Transducers - Rotary Encoders | |
| Encoder, Face mount, 10mm shaft, M23 - Sensors & Transducers - Rotary Encoders | |
| Encoder, Servo flange, 6mm shaft, 1.5m - Sensors & Transducers - Rotary Encoders | |
| Encoder, Servo flange, 6mm shaft, M23 - Sensors & Transducers - Rotary Encoders | |
| Encoders for universal installation thanks to presence of 2 mounting faces, in front and rear. Economical, long-life encoders thanks to the use of ball bearing rollers. Low torque ratio. Housing... | |
| Encoders with diameter of 58 mm, for direct mounting at end of motor arm. Reduced housing depth for highly compact mounting. Simplicity and safety of coupling to the shaft thanks... | |
| Grayhill 62C Series Optical Encoders, Concentric Shaft. The 62C series optical encoders offer either 12, 16, 24 or 32 detent positions for each code section. They have an optional integral... | |
| H20 Incremental encoders are a leading design within the optical encoder range at BEI Sensors created to work in a variety of applications from machine and process control to robotics... | |
| H25 incremental optical encoders are a leading design within the optical encoder range at BEI Sensors created to work in a variety of applications from machine and process control to... | |
| Heavy rotation torque and good operational feel. With or without Push-on Switch. Incremental type. Typical rating 5Vdc, 1mA. Operating life 30,000 cycles. Operating Temperature ｰ30 to +85℃ Pulses Per Revolution... | |
| High speed Dierection/Step magnetic encoder. Small size, long life and highly repeatable operation. TTL and CMOS compatable 5 Vdc supply Pulses Per Revolution = 256 Shaft Style = Plain Shaft... | |
| High speed Dierection/Step magnetic encoder. Small size, long life and highly repeatable operation. TTL and CMOS compatable 5 Vdc supply Pulses Per Revolution = 512 Shaft Style = Plain Shaft... | |
| Highly reliable non-contact structure applicable to 31-point LED level indicator mounting. Typical rating 5Vdc ±5%. Operating life 500,000 cycles. Operating Temperature ï½°10 to +70℃ Pulses Per Revolution = 40 Shaft... | |
| HS25 Incremental encoders are a leading design within the optical encoder range at BEI sensors created to work in a variety of applications from motor feedback and vector control to... | |
| INCREMENTAL ENCODER RI32/360 - Sensors & Transducers - Rotary Encoders | |
| Incremental Encoders output a pulse string according to the rotational displacement of an axis. The number of rotations can be detected by counting the number of pulses. Improved reliability with... | |
| Incremental type 15000 operating cycles. Push switch variant (stock No.623-4158). 15 pulse 30 detents. Rated at max. 10mA 5Vdc min. 1mA 5Vdc. Detent Torque 6 +/- 4 mNm Pulses Per... | |
| Insulated shaft type with a wide variety of applications . EC12D series comes with Push-on Switch. Typical rating 5Vdc, 0.5mA. Operating life 15,000 cycles (without Detent). 30,000 cycles (with Detent). | |
| Large 12mm bore available. Spring clamp attached to 12mm version for easy mounting Pulses Per Revolution = 1024 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type =... | |
| Large 12mm bore available. Spring clamp attached to 12mm version for easy mounting Pulses Per Revolution = 360 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type =... | |
| Large 12mm bore available. Spring clamp attached to 12mm version for easy mounting Pulses Per Revolution = 500 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type =... | |
| Linear measurement devices (metric) for linear measurement of running material. Used with 716 single preset counter (stock no. 309-6111) or 717 dual preset (stock no. 309-6155). The transducer does not... | |
| Long Operating Life. Conductive plastic element. Quadrature output Pulses Per Revolution = 16 Encoder Technology = Incremental Maximum Revolutions = 120rpm Output Signal Type = Quadrature Shaft Type = Slotted... | |
| Long Operating Life. Conductive plastic element. Quadrature output Pulses Per Revolution = 6 Encoder Technology = Incremental Maximum Revolutions = 120rpm Output Signal Type = Quadrature Shaft Type = Slotted... | |
| Low profile with high reliability 11mm encoders, suitable for automotive applications, image and sound devices. Incremental type 15000 operating cycles. Push switch variant (stock No.623-4293). 15 pulse 30 detents. Rated... | |
| Magnetic absolute RSA 58B SSI encoders CANopen, Multiturn technology (no battery and no gear). Communication profile according to CiA 301. 32 bit processor. High shaft load up to 220 N... | |
| Magnetic absolute RSA 58E SSI encoders SSI (Synchronous Serial Interface). Single-/multiturn technology (13 bit / 13 bit). Maintenance-free. Environmentally friendly. 32 bit processor. Stainless steel shaft. Operating temperature: -40 °C... | |
| Magnetic encoder range with non-contact system providing zero chatter and high reliabilty, suited for use in audio control and broadcast systems. Rated at 5Vdc +/- 5, max. current 15 mA. | |
| Miniature cable pull sensor with analogue output. For length or distance measurement in machine and plant construction. Tried and proven, manageable solution. Converts linear movements by extending and retracting a... | |
