Absolute encoders - analog Blind hollow shaft ø12 mm Magnetic single- or multiturn encoders 12 bit ST / 16 bit MT
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1 Blind hollow shaft ø mm Magnetic single- or multiturn encoders bit ST / bit MT BMSH 8, BMMH 8 analog - MAGRES Features Encoder single- or multiturn / analog Magnetic sensing Resolution: singleturn bit, multiturn bit High resistance to shock and vibrations Teach inputs Redundant version BMMH 8 analog with blind hollow shaft Technical data - electrical ratings Voltage supply Reverse polarity protection Yes Short-circuit proof VDC Yes Consumption w/o load typ. ma ( VDC) Initializing time Response time 00 ms after power on < ms Interface analog V / 0... V /...0 ma Resolution: bit Steps per turn 09 / bit Linearity ±0.0 % of measuring range (0 revolutions) ±0.7 % of measuring range ( revolutions) ±0. % of measuring range (0 ) ±0. % of measuring range (90 ) Absolute accuracy ± Sensing method Magnetic Repeatability 0. (Sensorsystem) Code sequence CW: ascending values with clockwise sense of rotation; looking at flange Interference immunity DIN EN Emitted interference DIN EN Programmable parameters Diagnostic functions BMMH 8 Function Number of turns Factory setting Measuring range teachable, min. 0 Self-diagnosis Reading back voltage output Multiturn / bit 0 revolutions Technical data - electrical ratings BMSH 8 Function Factory setting Singleturn revolution Technical data - mechanical design Size (flange) ø8 mm Shaft type ø mm (blind hollow shaft) Protection DIN EN 09 IP, IP Operating speed 000 rpm Operating torque typ Nm Materials Housing: aluminium Flange: aluminium Operating temperature C Relative humidity 9 % Resistance DIN EN Vibration 0 g, Hz DIN EN Shock 00 g, ms Weight approx. 00 g M, -pin M, 8-pin Cable m /0/0
2 Blind hollow shaft ø mm Magnetic single- or multiturn encoders bit ST / bit MT BMSH 8, BMMH 8 analog - MAGRES Part number Multiturn BMMH 8SN / Singleturn BMSH 8SN /00 Cable m, radial M x connector M, pin, radial (redundant N M, -pin, radial (not redundant Q M, 8-pin, radial Blind hollow shaft B ø mm, IP, with P ø mm, IP, with Resolution / / bit single-/multiturn Cable m, radial M x connector M, pin, radial (redundant N M, -pin, radial (not redundant Q M, 8-pin, radial Blind hollow shaft B ø mm, IP, with P ø mm, IP, with Resolution /00 bit singleturn Accessories U V 0... V V...0 ma W...0 ma and V (not redundant) V redundant Y V redundant Z...0 ma redundant s and cables 098 Female connector M, -pin, straight 0 Female connector M, -pin, straight, shielded, m 08 Cable with male/female M, -pin, angled, A-coded, m 099 Cable with male/female M, -pin, shielded, straight, A-coded, m Mounting accessories 0 Set of spring coupling for encoders ø8 mm 00 Clamp set ø mm 0070 Torque pin 0090 Torque spring washer U V 0... V V...0 ma W...0 ma and V (not redundant) V redundant Y V redundant Z...0 ma redundant /0/0
3 Blind hollow shaft ø mm Magnetic single- or multiturn encoders bit ST / bit MT BMSH 8, BMMH 8 analog - MAGRES Terminal significance +Vs Encoder supply voltage. (Redundant configuration provides decoupled dual voltage supply (+Vs/+Vs) separated by diodes. 0 V Encoder ground connection relating to +Vs. Iout Current output. Load: <00 Ω Uout Voltage output. Current output: max. 0 ma Load resistor: > kω between Uout / 0 V Set Teach input. Resting state: Low Level High: >0.7 x +Vs Level Low: >0. x +Vs Pull-Down resistor: 0 kω DV/Status Diagnostic output/teach output. R L - Vs: High: >(+Vs -.0 V) Low: <.0 V R L - GND: High: >(+Vs -.0 V) Low: <.0 V I Lmax = 0 ma Upon any short-time disturbance, DV will go on LOW for second. Drain Housing. Teach process The teaching functionality will be disabled minutes after encoder power. Time begins to start anew after each teaching operation.. Set input