| The E58S series sine wave incremental rotary encoders transmit analog sine wave operational amplifier (op-amp) output for speed regulation and position control. C, D output phase signals can be used to calculate absolute position and A, B output phase signals can be multiplied to offer high precision position control comparable to over 10,000 pulses. |
| Tapered shaft |
| Analog sine wave operational amplifier (op-amp) output |
| Power Supply: 5 VDC ±5% |
| The E60H series sine wave incremental rotary encoders transmit analog sine wave operational amplifier (op-amp) output for speed regulation and position control. C, D output phase signals can be used to calculate absolute position and A, B output phase signals can be multiplied to offer high precision position control comparable to over 10,000 pulses. |
| Ø60 mm housing, Ø20 mm hollow shaft |
| Analog sine wave operational amplifier (op-amp) output |
| Power Supply: 5 VDC ±5% |
| The E15S incremental rotary encoders are ultra-compact in size (Ø15 mm) and ultra-lightweight (14 g). The small size and light weight adds flexibility for application in tight or limited spaces. The low moment of inertia of the shaft minimizes the effect on the rotation of applied equipment. The encoders have a resolution of 36 P/R and maximum allowed revolution of 3000 rpm. |
| Ultra-compact (Ø15 mm) and ultra-lightweight (14 g) |
| Easy installation in tight or limited spaces |
| Low moment of inertia |
| The E18S series incremental rotary encoders feature ultra-compact Ø18 mm size housings and ultra-lightweight (12 g) design. The small size and light weight allows easy installation in tight or limited spaces. The low moment of inertia of the shaft minimizes the effect on the rotation of applied equipment. The miniature encoders are ideal for small machinery including ATMs, bill counters, copy machines, and other compact-sized machinery. |
| Ultra-compact (Ø18 mm) housing and ultra-lightweight (12 g) design |
| Easy installation in tight or limited spaces |
| Low shaft moment of inertia |
| The E20HB series blind hollow shaft type incremental rotary encoders feature ultra-compact Ø20 mm size housings and lightweight (35 g) design. The small size and light weight allows easy installation in tight or limited spaces. The low moment of inertia of the shaft minimizes the effect on the rotation of applied equipment. |
| Ultra-compact (Ø20 mm) housing and lightweight (35 g) design |
| Easy installation in tight or limited spaces |
| Low shaft moment of inertia |
| The E20S series shaft type incremental rotary encoders feature ultra-compact Ø20 mm size housings and lightweight (35 g) design. The small size and light weight allows easy installation in tight or limited spaces. The low moment of inertia of the shaft minimizes the effect on the rotation of applied equipment. |
| Ultra-compact (Ø20 mm) housing and lightweight (35 g) design |
| Easy installation in tight or limited spaces |
| Low shaft moment of inertia |
| The E30S series incremental rotary encoders feature compact Ø30 mm size housings for easy installation in tight or limited spaces. The low moment of inertia of the shaft minimizes the effect on the rotation of applied equipment. The encoders are available in various control output options. |
| Compact Ø30 mm housing, Ø4 mm solid shaft |
| Easy installation in tight or limited spaces |
| Low shaft moment of inertia |
| The E40HB series blind hollow shaft type incremental rotary encoders feature Ø40 mm size housings and can be easily installed in tight or limited spaces. The low moment of inertia of the shaft minimizes the effect on the rotation of applied equipment. The encoders are available in various control output options. |
| Easy installation in tight or limited spaces |
| Blind hollow shaft type, Ø40 mm housing incremental rotary encoders |
| Low shaft moment of inertia |
| The E40H series hollow shaft type incremental rotary encoders feature Ø40 mm size housings and can be easily installed in tight or limited spaces. The low moment of inertia of the shaft minimizes the effect on the rotation of applied equipment. The encoders are available in various control output options. |
| Easy installation in tight or limited spaces |
| Hollow shaft type, Ø40 mm housing incremental rotary encoders |
| Low shaft moment of inertia |
