Absolute-Encoder CDH75M - EPL + FS
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1 Absolute-Encoder CDH75M - EPL + FS Ref.: K-CDH75-EPL Advantages _ Functional safety _ Position feedback signals _ Redundant scanning system _ SIL3, PLe General Data Nominal voltage - Specific value 24 VDC - Limit values, min/max 13/27 VDC Nominal current, typically - Specific value 165 ma - Condition unloaded Supply - SELV/PELV IEC Device design - Type Multi-Turn - Redundant scanning system yes, double Total resolution <= 28 Bit Number of steps per revolution <= 8192 Number of revolutions <= POWERLINK - Interface - POWERLINK IEC 61158: CPF13 - Physical Layer Fast Ethernet, ISO/IEC Communication profile EPSG DS-301 V Safety Profile Specification EPSG WDP-304 V1.4.0 opensafety - POWERLINK Specification V2.0 Incremental - Interface - Equipment Standard interface Page 1/5
2 Absolute-Encoder CDH75M - EPL + FS Ref.: K-CDH75-EPL General Data continuation - Signal form Square wave - Signal form, alternative SIN / COS - Incremental signals, square K1± K2± - Incremental signals, SIN/COS SIN± COS±, 1 Vss - Impulses, square wave , in steps of Impulses, SIN/COS - Output driver, TTL RS-422, 5 VDC - Output driver, HTL Push-Pull, VDC - Type of parametrization Factory setting Transmission rate - Specific value 100 MBit/s Cycle time - Not safety related 0.5 ms - Safety related 5 ms Parameter/Function, changeable Type of parametrization Programming - Tool >= 400 µs (Bus) Integration time Preset parameter Monitoring window Counting direction Velocity parameter programmable Fieldbus-Device Functional safety - Safety principle Redundance with cross compare - SIL-Standardization DIN EN / DIN EN SIL-Level SIL3 / SIL CL 3 - PL-Standardization DIN EN ISO Performance-Level (PL) PLe / Cat. 4 - Service life 20 Years - PFH 3.96E-10 1/h - PFDav, T = 20 a 3.45E-5 - MTTFd 88 a - DCavg 98 % Maximum Speed, mechanically Shaft load, axial/radial Bearing life time <= /min Own mass >= 3.9E+10 revolutions Bearing life time - Parameter - Speed /min - Operating temperature 50 C Page 2/5
3 Absolute-Encoder CDH75M - EPL + FS Ref.: K-CDH75-EPL General Data continuation Shaft type - Shaft diameter [mm] 12 - Shaft diameter [mm] 14 - Shaft diameter [mm] 20 Angular acceleration Start-up torque, 20 C Mass, typically <= 10E+4 rad/s² 6 Ncm 1 kg Environmental conditions Vibration - Specific value <= 100 m/s² - Sine Hz Shock - Specific value <= 600 m/s² - Half sine 5 ms Immunity to disturbance DIN EN Transient emissions DIN EN Working temperature - Standard Tu = f(n) = C - For n > 100 1/min Tu = f(n) = 60 C (0,01 * n) Storage temperature, dry C Relative humidity Protection class - Standard IP54 98 %, non condensing - Optional extended to IP65 Page 3/5
4 Absolute-Encoder CDH75M - EPL + FS Ref.: K-CDH75-EPL Dimensional drawing Page 4/5
5 Absolute-Encoder CDH75M - EPL + FS Ref.: K-CDH75-EPL Suggested products CDH75M*8192/32768 EPL 20H7NT +FS CDH75M Page 5/5
6 Absolute-Encoder CDV75M - EPL + FS Ref.: K-CDV75-EPL Advantages _ Functional safety _ Position feedback signals _ Redundant scanning system _ SIL3, PLe General Data Nominal voltage - Specific value 24 VDC - Limit values, min/max 13/27 VDC Nominal current, typically - Specific value 165 ma - Condition unloaded Supply - SELV/PELV IEC Device design - Type Multi-Turn - Redundant scanning system yes, double Total resolution <= 28 Bit Number of steps per revolution <= 8192 Number of revolutions <= POWERLINK - Interface - POWERLINK IEC 61158: CPF13 - Physical Layer Fast Ethernet, ISO/IEC Communication profile EPSG DS-301 V Safety Profile Specification EPSG WDP-304 V1.4.0 opensafety - POWERLINK Specification V2.0 Incremental - Interface - Equipment Standard interface Page 1/5
7 Absolute-Encoder CDV75M - EPL + FS Ref.: K-CDV75-EPL General Data continuation - Signal form Square wave - Signal form, alternative SIN / COS - Incremental signals, square K1± K2± - Incremental signals, SIN/COS SIN± COS±, 1 Vss - Impulses, square wave , in steps of Impulses, SIN/COS - Output driver, TTL RS-422, 5 VDC - Output driver, HTL Push-Pull, VDC - Type of parametrization Factory setting Transmission rate - Specific value 100 MBit/s Cycle time - Not safety related 0.5 ms - Safety related 5 ms Parameter/Function, changeable Type of parametrization Programming - Tool >= 400 µs (Bus) Integration time Preset parameter Monitoring window Counting direction Velocity parameter programmable Fieldbus-Device Functional safety - Safety principle Redundance with cross compare - SIL-Standardization DIN EN / DIN EN SIL-Level SIL3 / SIL CL 3 - PL-Standardization DIN EN ISO Performance-Level (PL) PLe / Cat. 4 - Service life 20 Years - PFH 3.96E-10 1/h - PFDav, T = 20 a 3.45E-5 - MTTFd 88 a - DCavg 98 % Maximum Speed, mechanically Shaft load, axial/radial Bearing life time <= /min <= 50 N, <= 90 N >= 3.9E+10 revolutions Bearing life time - Parameter - Speed /min - Operating temperature 60 C Page 2/5
