Magnetic absolute multi-turn hollow shaft encoder BMMH MAGRES SSI
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1 Magnetic absolute multi-turn hollow shaft encoder BMMH MAGRES SSI features robust multi-turn encoder up to - 2 bit single-turn resolution - 3 bit multi-turn resolution miniature housing zero point programmable SSI Interface general data voltage supply 5 VDC ± 0% (05C) 0-30 (24C) max. supply current typ. 00 ma (at 5 VDC) (05C) no load typ. 50mA (at 24 VDC) (24C) output circuit SSI, RS 422 max. revolution single-turn 2 bit ( step= 5'6'') multi-turn 3 bit (8'92 revolutions) max error limit ± repeatability 0,3 max. clock frequency MHz input signal clock input, zero (zero setting: < 0,4 V, > 2 ms off state: 3,3 V or open) counter buffering with Lithium cell typ. 9 years direction of rotation looking at the flange, position counts up as the shaft rotates clockwise (CW) order designation BMMH 42S 2/3 5 connector 5 cable m radial 05C SSI interface, 5 VDC 24C 0-30 VDC SSI interface G Gray code N binary code shaft B2 end shaft 2 mm IP 42 P2 end shaft 2 mm IP 65 resolution multi-turn 3 3 bit resolution single-turn 2 2 bit voltage range, output signals mechanical data max. revolutions 6'000 rpm moment of inertia typ. 2 x 0-7 kgm 2 torque typ. 0,93 cnm (3'000 rpm / 20 C / IP 42) product life depending on ambient conditions (typ. 0 9 revolutions.) max. protection class IP 65 material housing: steel flange: aluminum weight approx. 90 g ambient conditions temperature range C relative humidity max. 95% vibration IEC ( 300 m/s 2 / 0-2'000 Hz) shock IEC ( '000 m/s 2 / 6 ms) noise immunity EN emitted interference EN
2 BMMH 42 MAGRES SSI dimensions assignment cable cable color signal description 2 2,2 6 3 x 20 brown +VS voltage supply white 0 V voltage supply grey data+ data line pink data- data line green clock+ clock input yellow clock- clock input blue zero zero setting input red d.u. do not use 6 8, cable data 8 x 0,4 mm Note Mounting drawings see end of chapter. read out of position values n clock t T t3 clock data t2 Bit n Bit n- Bit 3 Bit 2 Bit pulse times: T = µs to 0 µs / t = 0,5 to 5 µs t2 < 0,2 µs / t3 > 2 µs to 25 µs SSI data output and clock input see page 2.05 chapter absolute single-turn encoders accessories clamp set part nr. 066 spring plate set part nr shaft adapter see chapter accessories clamping ring set 2 mm hollow shaft part nr
3 Magnetic absolute multi-turn encoder BMMH MAGRES CANopen features robust multi-turn encoder up to - 2 bit single-turn resolution - 8 bit multi-turn resolution miniature housing CANopen interface integrated programmable resolution and preset values general data voltage supply max. supply current no load output circuit 0-30 VDC typ. 00 ma (at 24 VDC) CAN-bus, standard ISO/DIS 898 specification CAN 2.0B protocol/profile CANopen/CIA, DS-30 V4.0, DSP-305 V.0, DS-406 V3.0 natural binary code max. resolution single-turn 2 bit ( step = 5' 6'') multi-turn 8 bit (262'44 revolutions) max error limit ± repeatability 0,3 max. baud rate Mbit/s counter buffering with Lithium cell typ. 9 years direction of rotation looking at the flange, position counts up as the shaft rotates clockwise (CW), programmable order designation BMMH 42SN 24B2/8 connection 5 cable 0,5 m radial N connector radial shaft B2 end shaft 2 mm IP 42 P2 end shaft 2 mm IP 65 resolution multi-turn 8 8 bit 2 2 bit 24B 0-30 VDC, CANopen N binary code resolution single-turn voltage range, output signals mechanical data max. revolutions 6'000 rpm moment of interia 2 x 0-7 kgm 2 torque typ. 0,93 cnm (3'000 rpm / 20 C / IP 42) product life depending on ambient conditions (typ. 0 9 revolutions.) max. protection class IP 65 material housing: steel flange: aluminum weight approx. 90 g ambient conditions temperature range C relative humidity max. 95% vibration IEC ( 300 m/s 2 / 0-2'000 Hz) shock IEC ( '000 m/s 2 / 6 ms) noise immunity EN emitted interference EN