| Miniature incremental encoders for detecting angles, direction of rotation and speed measurements. Resolution up to 1024 pulses. Casing diameter: 24 mm. Radial output on 1 m cable. Spring and shoulder... | |
| Miniature, hollow shaft coder with radial output via 1 metre cable. Push-pull output signal, protected against short circuits. Plastic housing with aluminium flange. Centring shoulder. Compact. Pulses Per Revolution =... | |
| Multiturn rotary encoder in shaft design. With contact-free multiturn level and new intelligent sensing technology (I-S-T). Designed with Integrative Technology®. 4 (programmable) outputs. Resolution up to 8192 (13 Bit) per... | |
| Omron E6C2 series incremental encoders output a pulse string according to the rotational displacement of an axis. The number of rotations can be detected by counting the number of pulses. | |
| Optical incremental RSI 58A encoders. High electrical immunity. Up to 5000 ppr. Full connection protection with 10V dc up to 30V dc. Operating temperature: -20 °C to +80 °C. Stainless... | |
| Optical incremental RSI 58H encoders. Maximum mechanical and electrical safety. Thru-Bore. High protection IP65, with oil seal. Full connection protection with 10V dc to 30V dc. High noise immunity. Up... | |
| Output signal, channel A leads channel B by 60° ±30° with clockwise rotation. 15 pulse - 30 detent. Snap-in PCB and panel mountable. Horizontal and vertical mount options. Long life,... | |
| Professional range of 9360 series non-contact hall effect sensors from BEI sensors have a 360° of rotation and dual outputs. While, providing superior reliability and durability of non-contacting technology this... | |
| Professional range of Kubler incremental encoders from the KIH40 series. The encoders have optical technology that has been designed for high-cost effectiveness. Resolutions of up to 2500 Pulses per revolutions... | |
| Professional range of Kubler incremental encoders from the KIS40 series. The encoders have optical technology that has been designed for high-cost effectiveness. Resolutions of up to 2500 Pulses per revolutions... | |
| Protection class IP65. Operating voltage:10-32Vdc. Operating temperature range: -20 to +85°C. Electrical interface SSI or parallel. Zero adjustment directly on the encoder or via a remote line Pulses Per Revolution... | |
| Range of economic miniature encoders with radial cable connector, 1 m. Additional versions output circuit, sine, TTL and push-pull. Plastic housing with aluminium flange. Centring shoulder. Low-profile mount. Cable output. | |
| Range of economic miniature hollow shaft encoders with M12 output. Excellent resistance to shock and vibration. Push-pull output signal, protection against short-circuits. Aluminium housing and flange. Compact. Pulses Per Revolution... | |
| Range of economical miniature hollow-shaft encoders featuring a tightening clamp. Shaft end or through-mounting. 3-channel output. Through-shaft. Plastic housing with aluminium flange. Low-profile mount. Cable output. Pulses Per Revolution =... | |
| Recording of rpm, position, distance or speed. Sturdy industrial aluminium housing with clamping flange. High protection class according to DIN 40 050: IP65 (shaft), IP67 (cover). Very high axial and... | |
| ROPE ENCODER D5.2102 - Sensors & Transducers - Rotary Encoders | |
| ROPE ENCODER D5.3501 - Sensors & Transducers - Rotary Encoders | |
| Sendix 5000 and 5020 offer high resistance against vibration and installation errors. The rugged housing, high protection level of up to IP67, and a wide temperature range, make this encoder... | |
| Short body length. Servo flange. Universal output circuit 4.5 to 30V supply. Push Pull complimentary, short circuit protection Pulses Per Revolution = 100 Encoder Technology = Incremental Maximum Revolutions =... | |
| Short body length. Servo flange. Universal output circuit 4.5 to 30V supply. Push Pull complimentary, short circuit protection Pulses Per Revolution = 1024 Encoder Technology = Incremental Maximum Revolutions =... | |
| Short body length. Servo flange. Universal output circuit 4.5 to 30V supply. Push Pull complimentary, short circuit protection Pulses Per Revolution = 2048 Encoder Technology = Incremental Maximum Revolutions =... | |
| Short body length. Servo flange. Universal output circuit 4.5 to 30V supply. Push Pull complimentary, short circuit protection Pulses Per Revolution = 360 Encoder Technology = Incremental Maximum Revolutions =... | |
| Short body length. Servo flange. Universal output circuit 4.5 to 30V supply. Push Pull complimentary, short circuit protection Pulses Per Revolution = 5000 Encoder Technology = Incremental Maximum Revolutions =... | |
| Sick AFM60 multiturn PROFINET absolute encoders offer high-precision measurement of absolute position and speed. Comprehensive functions for diagnosing parameters such as temperature or operating time and early error detection increase... | |
