Absolute encoders - bus interfaces
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1 Features Absolute encoder multiturn Optical sensing method Max. resolution: singleturn 18 bit, multiturn 16 bit LED status indicator PROFINET IO Maximum resistant against magnetic fields Optional EAL580 with hollow shaft B-side clamping Button for Preset/Reset Technical data - electrical ratings Reverse polarity protection Yes Consumption w/o load Interface Function Steps per turn Number of turns Total resolution Absolute accuracy Sensing method VDC 100 ma (24 VDC) PROFINET IO Multiturn / 18 bit (adjustable) / 16 bit (adjustable) 31 bit ±0.01 (ST 18 bit / MT 13 bit) ±0.025 (ST 13 bit / MT 16 bit) Optical Interference immunity DIN EN Emitted interference DIN EN Status indicator 4x LED integrated in housing Approvals UL approval / E63076, Certified by PNO Technical data - mechanical design Size (flange) ø58 mm Protection DIN EN IP 54, IP 65, IP 67 Operating speed Starting acceleration 6000 rpm (mechanical) 6000 rpm (electric) 1000 U/s² Starting torque 0.04 Nm (+25 C, IP 54) Rotor moment of inertia Admitted shaft load Materials 20 gcm² 20 N axial 40 N radial Housing: zinc diecast Flange: aluminium Operating temperature C (see general information) Relative humidity 95 % non-condensing Resistance DIN EN Vibration ±0.75 mm Hz 10 g Hz DIN EN Shock 100 g, 2 ms Weight approx. 500 g Connection Flange connector 3 x M12 EAL580-B EAL580-T ø mm (blind hollow shaft) ø mm (through hollow shaft) 1
2 Part number Blind hollow shaft EAL580- B. W PT. 0. A Operating temperature A C Resolution bit singleturn / 16 bit multiturn bit singleturn / 13 bit multiturn PT VDC, PROFINET IO W Connection Flange connector 3 x M12, 4-pin, radial Protection 4 IP 54 5 IP 65 7 IP 67 A C E F Specification hollow shaft ø10 mm, clamping ring at A side ø12 mm, clamping ring at A side ø14 mm, clamping ring at A side ø15 mm, clamping ring at A side N B Flange Without stator coupling Torque pin ø4 x 15 mm, radial B Blind hollow shaft Optional: /6105 Button for Preset/Reset 2
3 Part number Through hollow shaft EAL580- T. W PT. 0. A Operating temperature A C Resolution bit singleturn / 16 bit multiturn bit singleturn / 13 bit multiturn PT VDC, PROFINET IO W Connection Flange connector 3 x M12, 4-pin, radial Protection 4 IP 54 5 IP 65 7 IP 67 (only clamping ring at A-side) A C E H Specification hollow shaft ø10 mm, clamping ring at A side ø12 mm, clamping ring at A side ø14 mm, clamping ring at A side ø14 mm, clamping ring at B side N B Flange Without stator coupling Torque pin ø4 x 15 mm, radial T Through hollow shaft Optional: /6105 Button for Preset/Reset 3
4 Accessories Connectors and cables Cable connector M12, 4-pin, on both sides, D-coded, 5 m cable (Z 185.E05) Cable connector M12, 4-pin, straight, D-coded, without cable (Z 185.S01) Cable connector M12, 4-pin, angled, D-coded, without cable (Z 185.S02) Mounting accessories Torque support by rubber buffer for encoders with 15 mm pin (Z ) Spring coupling for one-side attachment, length 35 mm (Z ) Spring coupling for encoders with ø58 mm housing, hole distance 73 mm (Z ) Spring coupling for encoders with ø58 mm housing, hole distance 68 mm (Z ) Spring coupling for one-side attachment, length 115 mm (Z ) Spring coupling for encoders with ø58 mm housing, hole distance 63 mm (Z ) Self-tapping grounding screw (Z ) PROFINET features Bus protocol PROFINET