| The E40S series shaft type incremental rotary encoders feature Ø40 mm size housings and can be easily installed in tight or limited spaces. The low moment of inertia of the shaft minimizes the effect on the rotation of applied equipment. The encoders are available in various control output options. |
| Easy installation in tight or limited spaces |
| Shaft type, Ø40 mm housing incremental rotary encoders |
| Low shaft moment of inertia |
| The E50S series incremental rotary encoders feature Ø50 mm size housings and provide accurate measurement of angle, position, revolution, speed, acceleration, and distance. The encoders are available in cable type, cable connector type, and axial/radial connector types along with various control output options. |
| Accurate measurement of angle, position, revolution, speed, acceleration, and distance |
| Cable type, cable connector type, axial/radial connector types available |
| Ø50 mm housing, Ø8 mm solid shaft |
| The E58HB series blind hollow shaft type incremental rotary encoders feature Ø58 mm size flanges and provide accurate measurement of angle, position, revolution, speed, acceleration, and distance. The encoders are available in cable type, cable connector type, and axial/radial connector types along with various control output options. |
| Ø58 mm flange incremental rotary encoders |
| Accurate measurement of angle, position, revolution, speed, acceleration, and distance |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| The E58H series hollow shaft type incremental rotary encoders feature Ø58 mm size flanges and provide accurate measurement of angle, position, revolution, speed, acceleration, and distance. The encoders are available in cable type, cable connector type, and axial/radial connector types along with various control output options. |
| Ø58 mm flange incremental rotary encoders |
| Accurate measurement of angle, position, revolution, speed, acceleration, and distance |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| The E58SC series clamping shaft type incremental rotary encoders feature Ø58 mm size flanges and provide accurate measurement of angle, position, revolution, speed, acceleration, and distance. The encoders are available in cable type, cable connector type, and axial/radial connector types along with various control output options. |
| Ø58 mm flange incremental rotary encoders |
| Accurate measurement of angle, position, revolution, speed, acceleration, and distance |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| The E58SS series synchro shaft type incremental rotary encoders feature Ø58 mm size flanges and provide accurate measurement of angle, position, revolution, speed, acceleration, and distance. The encoders are available in cable type, cable connector type, and axial/radial connector types along with various control output options. |
| Ø58 mm flange incremental rotary encoders |
| Accurate measurement of angle, position, revolution, speed, acceleration, and distance |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| The E60H series incremental rotary encoders feature Ø60 mm size housings with Ø20 mm through hollow shafts. The encoders provide accurate measurement of angle, position, revolution, speed, acceleration, and distance and are available with various control output options. |
| Ø60 mm housing, Ø20 mm hollow shaft |
| Easy installation in tight or limited spaces |
| Accurate measurement of angle, position, revolution, speed, acceleration, and distance |
| The E68S series incremental rotary encoders feature Ø68 mm size housings with high-strength Ø15 mm solid shafts. The units can operate with radial load up to 20 kgf and thrust load up to 10 kgf. The series is ideal for operation with main shafts of machine tools. The radial connector type encoders feature IP65 protection rating for safe operation in various environments. |
| Ø68 mm housing, Ø15 mm solid shaft |
| 180 kHz response frequency |
| IP65 protection structure (IEC standard) |
| The E80H series incremental rotary encoders feature Ø80 mm size housings with Ø30 mm or Ø32 mm hollow shaft sizes. The encoders provide accurate measurement of angle, position, revolution, speed, acceleration, and distance and are available with various control output options. |
| Ø80 mm housing, Ø30/Ø32 mm hollow shafts |
| Install directly on motors or rotating shaft. Couplings not required. |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| The E88H series incremental rotary encoders with Ø88 mm size housings and Ø30 mm hollow shaft sizes are optimized for elevator systems. The encoders feature resolution of 1024 pulses per revolution and supports speeds up to 3600 rpm and 150 kHz response frequency. The encoders can be installed directly on rotating shafts of elevator winding machines without couplings. |