| Sick AFS60 singleturn PROFINET absolute encoders offer high-precision measurement of absolute position and speed. Comprehensive functions for diagnosing parameters such as temperature or operating time and early error detection increase... | |
| Singleturn. 13 bit resolution. SSI Gray + SinCos 1VSS. Plastic housing. Operatiing temperature: -15 to 120°C. Connection: pcb connector 12 pole radial 0,5m cable Pulses Per Revolution = 2048 Encoder... | |
| Slip rings are used to transmit power, signals or data from a stationary to a rotating platform. Suitable for many applications such as flowpack and blister packaging machines, robots and... | |
| Snap-in & PCB mountable versions. Knurled or flatted plastic shaft types. Contacts 100 mΩ max rated at 0.5mA 5Vdc. Optional push switch rated at 10mA 5Vdc. Single LED for non... | |
| Snap-in PCB mountable. Knurled or flatted plastic shaft types. Contacts 100 mΩ max rated at 0.5mA 5Vdc. Optional push switch rated at 10mA 5Vdc. Single LED for non switch types... | |
| Standard 58mm diameter. Small mounting depth. Integral couplings, shaft reducers torque pins available Pulses Per Revolution = 100 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type =... | |
| Standard 58mm diameter. Small mounting depth. Integral couplings, shaft reducers torque pins available Pulses Per Revolution = 1024 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type =... | |
| Standard 58mm diameter. Small mounting depth. Integral couplings, shaft reducers torque pins available Pulses Per Revolution = 3600 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type =... | |
| Standard 58mm diameter. Small mounting depth. Integral couplings, shaft reducers torque pins available Pulses Per Revolution = 360 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type =... | |
| Standard 58mm diameter. Small mounting depth. Integral couplings, shaft reducers torque pins available Pulses Per Revolution = 5000 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output Signal Type =... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 1000 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = Push Pull Shaft Type = Hollow Supply Voltage = 5... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 100 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = Push Pull Shaft Type = Hollow Supply Voltage = 5... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 1024 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = Push Pull Shaft Type = Hollow Supply Voltage = 5... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 1024 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = Push Pull Shaft Type = Solid Supply Voltage = 5... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 1024 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = TTL Shaft Type = Hollow Supply Voltage = 5 V... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 360 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = Push Pull Shaft Type = Hollow Supply Voltage = 5... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 360 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = Push Pull Shaft Type = Solid Supply Voltage = 5... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 500 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = Push Pull Shaft Type = Hollow Supply Voltage = 5... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 50 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = Push Pull Shaft Type = Solid Supply Voltage = 5... | |
| Supply voltage 5-30Vdc Pulses Per Revolution = 512 Encoder Technology = Incremental Maximum Revolutions = 6000rpm Output Signal Type = TTL Shaft Type = Hollow Supply Voltage = 5 V... | |
| The 25L series has a life expectancy of 100,000 cycles making them extremely cost effective to similar designs. They have also been manufactured to ISO 9001 standards. All standard switches... | |
| The 510 series are manually operated mechanical encoders. They provide 4-bit gray code for absolute electrical reference applications and 2-bit gray code for relative reference applications. These mechanical rotary encoders... | |
| The 600 series are manually operated optical encoders that output two square waves in quadrature at a rate of 128 pulses per channel per revolution. Channel A leads Channel B... | |
| The 60A series is a multi function joystick but has the added functionality of a built-in optical encoder and push button. As a cursor control device this unit can eliminate... | |
| The 61B series encoders offer either 16, 24 or 32 positions and have a built in pushbutton. They are designed for operational use to move display icons and select the... | |
| The 61C series encoders offer either 16 or 32 positions and have a built in pushbutton. They are designed for operational use to move display icons and select the highlighted... | |
| The 61K series high resolution optical encoders offer either 25, 32, 50, 64, 100, 128 and 256 cycles per revolution positions. They have an extremely rugged construction and options include... | |
| The 61R series high resolution optical encoders offer either 25, 32, 50, 64, 100, 128 and 256 cycles per revolution positions. They have an extremely rugged construction and options include... | |