IO Device profile Encoder Profil PNO V4.1 und V3.1 PROFIdrive Profil PNO V4.1 Real time classes Realtime (RT) Class 1, IRT Class 3 Send clock RT: 1 ms, 2 ms, 4 ms IRT: 250 µs, 500 µs, 1 ms, 2 ms, 4 ms Update time Min. 500 µs Features MBaud Fast Ethernet - Device replacement without interchangeable media - Media redundancy MRP - Gear factor / Round axis Process data - Position value 32 bit input data with/without rotation speed 16 or 32 bit - Telegrams of PROFIdrive profile LED status indicator Link/Activity, Status, Error Terminal assignment Pin Assigned Significance 1 UB 2 d.u. Do not connect 3 GND Ground 4 d.u. Do not connect x flange connector M12 (male), A-coded PROFINET (data line) Pin Assigned Significance 1 TxD+ Transmission data+ 2 RxD+ Receiving data+ 3 TxD- Transmission data- 4 RxD- Receiving data x flange connector M12 (female), D-coded LED Power Port 1 Port 2 LED General information Self-heating interrelated to speed, protection, attachment method and ambient conditions as well electronics and supply voltage must be considered for precise thermal dimensioning. Self-heating is supposed to approximates 7 K (IP 54 protection) respectively 8 K (IP 65 / IP 67 protection) per 1000 rpm. Operating the encoder close to the maximum limits requires measuring the real prevailing temperature at the encoder flange. 4
5 Dimensions Blind hollow shaft Through hollow shaft, clamping ring at A side 5
6 Dimensions Through hollow shaft, clamping ring at B side 6
Absolute encoders - SSI
Features Encoder multiturn / SSI Optical sensing Resolution: singleturn 14 bit, multiturn 12 bit Compact design Cost-efficient mounting High reliability by self-diagnostics Counting direction input Available
Absolute encoders - modular bus covers Solid shaft with clamping or synchro flange Optical single and multiturn encoders 13 bit ST / 16 bit MT
Features Encoder single- or multiturn / bus cover Optical sensing method Resolution: singleturn 13 bit, multiturn 16 bit Clamping or synchro flange CANopen /DeviceNet/EtherCAT/EtherNet-IP SAEJ1939/PROFINET/POWERLINK/Profibus/SSI
HMG 11. Features. Optional Additional incremental output (TTL / HTL) HMG 11. Technical data - mechanical design. Technical data - electrical ratings
Features Multiturn / SSI / Profibus / CANopen / DeviceNet / PROFINET Optical sensing method Singleturn 1 bit, multiturn 1 bit / 16 bit Blind or through hollow shaft or cone shaft ø16-0 mm Multiturn sensing
AMG 11. Features. Optional. Additional incremental output (TTL / HTL) AMG 11. Technical data - mechanical design. Technical data - electrical ratings
Features Multiturn SSI / Profibus / CANopen / DeviceNet / PROFINET Optical sensing method Singleturn 1 bit, multiturn 1 bit / 16 bit EURO-flange B10 / solid shaft ø11 mm Multiturn sensing with microgen
Incremental encoders Solid shaft with clamping or synchro flange pulses per revolution
GI55, GI56 Features Encoder with solid shaft ø mm or ø6 mm Max. 6000 pulses per revolution Optical sensing method Clamping or synchro flange Industrial standard High rotation speed up to 000 rpm Optional
Absolute encoders - bus interfaces Solid shaft with clamping or synchro flange Optical multiturn encoders 13 bit ST / 12 bit MT, RS485
Optical multiturn encoders 1 bit ST / 12 bit MT, RS485 Features Encoder multiturn / RS485 Optical sensing method Resolution: singleturn 1 bit, multiturn 12 bit Clamping or synchro flange Fieldbus protocol