4 BMMH 42 MAGRES CANopen dimensions assignment cable ,2 6 3 x 20 cable color signal description brown +VS voltage supply white 0 V voltage supply green CAN_H bus line (dominant HIGH) yellow CAN_L bus line (dominant LOW) grey CAN_GND CAN ground pink n.c. not connected blue d.u. do not use red d.u. do not use 6 8, cable data 8 x 0,4 mm N 2 2,2 3 x 20 9 assignment connector M2 male pin signals connector n.c. not connected 2 +VS voltage supply 3 CAN_GND CAN Ground / 0 VDC 4 CAN_H bus line (dominant HIGH) 5 CAN_L bus line (dominant LOW) , Note Mounting drawings see end of chapter. accessories spring clamp set part nr. 066 field plate set part nr CD-ROM with GSD-/EDS-/XML- part nr files and manuals shaft adapters see chapter accessories clamping ring set 2 mm hollow shaft part nr connector (female) M2 CAN part nr connector (male) M2 CAN part nr T connector M2 CAN part nr terminating resistor part nr
5 Magnetic absolute multi-turn encoder BMMH MAGRES DeviceNet features robust multi-turn encoder up to - 2 bit single-turn resolution - 6 bit multi-turn resolution miniature housing DeviceNet interface integrated programmable resolution and preset values general data voltage supply max. supply current no load output circuit protocol/profile 0-30 VDC typ. 00 ma (at 24 VDC) CAN-bus, standard ISO/DIS 898 DeviceNet, Device Profile for Encoders V.0 natural binary code max. resolution single-turn 2 bit ( step = 5' 6'') multi-turn 6 bit (65'536 revolutions) max error limit ± repeatability 0,3 max. baud rate 500 kbit/s counter buffering with Lithium cell typ. 9 years direction of rotation looking at the flange, position counts up as the shaft rotates clockwise (CW), programmable order designation BMMH 42SN 24D2/6 connection 5 cable 0,5 m radial N connector radial shaft B2 end shaft 2 mm IP 42 P2 end shaft 2 mm IP 65 resolution multi-turn 6 6 bit 2 2 bit 24D 0-30 VDC, DeviceNet N binary code resolution single-turn voltage range, output signals mechanical data max. revolutions 6'000 rpm moment of interia 2 x 0-7 kgm 2 torque typ. 0,93 cnm (3'000 rpm / 20 C / IP 42) product life depending on ambient conditions (typ. 0 9 revolutions.) max. protection class IP 65 material housing: steel flange: aluminum weight approx. 90 g ambient conditions temperature range C relative humidity max. 95% vibration IEC ( 300 m/s 2 / 0-2'000 Hz) shock IEC ( '000 m/s 2 / 6 ms) noise immunity EN emitted interference EN
6 BMMH 42 MAGRES DeviceNet dimensions assignment cable , ,5 3 x cable color signal description brown +VS voltage supply white 0 V voltage supply green CAN_H bus line (dominant HIGH) yellow CAN_L bus line (dominant LOW) grey CAN_GND CAN ground pink n.c. not connected blue d.u. do not use red d.u. do not use screen CAN_SHLD CAN shield cable data 8 x 0,4 mm N 2 2,2 3 x 20 9 assignment connector M2 male pin signals connector CAN_SHLD CAN shield 2 +VS voltage supply 3 CAN_GND CAN Ground / 0 VDC 4 CAN_H bus line (dominant HIGH) 5 CAN_L bus line (dominant LOW) , Note Mounting drawings see end of chapter. accessories spring clamp set part nr. 066 field plate set part nr CD-ROM with GSD-/EDS-/XML- part nr files and manuals shaft adapters see chapter accessories clamping ring set 2 mm hollow shaft part nr connector (female) M2 CAN part nr connector (male) M2 CAN part nr T connector M2 CAN part nr terminating resistor part nr
Magnetic absolute single-turn encoder BMSH MAGRES parallel
Magnetic absolute single-turn encoder BMSH MAGRES parallel features robust single-turn encoder up to 9 bit parallel interface miniature housing zero-point programmable general data voltage supply 5 VDC
Absolute multi-turn hollow shaft encoder BOMH Dignalizer SSI
features high resolution multi-turn encoder up to - 8 bit single-turn - 8 bit multi-turn interface programmable permanent self-test reference point programmable general data voltage supply 5 VDC (05C)
Incremental hollow shaft encoder BRIH EcoMag
Incremental hollow shaft encoder BRIH EcoMag features miniaturized hollow shaft encoder with wide pulse range radial cable connection or connector end shaft mounting up to mm general data voltage supply
MHAD 50 - HDmag. Features
Magnetic sensing, hollow shaft 30 mm MHAD 50 with cable Features Absolute encoder with magnetic sensing and without bearings Absolute resolution max. 16 bit singleturn Additional incremental signals Robust
Absolute encoders - analog Blind hollow shaft ø12 mm Magnetic single- or multiturn encoders 12 bit ST / 16 bit MT
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,
Incremental encoders Blind or through hollow shaft ø12 mm pulses per revolution