on HIGH for seconds. DV/ status output reflects the reverted input and will start oscillating after seconds. Now set input on LOW.. Get encoder in position intended for voltage output / current.. Set input on HIGH for second. DV/ status output will switch to LOW for seconds and then start oscillating.. Get encoder in position intended for voltage output / current.. Set input on HIGH for one second. DV/Status output will switch to HIGH for seconds and then shortly oscillate to signal that the teaching operation has been completed. In the event of one out of both taught limits being beyond the sensing range or too close to each other, the DV/status output will oscillate shortly. There is no teaching of sensing range. The operation must be repeated under consideration of minimum teaching limit and sensing range. Set / restore default Set input on HIGH for seconds. (After seconds, the DV/status output will start oscillating while restoring default in second ). Note: Current position will be the new zero point. Behavior Singleturn U/I 0 Behavior Multiturn U/I 80 Teach in ccw direction Teach in cw direction 0 revolutions /0/0
4 Blind hollow shaft ø mm Magnetic single- or multiturn encoders bit ST / bit MT BMSH 8, BMMH 8 analog - MAGRES Terminal assignment Cable for connection reference - Core color U/ V W white 0 V 0 V 0 V brown +Vs +Vs +Vs green d.u. Iout Iout yellow Uout d.u. Uout grey Set Set Set pink DV/Status DV/Status DV/Status Screen connected to housing Cable data x 0. mm Cable redundant for connection reference - Core color Y/7 Z white 0 V 0 V brown +Vs +Vs green Uout Iout yellow Uout Iout grey Set Set pink DV/Status DV/Status blue Set Set red DV/Status DV/Status black 0 V 0 V violet +Vs +Vs Screen connected to housing Cable data 0 x 0. mm M, -pin for connection reference -N U/ V W Pin 0 V 0 V 0 V Pin +Vs +Vs +Vs Pin d.u. Iout Iout Pin Uout d.u. Uout Pin Set Set Set M, redundant, x -pin for connection reference -M Pin 0 V 0 V Pin +Vs +Vs Pin Uout (Y/7) Uout (Y/7) Iout (Z) Iout (Z) Pin DV/Status DV/Status Pin Set Set M, 8-pin for connection reference -Q U/ V W Pin 0 V 0 V 0 V Pin +Vs +Vs +Vs Pin d.u. Iout Iout Pin Uout d.u. Uout Pin Set Set Set Pin DV/Status DV/Status DV/Status Pin 7 n.c. n.c. n.c. Pin 8 n.c. n.c. n.c. 7 8 M, redundant, 8-pin for connection reference -Q Y/7 Z Pin 0 V 0 V Pin +Vs +Vs Pin Uout Iout Pin Uout Iout Pin Set Set Pin DV/Status DV/Status Pin 7 Set Set Pin 8 DV/Status DV/Status 7 8 /0/0
5 Blind hollow shaft ø mm Magnetic single- or multiturn encoders bit ST / bit MT BMSH 8, BMMH 8 analog - MAGRES Dimensions BMSH 8/BMMH 8 analog cable radial ø * R= ±, / Ø mm M x x 0 0 * BMSH 8/BMMH 8 analog connector xm radial ø ø H7 x *R= ±, / ø mm M x x 0 * 0 ø H7 x, h0,, 0 0-0,0 8 h0 BMSH 8/BMMH 8 analog connector M radial /0/0
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
Absolute encoders - SSI
with through hollow shaft Features Encoder multiturn / SSI Optical sensing method Resolution: singleturn 14 bit, multiturn 12 bit Compact design Cost-efficient mounting High reliability by self-diagnostics
Absolute encoders - SSI Solid shaft with clamping or synchro flange Optical multiturn encoders up to 14 bit ST / 16 bit MT
Features Encoder multiturn / SSI Optical sensing method Resolution: max. singleturn 14 bit, multiturn 16 bit Clamping or synchro flange Electronic setting of zero point Counting direction input Available
Absolute encoders - SSI Solid shaft with clamping or synchro flange Optical multiturn encoders 18 bit ST / 12 bit MT
Features High resolution encoder multiturn / SSI Optical sensing method Resolution: singleturn 18 bit, multiturn 12 bit Electronic setting of zero point Counting direction input Available with additional
Incremental encoders Blind or through hollow shaft ø12 mm pulses per revolution