Absolute encoders - modular bus covers
BMMH 58 flexible with blind hollow shaft Features Encoder single- or multiturn / bus cover Robust magnetic sensing Resolution: singleturn bit, multiturn 8 bit Modular fieldbus interfaces CANopen /DeviceNet/EtherCAT/EtherNet-IP
Optical Absolute Encoder Singleturn or Multiturn with hollow shaft Profibus-DP, CAN, CANopen, DeviceNet GX, G1, G2AMH / GX, G1, G2MMH
TM Optical Absolute Encoder Singleturn or Multiturn with hollow shaft,, open, GX, G1, G2AMH / GX, G1, G2MMH Features Interfaces:,, open, Resolution: 13 bit singleturn, 29 bit multiturn Parameterizable
Absolute encoders - bus interfaces Solid shaft with clamping or synchro flange Magnetic single- or multiturn encoders 14 bit ST / 18 bit MT
Features Encoder single- or multiturn / CANopen Precise magnetic sensing Angular accuracy up to ±0.15 Additional incremental signals High protection up to IP 67 High resistance to shock and vibrations
Absolute Encoders Multiturn
The multiturn encoders 5868 and 5888 with interface and optical sensor technology are ideal for use in all applications with a interface. The encoder supports the isochronous (IRT) mode and is therefore
Multiturn absolute encoder
Release date: 207-0-2 :0 Date of issue: 207-0-2 t79_eng.xml Model Number Features Industrial standard housing Ø58 mm PROFINET IRT 0 Bit multiturn Servo or clamping flange Network loop through by means
Standard PROFINET IO. RoHS. High shaft load capacity. High protection level. Flexible
The encoders Sendix 5868 and 5888 with PROFINET interface and optical sensor technology are ideal for use in all applications with PROFINET technology. The encoder supports the isochronous (IRT) mode and
Absolute encoders - bus interfaces Solid shaft with synchro flange Magnetic single- or multiturn encoders 14 bit ST / 18 bit MT
EAM60 - solid shaft CANopen - MAGRES Features Encoder single- or multiturn / CANopen Precise magnetic sensing Angular accuracy up to ±0.1 Additional incremental signals High protection up to IP 67 High
Absolute encoders - bus interfaces Encoder kit Magnetic single- or multiturn encoders 14 bit ST / 18 bit MT
Magnetic single- or multiturn encoders 1 bit ST / 18 bit MT Features single- or multiturn / CANopen Precise magnetic sensing Angular accuracy up to ±0.1 Additional incremental signals High protection up
Absolute Encoders Multiturn
The multiturn encoders 6 and 8, with interface and combined optical and magnetic sensor technology, offer a maximum resolution of 5 bits. These encoders are programmable via the Ezturn software. The hollow
Incremental encoders Solid shaft with EURO flange B pulses per revolution
Solid shaft with EURO flange B 0 5000 pulses per revolution EIL580 - EURO flange B - OptoPulse Features Size ø58 mm Precise optical sensing Output signal level TTL or HTL EURO flange B Connection axial,
Rotary Measuring Technology Absolute encoders, Multiturn, Profibus-DP
Mechanical drive Safety-Lock TM High rotational speed Temperature High IP High shaft load capacity Shock/vibration resistant Magnetic field proof Short-circuit proof Reverse polarity protection Reliable
Technical data. General specifications. Linearity error ± 0.1 Functional safety related parameters MTTF d 130 a at 40 C Mission Time (T M ) L 10
Model Number Features Solid shaft 0 Bit multiturn Free of wear magnetic sampling High resolution and accuracy Mechanical compatibility with all major encoders with fieldbus interface Status LEDs Description