Blind or through hollow shaft ø mm...5 pulses per revolution Features Encoder with blind or through hollow shaft ø mm Optical sensing method Max. 5 pulses per revolution Small profile depth Versatile mounting
Technical data. General specifications. Linearity error ± 0.1 Electrical specifications Operating voltage U B
Model Number SYNCHRON SERIELLES INTERFACE Features Very small housing Up to 32 Bit multiturn SSI interface Free of wear magnetic sampling High resolution and accuracy Description The ENA36IL series are
Technical data. General specifications V DC Power consumption P 0. 1 W Time delay before availability t v
Model Number SYNCHRON SERIELLES INTERFACE Features Very small housing Up to 32 Bit multiturn SSI interface Free of wear magnetic sampling High resolution and accuracy Description The ENA36IL series are
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
Encoder - Absolut 2RMHF-SSI
Absolute Encoder: Ø24 mm Hollow Shaft: Ø3 mm to ¼ Inch Singleturn or Multiturn SSI Interface Binary or Gray Code Preset of Zero Position Choice of Counting Direction IP-Rating: IP64 or IP67 Mechanical
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
Technical data. General specifications. Linearity error ± 0.1 Functional safety related parameters MTTF d 700 a at 40 C Mission Time (T M ) L 10
Model Number SYNCHRON SERIELLES INTERFACE Features Recessed hollow shaft SSI interface Up to Bit multiturn Free of wear magnetic sampling High resolution and accuracy Additionally push buttons for preset
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
Positioning drives DC motor, brushless Absolute multiturn position detection, Profibus-DP
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Technical data. General specifications. Linearity error ± 0.1 Functional safety related parameters MTTF d 700 a at 40 C Mission Time (T M ) L 10
Model Number SYNCHRON SERIELLES INTERFACE Features Solid shaft SSI interface Up to Bit multiturn Free of wear magnetic sampling High resolution and accuracy Additionally push buttons for preset function
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
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
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,
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
Technical data. General specifications V DC No-load supply current I 0. typ. 50 ma Power consumption P 0
Model Number SYNCHRON SERIELLES INTERFACE Cable pull rotary encoder with SSI interface Features Solid yet lightweight plastic construction Compact, slim design (the shaft of the mounted rotary encoder
ABSOLUTE ROTARY ENCODER SSI
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Material: Weight: Shaft Loads:
Absolute Encoder Type SCA36NA-SSI Absolute Encoder - Ø 36 mm Shaft - Ø 6 mm Singleturn or Multiturn SSI Interface Binary or Gray Code Preset of Zero Position Choice of Counting Direction Enclosure Rating
Multiturn absolute encoder
0102 Model Number SYNCHRON SERIELLES INTERFACE Features Up to 30 Bit multiturn ATEX approval IECEx approval Flameproof enclosure Removable connection cap Galvanically isolated RS 22 interface Description
Multiturn absolute encoder
SYNCHRON SERIELLES INTERFACE Multiturn absolute encoder Release date: 2016-07-12 16:14 Date of issue: 2016-07-12 t4917_eng.xml Model Number Features Industrial standard housing Ø58 mm 0 Bit multiturn Data
ABSOLUTE ROTARY ENCODER SSI
Main Features - Compact and heavy-duty industrial model - Interface: Synchronous-serial (RS422/485) - Housing: 58 mm - Shaft: 6 or 10 mm - Resolution: Max. 25 Bit =,554,42 steps over 4,096 revolutions
Incremental encoders With blind or through hollow shaft pulses per revolution programmable
Features Size ø58 mm Precise optical sensing Output signal level programmable (TTL or HTL) Blind or through hollow shaft, ø8 15 mm Connection axial, radial or tangential Pulses per revolution 1...65536,
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
Series BC 58. Absolute Rotary Encoder Series BC 58
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Incremental encoders With blind or through hollow shaft pulses per revolution programmable
Features Size mm Precise optical sensing Output signal level programmable (TTL or HTL) Blind or through hollow shaft, ø8 15 mm Connection axial, radial or tangential Pulses per revolution 1...65536, programmable