8 Absolute-Encoder CDV75M - EPL + FS Ref.: K-CDV75-EPL General Data continuation - Shaft load, axial/radial <= 50 N, <= 90 N Point of origin, shaft load Shaft type - Shaft diameter [mm] 10 Angular acceleration at the shaft end <= 10E+4 rad/s² Moment of inertia, typically 2.6E-5 kg m² Start-up torque, 20 C Mass, typically 0.6 Ncm 1 kg Environmental conditions Vibration - Specific value <= 100 m/s² - Sine Hz Shock - Specific value <= 600 m/s² - Half sine 5 ms Immunity to disturbance DIN EN Transient emissions DIN EN Working temperature - Standard Tu = f(n) = C - For n > 100 1/min Tu = f(n) = 65 C (0.002 * n) Storage temperature, dry C Relative humidity Protection class - Standard IP54 98 %, non condensing - Optional extended to IP65 Page 3/5
9 Absolute-Encoder CDV75M - EPL + FS Ref.: K-CDV75-EPL Dimensional drawing Page 4/5
10 Absolute-Encoder CDV75M - EPL + FS Ref.: K-CDV75-EPL Suggested products CDV75M*8192/32768 EPL 36ZB10NT +FS CDV75M Page 5/5
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PRODUT TLOGUE 29/21 Encoders Rotary Encoders Incremental/bsolute Linear Encoders Motor Feedback ystems This document provided by Barr-Thorp Electric o., Inc. 8-473-9123 www.barr-thorp.com Incremental Motor
Acceleration sensors With relay output for limit monitoring Analog / CANopen
Features Acceleration sensor / analog / CANopen Up to two relay outputs for limit monitoring 3 axes detection, MEMS based Measuring range ±2 g Connection: connector M12, 12-pin Offshore capability (plastic
ABSOLUTE ROTARY ENCODER SSI
Main Features - Compact and heavy-duty industrial model - Interface: Synchronous -serial (RS 422) - Housing: 58 mm - Shaft: 6 or 10 mm - Hollow shaft 12 mm - Blind hollow shaft 15 mm - Max. 65,56 steps
Multiturn absolute encoder
SYNCHRON SERIELLES INTERFACE Multiturn absolute encoder Model Number Features Industrial standard housing Ø58 mm 30 Bit multiturn Data transfer up to 2 MBaud Optically isolated RS 422 interface Recessed
Cable transducer Analog output / redundant Measuring length absolute up to 5 m
Features Magnetic sensing method Resolution: 12 bit Interface analog 0...10 V / 0.. V /...20 ma Measuring length up to m Removable stickers for water outlet Teach inputs Extremely light thanks to housing
Product Information ECI 1319S EQI 1331S. Absolute Rotary Encoders without Integral Bearing and with DRIVE-CLiQ Interface.
Product Information ECI 1319S EQI 1331S Absolute Rotary Encoders without Integral Bearing and with DRIVE-CLiQ Interface Firmware 15 12/2018 ECI 1319S, EQI 1331S Rotary encoders for absolute position values
Mounting M12 x 1 EN :1993, 100 g/11 ms, 100 shocks EN :1995, 20 g 10 Hz-2 khz, 10 cycles
PRDS1 Magnetic Angle Encoder with Incremental Output Magnetic angle encoder 0-360 in M12 housing Measurement range 0 to 360 Protection class IP67 / IP69 Incremental encoder output Stainless steel housing
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The Heavy Duty incremental encoder type 0H boasts a high degree of ruggedness in a very compact design. Its special construction makes it perfect for all applications in very harsh environments. / RoHS
Magnetic Sensor - Incremental / Absolute WMSA50
singleturn sensor magnetic sensing 2port output (absolute + incremental simultaneously) Interface: SSI (synchron serial interface) BiSS (Bidirectional serial synchron) SPI (serial peripheral interface)
PWB encoders GmbH Am Goldberg 2 D-99817 Eisenach Germany Phone: +49 3691 72580-0 Fax: +49 3691 72580-29 info@pwb-encoders.com www.pwb-encoders.com 1 of 9 Description The ME22 is a reliable low cost optical
ABSOLUTE ROTARY ENCODER SSI
Main Features - Compact and heavy-duty industrial model - Interface: Synchronous-serial (RS 422) - Housing: 58 mm - Shaft: 6 or 10 mm - Hollow shaft 12 mm - Blind hollow shaft 15 mm - Max. 65,56 steps
Motor Encoders. With Motor encoders Series M - Optimal control of motor feedback -
Motor Encoders With Motor encoders Series M - Optimal control of motor feedback - Hengstler supplies the new high-performance motor encoder series M for use with brushless servo motors and stepper motors.
Positioning drives DC motor, brushless Absolute multiturn position detection, Profibus-DP
Features Positioning drive with worm gear bevel geared shaft Profibus-DP Brushless DC motor Absolute multiturn position detection Nominal power output 80 W inputs programmable Separate communication and