Rotary Measurement Technology Absolute Encoders, Multiturn
-40 to 80 C IP Mechanical drive Safety-LockTM High rotational speed Temperature High IP High shaft load capacity Shock/ vibration resistant Magnetic field proof Short-circuit proof Reverse polarity protection
ABSOLUTE ROTARY ENCODER INTERBUS
Main Features - Compact and heavy duty industrial model - Interface: Remote-Bus - ENCOM-Profile: K (programmable) - Housing: 58 mm - Shaft: 6 or 10 mm, hollow- 15 mm - Resolution: max. 25 Bit =,554,42
Rotary Measuring Technology Absolute encoders, Singleturn, Profibus-DP
Safety-Lock TM High rotational speed Temperature High IP High shaft load capacity Shock/vibration resistant Magnetic field proof Short-circuit proof Reverse polarity protection Reliable Increased ability
Speed switches Programmable, digital speed switch With incremental encoder POG 10
Features Freely programmable on and off switching speed Operation via included software (RS485 interface) Additional incremental signals (HTL/TTL) EURO-flange B10 / shaft ø11 mm DSL.R: 3 outputs speed
TECHNICAL DATASHEET Absolute Encoder AC 58 - Profibus
Diagnostic LED Cable or M12 connector Output of speed, acceleration Programmable: Resolution, Preset, Direction, Operation time Option: Display "tico" Address via interface parameterizable (optional) hubshaft
ABSOLUTE ROTARY ENCODER ETHERNET/IP
Main Features - Compact and heavy duty industrial model - Interface: EtherNet/IP - Conformance tested by ODVA - Housing: 58 mm - Full shaft: 6 or 10 mm / hollow shaft15 mm - Resolution: max. 30 Bit = 1,073,741,824
Inclination sensors 1-dimensional, measuring range
Features Size 52 mm MEMS capacitive measuring principle EN13849 compliant firmware E1 compliant design Interface CANopen, SAE J1939, Analog Connection M12 and cable Protection up to IP 69K Optional GIM500R
Multiturn absolute encoder
Model Number Features Industrial standard housing Ø58 mm 30 Bit multiturn Galvanically isolated CAN interface DSP 406, CLASS 1 and 2 Servo or clamping flange 2 limit switches Description In addition to
ENCODER. Profibus Multiturn. Series , Key-Features:
ENCODER Profibus Multiturn Series 8.5868, 8.5888 Key-Features: Content: Order Code Technical Data Profibus Interface Connection Technical Drawing......3...4...4...5 - Solid shaft: maximum diameter 0 mm
Rotary Measuring Technology Absolute encoders, Multiturn, DeviceNet
High IP High shaft load capacity Shock/vibration resistant Short-circuit proof Reverse polarity protection Compact and Rugged: Minimal installation depth High shock and vibration values Very compact (only
Material: Weight: Shaft Loads: Cable: Connector:
Absolute Encoder Type 2RMHF-SSI Absolute Encoder - Ø 24 mm Blind Hollow Shaft - Ø 3 mm to Ø 1/4 inch Singleturn or Multiturn SSI Interface Binary or Gray Code Preset of Zero Position Choice of Counting
Absolute encoders multiturn
PROFIBUS P The multiturn encoders Sendix 5868 and 5888 with Profibus interface and optical sensor technology are the ideal solution for all Profibus applications. With a maximum resolution of 8 bits these
SERIE 59. Rear clamp. Frontal clamp HIGH RESOLUTION HOLLOW SHAFT INCREMENTAL ENCODER FOR INDUSTRIAL APPLICATIONS
HIGH RESOLUTION HOLLOW SHAFT INCREMENTAL ENCODER FOR INDUSTRIAL APPLICATIONS Resolution up to 50.000 pulses per turn External diameter 58 mm Hollow shaft from Ø 10 to 14 mm Protection class IP67 according