| Ø88 mm housing, Ø30 mm hollow shaft |
| Install directly on rotating shafts of elevator winding machines. No couplings required. |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| The E100H series incremental rotary encoders feature Ø100 mm size housings with Ø35 mm hollow shafts. The encoders are sturdy and durable and are ideal of application in elevator systems. Various models are available by resolution and control output options. |
| Ø100 mm housing, Ø35 mm hollow shaft |
| Ideal for application in elevator systems |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| The ENA series side mounting type incremental rotary encoders are designed to conveniently mount directly onto frames. The die-cast external housing provides excellent immunity to impact. Various resolutions are available along with various control output options. |
| Various resolutions and control output options |
| Designed to mount directly onto frames |
| Die-cast external housing provides excellent immunity to impact |
| The ENC series wheel type incremental rotary encoders are ideal for measuring length or speed of continuously moving objects. The output waveform of measured distance is proportional to International Weights and Measures (meters/inches). The encoders can be applied in packaging machinery, rolling machinery, textile machinery, and other industrial machinery. |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| Wheel type encoders ideal for measuring length or speed of continuously moving objects |
| The EP50S series single-turn absolute rotary encoders feature Ø50 mm size housings with Ø8 mm solid shafts. The single-turn absolute rotary encoders are available in various resolutions (up to 1024 divisions). The series is also available in various output codes including BCD, binary, and Gray codes. The encoders are ideal for various industrial applications requiring precise measurement, including machine tools, robotics, textile, and parking facilities. |
| Ø50 mm housing, Ø8 mm solid shaft |
| Various output code options: BCD, binary, Gray code |
| Various resolutions (up to 1024 divisions) |
| The EP50SP series single-turn absolute rotary encoders feature Ø50 mm size plastic housings with Ø6 mm or Ø8 mm solid shafts. The plastic housing allows flexible application in various environments. The encoders are ideal for various industrial applications requiring precise measurement, including machine tools, robotics, textile, and parking facilities. |
| Ø50 mm housing, Ø6/Ø8 mm solid shaft |
| Lightweight plastic housing |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| The EP58HB series single-turn absolute rotary encoders feature Ø58 mm size flanges with Ø8 mm blind hollow shafts. The single-turn absolute rotary encoders are available in various resolutions (up to 1024 divisions). The series is also available in various output codes including BCD, binary, and Gray codes. |
| Ø58 mm flange, Ø8 mm blind hollow shaft |
| Various output code options: BCD, binary, Gray code |
| Various resolutions (up to 1024 divisions) |
| The EP58SC series single-turn absolute rotary encoders feature Ø58 mm size flanges with Ø10 mm clamping shaft designs. The single-turn absolute rotary encoders are available in various resolutions (up to 1024 divisions). The series is also available in various output codes including BCD, binary, and Gray codes. |
| Ø58 mm flange, Ø10 mm clamping type solid shaft |
| Various output code options: BCD, binary, Gray code |
| Various resolutions (up to 1024 divisions) |
| The EP58SS series single-turn absolute rotary encoders feature Ø58 mm size flanges with Ø6 mm synchro shaft designs. The single-turn absolute rotary encoders are available in various resolutions (up to 1024 divisions). The series is also available in various output codes including BCD, binary, and Gray codes. |
| Ø58 mm flange, Ø6 mm synchro type solid shaft |
| Various output code options: BCD, binary, Gray code |
| Various resolutions (up to 1024 divisions) |
| The ENP series shaft type single-turn absolute rotary encoders feature Ø60 mm size housings with Ø10 mm solid shafts. The encoders are available in BCD code output, with various resolutions up to 360 divisions. The encoders are ideal for various industrial applications requiring precise measurement, including machine tools, robotics, textile, and parking facilities. |