| The 62A, V, D Series of optical encoders from Grayhill are low cost and economical in size. This range of encoders are suitable for use in applications such as global... | |
| The 62AG series of optical encoders are built for use in a range of applications. These include audio systems, navigation systems, patient monitoring systems,consumer electronics and professional editing equipment. Available... | |
| The 62N series optical encoders offer either 12, 16, 24 or 32 detent positions for each code section. The 62N features a 0.5 inch package with a non-turn pushbutton dedicated... | |
| The 62R series optical encoders offer either 12, 16 or 24 detent positions. The 62R features a 0.5 inch package with redundant circuitry and are ideally suited to critical applications... | |
| The 62S series of optical encoders from Grayhill are compact in size and requires minimal behind panel space. This range of encoders are designed for use in applications such as... | |
| The absolute multiturn encoders 5863FS2 and 5883FS2 of the Sendix SIL family are suited for use in safety-related applications. The Safety-Lockâ„¢ design interlocked bearings, the high integration density of the... | |
| The absolute singleturn encoders 5853FS2 and 5873FS2 of the Sendix SIL family are suited for use in safety-related applications. The Safety-Lockâ„¢ design interlocked bearings, the high integration density of the... | |
| The AEAT-601B is a low-cost rotary quadrature encoder that converts the rotation of a shaft to a series of pulses on 3 digital output channels. A suitable microcontroller can calculate... | |
| The Bourns® AMS22S series Non-contacting Single-turn Hall Effect sensor is designed to meet the specifications for heavy-duty applications which require a long cycle life and high reliability. The Bourns® AMS22S... | |
| The EBR7912EBI-CA-KA incremental sensor module from Sensitec is designed for detecting the rotational position of a shaft utilising the MWR0032KAC-KH matching Ferrite magnet. Initially set up for 4096 pulses per... | |
| The incremental encoders 5814FS2 and 5834FS2 of the Sendix SIL family are suited for use in safety-related applications, specially in the field of safe drive technology. Safety-Lockâ„¢ Design. High rotational... | |
| The magnetic encoder IC range from Avago Technologies consists of contactless 10-bit to 16-bit programmable magnetic rotary encoders. They offer an internal voltage regulator and precise angular measurements throughout a... | |
| The WDG 40 A is a robust, small and cost-effective rotary transducer. It can be used wherever precise recordings of paths, positions or speeds are required. Pulses Per Revolution =... | |
| These quadrature-encoded, panel-mounted rotary selector switches offer an alternative to traditional rotary switches. Optically-coupled encoding provides a non-contact switching function offering high reliability, low noise and long life. Typical applications... | |
| This range of motion control optical encoders, by Avago Technologies, is available in two and three channel output options. These incremental encoders utilize optical technology for motion control. Incremental encoder... | |
| Two channel quadrature output. Bushing or servo mount. Square wave signal. Resolution to 256 PPR. CMOS and TTL compatible. Long life Pulses Per Revolution = 100 Encoder Technology = Optical... | |
| Two channel quadrature output. Bushing or servo mount. Square wave signal. Resolution to 256 PPR. CMOS and TTL compatible. Long life Pulses Per Revolution = 128 Encoder Technology = Optical... | |
| Vertical mount incremental encoders for applications such as digital audio, instrumentation, etc. Pulses Per Revolution = 15 Encoder Technology = Incremental Output Signal Type = Digital Shaft Type = Slotted... | |
| Vertical mount incremental encoders for applications such as digital audio, instrumentation, etc. Pulses Per Revolution = 15 Encoder Technology = Incremental Shaft Type = Slotted Supply Voltage = 5 V... | |
| Very small design for tough conditions. Authorised bearing loads as for large variants. High IP65 protection rating Small electric motors. Driverless transport systems. Storage technology. Handling technology. Installation technology Pulses... | |
| Vishay Sfernice ECS 78 model. Single-turn rotational movement sensors with no mechanical stop, panel mounted. Plastic track technology. Measuring accuracy unaffected by temperature thanks to voltage division mode of operation. | |
| Wide supply voltage range: 5-24Vdc. 5Vdc operation gives RS422 compatible output. Shock proof up to 1000m/s² Pulses Per Revolution = 1024 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output... | |
| Wide supply voltage range: 5-24Vdc. 5Vdc operation gives RS422 compatible output. Shock proof up to 1000m/s² Pulses Per Revolution = 360 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output... | |
| Wide supply voltage range: 5-24Vdc. 5Vdc operation gives RS422 compatible output. Shock proof up to 1000m/s² Pulses Per Revolution = 500 Encoder Technology = Incremental Maximum Revolutions = 12000rpm Output... |
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