Rotary Measurement Technology Absolute Encoders, Singleturn
-40 to 80 C IP Safety-LockTM High rotational speed Temperature High IP High shaft load capacity Shock/ vibration resistant Magnetic field proof Short-circuit proof Reverse polarity protection Reliable
Technical data. General specifications. Linearity error ± 0.1 Functional safety related parameters MTTF d 480 a at 40 C Mission Time (T M ) L 10
Model Number Features Very small housing Up to 31 bit overall resolution CANopen interface Free of wear magnetic sampling High resolution and accuracy Description This absolute rotary encoder provides
TECHNICAL DATASHEET Absolute Encoder AC 58 - SUCOnet
Compact design SUCOnet or Hengstler-G1-Protocol Parameterizable: preset, direction, scaling factor, resolution PC communication via RS 485 with Hengstler-G1-Protocol Clamping flange TECHNICAL DATA mechanical
Speed switches Programmable, digital speed switch With incremental encoder HOG 10
Features Freely programmable on and off switching speed Operation via included software (RS485 interface) Additional incremental signals (HTL/TTL) Combination with end shaft ø16 mm DSL.R: 3 outputs speed
Product Information ECI 1118 EQI 1130 ECI 1119 EQI Absolute Rotary Encoders without Integral Bearing
Product Information ECI EQI 0 ECI 9 EQI Absolute Rotary Encoders without Integral Bearing 0 ECIEQI 00 Absolute rotary encoders Synchro flange 0F) for axial mounting Blind hollow shaft A) Without integral
Inclination sensors 2-dimensional, measuring range up to ±90
Features Size 52 mm MEMS capacitive measuring principle EN13849 compliant firmware E1 compliant design Interface CANopen, SAE J1939, Analog Connection M12 and cable Protection up to IP 69K Optional GIM500R
Type EXAG - Profibus. Explosion Proof / Absolute. Ex d - Proof Hollow Shaft Encoder - Ø 78 mm
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Encoders Absolute Singleturn Encoder Types A58CS8
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ABSOLUTE ROTARY ENCODER PROFIBUS-DP
Main Features - Compact and heavy-duty industrial model - Certified: By Profibus Trade Org., CE - Interface: Profibus-DP - DPV2-Functionality - Housing: 58 mm - Full or hollow shaft: 6 or 10 mm / 15 mm
Technical data. General specifications. Linearity error ± 0.1 Functional safety related parameters MTTF d 480 a at 40 C Mission Time (T M ) L 10
Model Number Features Solid shaft Up to 31 bit overall resolution CANopen interface Free of wear magnetic sampling High resolution and accuracy Highly shock / vibration and soiling resistant Sturdy construction
Rotary Position Technology Absolute Encoders, Singleturn
-20 to 85 C High rotational speed Temperature Shock/vibration resistant Short-circuit proof Reverse polarity protection Optical sensor Magnetic field proof Rugged Highest shock resistance on the market:
ABSOLUTE ROTARY ENCODER INTERBUS
Main Features - Compact and heavy duty industrial model - Interface: Remote-Bus - ENCOM-Profile: K3 (programmable) - Housing: 58 mm - Shaft: 6 or 10 mm, hollow- 15 mm - Resolution: max. 25 Bit = 33,554,432
Rotary Measurement Technology Absolute Encoders, Singleturn
-20 to 85 C High rotational speed Temperature Shock/ vibration resistant Short-circuit proof Reverse polarity protection Rugged Highest shock resistance on the market: ( 200 g (2,500 m/s 2 )), 6 ms acc.