| Ø60 mm housing, Ø10 mm solid shaft |
| Output code: BCD code |
| Various resolutions: up to 360 divisions |
| The EPM50S series shaft type multi-turn rotary encoders feature Ø50 mm size housings with Ø8 mm solid shafts, and are available in axial and radial cable types for flexible installation. The encoders offer 23-bit (8,388,608) total resolution, with 10-bit single-turn (1,024 divisions) and 13-bit multi-turn (8,192 revolutions), and offer two output interface options, Parallel and SSI. The series also features various functions for added user convenience. The encoders are ideal for various industrial applications requiring precise measurement, including machine tools, robotics, textile, and parking facilities. |
| Ø50 mm housing, Ø8 mm solid shaft multi-turn absolute rotary encoders |
| 23-bit (8,388,608) total resolution: 10-bit single-turn (1,024 divisions) / 13-bit multi-turn (8,192 revolutions) |
| Zero-point reset with single-turn data reset and multi-turn count reset functions |
| The EWLS50 series wire type linear scale absolute encoders feature a maximum measurement range of 512 mm with resolution of 0.1 mm. The encoders also feature high accuracy of ±1/100 mm and response speed under 500 mm/sec. The series is available in binary or Gray output codes, with various functions including zero-point reset and overflow alarm (OVF). |
| Resolution: 0.1 mm |
| Maximum measurement range: 512 mm |
| Various output code options: BCD, binary, Gray code |
| The MGA50S series magnetic single-turn absolute rotary encoders feature Ø50 mm size housings with Ø8 mm solid shafts. Magnetic encoders provide precision and accuracy even in harsh environments with shock, vibration, dust, or humidity (compared to optical encoders). The encoders are available in various resolutions (up to 1024 divisions) and various output codes, providing accurate, cost-efficient solutions for any demanding application. |
| Longer service life compared to optical encoders |
| High accuracy in harsh environments including shock, vibration, dust, and humidity (compared to optical encoders) |
| Various output code options: BCD, binary, Gray |
| The MGAM50S series magnetic multi-turn absolute rotary encoders feature Ø50 mm size housings with Ø8 mm solid shafts. Magnetic encoders provide precision and accuracy even in harsh environments with shock, vibration, dust, or humidity (compared to optical encoders). The multi-turn type absolute encoders offer 23-bit (8,388,608) total resolution, with 10-bit single-turn (1024 divisions) and 13-bit multi-turn (8192 revolutions), providing accurate, cost-efficient solutions for any demanding application. |
| Longer service life compared to optical encoders |
| High accuracy in harsh environments including shock, vibration, dust, and humidity (compared to optical encoders)/td> |
| Output interface options: Parallel, SSI (Synchronous Serial Interface) |
| The ENH series manual handle type incremental rotary encoders are ideal for manual pulse input applications including NC machinery and milling machines. The terminal connection type encoders can be applied in various machine tools. |
| Terminal connection type |
| Power supply: 5 VDC ±5%, 12-24 VDC ±5% |
| Ideal for manual pulse input applications including NC machinery and milling machines |
| The ENHP series portable manual handle type incremental rotary encoders are ideal for manual pulse input applications including NC machinery and milling machines. The encoders can be easily connected/disconnected with the D-sub connector. |
| Emergency stop switch, enable operation switch |
| 6-position axis selector switch, 4-position rate selector switch |
| Ideal for manual pulse input applications including NC machinery and milling machines |
| The ERB series flexible couplings are high-strength aluminum alloy (AL7075-T6) beam couplings with high elasticity. The couplings have zero backlash, providing accurate transmission of torque between shafts. The surface is treated with alumite for high corrosion resistance. The ERB series is available in clamp type and screw type connection and Ø19 mm and Ø26 mm outer diameter sizes. |
| Alumite treated surface provides high corrosion resistance |
| 2 connection types (clamp type, screw type) |
| High-strength aluminum alloy (AL7075-T6) |