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Absolute encoders - SSI Solid shaft with clamping or synchro flange Optical multiturn encoders up to 14 bit ST / 16 bit MT
Features Encoder multiturn / SSI Optical sensing method Resolution: max. singleturn 14 bit, multiturn 16 bit Clamping or synchro flange Electronic setting of zero point Counting direction input Available
Absolute encoders - SSI Shaft with clamping or synchro flange Optical multiturn encoders 14 bit ST / 12 bit MT
Features Encoder multiturn / SSI Optical sensing Resolution: singleturn 14 bit, multiturn 12 bit Clamping or synchro flange Electronic setting of zero point Counting direction input Suitable for high positive,
Incremental encoders With blind or through hollow shaft pulses per revolution programmable
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Technical data. General specifications. Measurement range min max. 360
Model Number Features Very small housing High climatic resistance 12 Bit singleturn Analog output Surge and reverse polarity protection Description This absolute rotary encoder with internal magnetic sampling
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Incremental encoders With blind or through hollow shaft pulses per revolution programmable
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Operating Instructions Torque Transducer Type CD9515 Series Please read instruction carefully. Important Advice: The torque transducers of type CD9515 are suitable for applications in laboratories (for
DATASHEET ABSOLUTE MAGNETIC ROTARY ENCODER SSI
Robust rotary sensor based on reliable magnetic technology. Stainless steel housing capable to withstand extreme environmental conditions. Ideal suited for outdoor applications. Sturdy ball bearings for
Inductive angle sensor. 4-wire, analog output. Ri360P1-QR14-ELiU5X2-0,3-RS5. Rectangular, plastic Many mounting possibilities
Rectangular, plastic Many mounting possibilities Positioning element P1-Ri-QR14 included in delivery LED indicates measuring range Immune to electromagnetic interferences 12 bit resolution 4-wire, 15 30
Online data sheet AFS60B-S4PA AFS/AFM60 SSI ABSOLUTE ENCODERS
Online data sheet FS60-S4P032768 FS/FM60 SSI FS60-S4P032768 FS/FM60 SSI C D E F Ordering information Type Part no. FS60-S4P032768 1037483 Other models and accessories www.sick.com/fs_fm60_ssi Illustration
Compact CANopen. RoHS 2/22. Shock / vibration resistant. High shaft load capacity e
The Sendix M36 with Energy Harvesting Technology is an electronic encoder in miniature format, without gear and without battery. It is characterized by robustness, reliability and cost-efficiency. pending
Online data sheet AFM60B-S4PC AFS/AFM60 SSI ABSOLUTE ENCODERS
Online data sheet FM60-S4PC032768 FS/FM60 SSI C D E F H I J K L M N O P Q R S T Ordering information Type Part no. FM60-S4PC032768 1037504 Other models and accessories www.sick.com/fs_fm60_ssi Illustration
TECHNICAL DATASHEET Absolute Encoder AC 36 - BiSS / SSI
Overall length: 36 mm For equipment engineering and industry Up to 22 Bit Resolution Singleturn + 12 Bit Multiturn Solid or hollow shaft version available +100 C operating temperature 10,000 rpm (continuous)
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The Heavy uty 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
high grade, temperature resistant plastic, Thermoplast with brass inserts
NOVOHALL Rotary Sensor touchless technology transmissive Series RFD4000 analog Special features fully touchless - no shaft or seals to wear measure directly through any non-ferromagnetic material electrical
TECHNICAL DATASHEET Incremental Encoder RI 30
Miniature encoder for industrial use Low current consumption High noise interference immunity Cable lengths of up to 00 m Suitable for high pulse frequencies High protection class Applications: CNC machines,