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
Absolute Encoders Multiturn
The Sendix multiturn encoders 5868 and 5888 with CANopen or CANlift interface and optical sensor technology are the right encoders for all CANopen or CANlift applications. With a maximum resolution of
Rotary Measurement Technology Absolute Encoders, Multiturn
-40 to 80 C IP Mechanical drive Safety-LockTM High rotational speed Temperature High IP High shaft load capacity Shock/ vibration resistant Magnetic field proof Short-circuit proof Reverse polarity protection
Current consumption... Multiturn: max.230ma with 10 V DC,max.100mA with 24 V DC
- Standard encoder 8mm with canopen/can interface - Precision ball bearings with sealing flange - Code disc made of unbreakable and durable plastic - High protection level IP6, IP67 option with a sealing
Delivery. Connection. C. AA+BB Helicoidal cable 2. Radial M12 8p CCW. 3. Radial M23 12p CCW
PROGRAMMABLE INCREMENTAL HOLLOW SHAFT ENCODER FOR INDUSTRIAL APPLICATIONS Programmable incremental optical encoder from 1 to 65.536 pulses per rotation Programmable via USB, without an additional programming
Rotary Measuring Technology Absolute encoders, Multiturn, optional with incremental track
Electronic multiturn gear with intelligent sensing technology (IST) Integrative Technology Max. 4 programmable outputs* for the SSI version Programmable parameters include*: code type, resolution per revolution,
Incremental Encoder with Hollow Shaft
Incremental Encoder Type RI 36-H n miniature industry encoder for high number of pulses n short mounting length n easy mounting procedure n Application e.g.: - Motors - Machine tools - Packaging Machines
PROFIsafe over PROFINET
PROFIsafe over PROFINET Specifications Contactless, wear-free sensor system according to the Hall principle High vibration and shock resistance thanks to the robust mechanical design SIL2 and Performance
TECHNICAL DATASHEET Absolute Encoder AC 58 - CANlayer2
Diagnostic LED Poll and auto mode Programmable: Direction, limit values Option: Display "tico" Clamping flange TECHNICAL DATA mechanical Housing diameter 58 mm Shaft diameter 6 mm / 10 mm (Solid shaft)
ABSOLUTE ROTARY ENCODER MIDI CANOPEN
Main Features - Compact and heavy-duty industrial design - Interface: CANopen / CAN - Housing: 58 mm Ø - Solid / hollow shaft: 6 or 10 mm Ø / 15 mm Ø - Max. 6556 steps per revolution (16 Bit) - Code: Binary
EAM 58 B / C - 63 A / D / E BIT PARALLEL - SSI
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POG 10 + DSL. Features
Features Freely programmable on and off switching speed Programming via included software (RS485 interface) TTL or HTL, EURO-flange and/or housing foot 3 / solid shaft ø11 mm DSL.R: 3 outputs speed controlled
Shaft Speed: Shock: Vibration: Bump:
Explosion Proof / Absolute Type EXAG - CANopen Ex d - Proof Shaft Encoder - Ø 78 mm Shaft: Ø 10 mm CANopen communication profile according to DS 301; Programmable according to Class 2 Resolution up to
The pages in this document have been extracted from a larger document and as such any page numbers are relevant only to the original document.
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Product Information. ECN 1023 EQN 1035 Rotary Encoders with EnDat 2.2 for Safety-Related Applications
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RoHS. Shock / vibration resistant. Short circuit proof. Flexible. . XXXX e. . XXXX e
The Sendix multiturn encoders 5862 and 5882, with SSI or RS485 interface and combined optical and magnetic sensor technology, offer a maximum resolution of 25 bits. These encoders are programmable via
ABSOLUTE ROTARY ENCODER PROFIBUS-DP
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Encoders without bearings - incremental Magnetic sensing, through hollow shaft max. ø180 mm pulses or 128 sinewave cycles per turn
Features Sinewave or square-wave signals Robust and wearless High protection through fully encapsulated electronics Large tolerances: axial ±3 mm, radial max. 2.2 mm Very compact dimensions Simple mounting,
Material: Weight: Bearing Life: Shaft Speed: Shaft Loads: Shock: Vibration: Bump:
Encoder Description EXAG SSI / Hollow Shaft EXAG SSI Hollow Shaft Encoder - Ø 78 mm Hollow Bore: Ø 14 mm and Ø 16 mm Synchronous Serial Interface (SSI) (RS422/TTL) Resolution up to 30 bits for on-site
Absolute Rotary Encoder EXAG Explosion Proof. Profibus-DP
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TECHNICAL DATASHEET Absolute Motorfeedback Series AD 34
For brushless servo motors Light duty encoder Unique mounting concept: Save installation time and cost Mounting Depth: 25 mm (ST), 34 mm (MT) Up to 9 Bit ST - resolution + 2 Bit MT - resolution +20 C operating
bidirectionally as well as the rotation sense of shafts. With absolute encoders instead, each incremental
and draw-wire sensors Spot-on and trailblazing technology measure rotation speed, sense, position, angle and length. For this purpose, they convert mechanical motion in electrical signals. There are incremental