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
Technical data. General specifications. Measurement range min max. 360
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Rotary Measurement Technology Absolute Encoders, Multiturn
Mechanical drive Safety-LockTM High rotational speed -40 to 90 C IP Temperature High IP High shaft load capacity Shock/ vibration resistant Magnetic field proof Short-circuit proof Reverse polarity protection
ABSOLUTE ROTARY ENCODER DEVICE NET
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Electrical data Units FVS 58, FHS 58. Operating voltage (PELV) [VDC] Current consumption at 24 VDC [ma] 85
![Electrical data Units FVS 58, FHS 58. Operating voltage (PELV) [VDC] Current consumption at 24 VDC [ma] 85](/thumbs/80/82459193.jpg "Electrical data Units FVS 58, FHS 58. Operating voltage (PELV) [VDC] Current consumption at 24 VDC [ma] 85")
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Compact design: 50 mm length for single or multiturn Aids for start up and operation: diagnostic LED, preset key with optical response, status information Use of sine/ cosine signals for fast control task
Technical data. Functional safety related parameters MTTF d Mission Time (T M ) max. 140 ma Power consumption P 0. Voltage drop
Release date: 2014-04-14 15: Date of issue: 2016-05-0 t102_eng.xml Model Number Features Industrial standard housing Ø58 mm 1 Bit singleturn Output code: gray and binary Short-circuit proof push-pull output
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Standard Industrial Types RI 58-O / RI 58-T
Synchro flange Universal industry standard encoder Up to 40 000 steps with 10 000 pulses High signal accuracy Protection class up to IP67 Flexible due to many flange and configuration variants Suitable
Absolute encoders - SSI EX approval ATEX EEx d IIC T6 Optical single and multiturn encoders 14 bit ST / 12 bit MT
Features Encoder single- or multiturn / SSI / ATEX Optical sensing Resolution: singleturn 14 bit, multiturn 12 bit Clamping flange with shaft ø10 mm Explosion protection per EEx d IIC T6 Area of application:
RoHS. High shaft load capacity. Shock / vibration resistant
Due to their sturdy bearing construction in Safety Lock Design, the Sendix 5000 and 5020 offer high resistance against vibration and installation errors. The rugged housing, high protection level of up
maxon document number:
maxon document number: 791272-04 1 Table of contents... 2 2 Table of figures... 3 3 Introduction... 4 4 How to use this guide... 4 5 Safety Instructions... 5 6 Performance Data... 6 6.1 Motor data... 6
More Precision. wiresensor // Draw-wire displacement sensors
More Precision wiresensor // Draw-wire displacement sensors 38 Industrial draw-wire sensors wiresensor P5 analog - Robust aluminum profile housing - Customized versions for OEM - Potentiometer, current
DRS61: Incremental encoders, number of lines and zero pulse width freely programmable DRS60: Incremental Encoders with Zero-Pulse-Teach
NEW DRS: Incremental encoders, number of lines and zero pulse width freely programmable DRS: s with Zero-Pulse-Teach Further highlights of this generation of encoders: Simple zero-pulse-teach by pressing
Standard Industrial types RI 58-O / RI 58-T
Universal industry standard encoder Up to 40 000 steps with 0 000 pulses High signal accuracy Protection class up to IP67 Flexible due to many flange and configuration variants Suitable for high shock
Standard Industrial types RI 36-H
Miniature industry encoder for high number of pulses Short mounting length Easy mounting procedure Applications: motors, machine tools, robots, automated SMD equipment NUMBER OF PULSES 5 / 0 / 0 / 5 /
RM36 series non-contact rotary encoders
Issue 2, 14 th February 2017 RM36 series non-contact rotary encoders The RM36 is a high-speed magnetic rotary encoder designed for use in harsh industrial environments. The non-contact two-part design
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,
Online data sheet AFS60A-BJPA AFS/AFM60 SSI ABSOLUTE ENCODERS
Online data sheet FS0-JP FS/FM0 SSI FS0-JP FS/FM0 SSI C D E F H I J K L M N O P Q R S T Ordering information Type Part no. FS0-JP 09 Other models and accessories www.sick.com/fs_fm0_ssi Illustration may