Incremental encoders Solid shaft with clamping or synchro flange pulses per revolution

Similar documents
Absolute encoders - bus interfaces Solid shaft with clamping or synchro flange Optical multiturn encoders 13 bit ST / 12 bit MT, RS485

Absolute encoders - SSI

Incremental encoders Solid shaft with EURO flange B pulses per revolution

Absolute encoders - modular bus covers Solid shaft with clamping or synchro flange Optical single and multiturn encoders 13 bit ST / 16 bit MT

Absolute encoders - bus interfaces Solid shaft with clamping or synchro flange Magnetic single- or multiturn encoders 14 bit ST / 18 bit MT

Absolute encoders - bus interfaces Solid shaft with synchro flange Magnetic single- or multiturn encoders 14 bit ST / 18 bit MT

SERIE 59. Rear clamp. Frontal clamp HIGH RESOLUTION HOLLOW SHAFT INCREMENTAL ENCODER FOR INDUSTRIAL APPLICATIONS

Speed switches Programmable, digital speed switch With incremental encoder POG 10

Absolute encoders - bus interfaces

Incremental Encoder with Hollow Shaft

Speed switches Programmable, digital speed switch With incremental encoder HOG 10

POG 10 + DSL. Features

Absolute encoders - bus interfaces Encoder kit Magnetic single- or multiturn encoders 14 bit ST / 18 bit MT

Delivery. Connection. C. AA+BB Helicoidal cable 2. Radial M12 8p CCW. 3. Radial M23 12p CCW

EAM 58 B / C - 63 A / D / E BIT PARALLEL - SSI

PRELIMINARY EAMH 58 B / C - 63 A / D / E BIT PARALLEL - SSI SOLID SHAFT MULTITURN ABSOLUTE ENCODER ORDERING CODE BIT PARALLEL

AMG 11. Features. Optional. Additional incremental output (TTL / HTL) AMG 11. Technical data - mechanical design. Technical data - electrical ratings

ABSOLUTE ROTARY ENCODER SINGLE-TURN BIT PARALLEL

Multiturn absolute encoder

DATA SHEET ABSOLUTE ROTARY ENCODER SSI

Material: Weight: Shaft Loads: Cable: Connector:

RoHS. High shaft load capacity. Shock / vibration resistant

Absolute Encoders Multiturn

Absolute Shaft Encoders ACURO industry

Multiturn absolute encoder

Rotary Measuring Technology Absolute encoders, Singleturn, Profibus-DP

Absolute Encoders Multiturn

TECHNICAL DATASHEET Absolute Encoder AC 58 - CANlayer2

Optical Absolute Encoder Singleturn or Multiturn with hollow shaft Profibus-DP, CAN, CANopen, DeviceNet GX, G1, G2AMH / GX, G1, G2MMH

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.

ABSOLUTE ROTARY ENCODER INTERBUS

Rotary Measuring Technology Absolute encoders, Multiturn, Profibus-DP

HMG 11. Features. Optional Additional incremental output (TTL / HTL) HMG 11. Technical data - mechanical design. Technical data - electrical ratings

Encoders Absolute Singleturn Encoder Types A58CS8

Type SCA94DD. Wind Power / Direct Drive

MHAD 50 - HDmag. Features

Absolute encoders - modular bus covers

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

RoHS. Shock / vibration resistant. Short circuit proof. Flexible. . XXXX e. . XXXX e

ABSOLUTE ROTARY ENCODER ETHERNET/IP

Rotary Measurement Technology Absolute Encoders, Singleturn

TECHNICAL DATASHEET Heavy Duty - Absolute Encoder AR 62/63

TECHNICAL DATASHEET Absolute Encoder AC 58 - Profibus

Inclination sensors 2-dimensional, measuring range up to ±90

Rotary Position Technology Absolute Encoders, Singleturn

TECHNICAL DATASHEET Stainless Steel Encoders AC 59 / 61 - Parallel

Rotary Position Technology Incremental Encoders

Shaft: Ø 10 mm or Ø 12 mm. Material: Weight: Bearing Life: Shaft Speed: Shaft Loads: Shock: Vibration: Bump:

Product Information ROC 425 ROQ 437. Absolute Rotary Encoders with Solid Shaft for Safety-Related Applications

Rotary Measuring Technology Absolute encoders, Multiturn, DeviceNet

NOVOHALL Rotary Sensor non-contacting. Series RSC2800 digital SSI, SPI, Incremental

DATA SHEET ABSOLUTE ROTARY ENCODER SSI

Rotary Measuring Technology Absolute encoders, Multiturn, optional with incremental track

Rotary Measurement Technology Absolute Encoders, Multiturn

TECHNICAL DATASHEET Absolute Motorfeedback Series AD 34

Rotary Measuring Technology

Rotary Measurement Technology Absolute Encoders, Singleturn

Shaft: Ø 10 mm and ø 12 mm. Material: Weight: Bearing Life: Shaft Speed: Starting Torque: Shaft Loads: Shock: Vibration: Bump:

TECHNICAL DATASHEET Absolute Encoder AC 58 - SUCOnet

Type EXAG - Profibus. Explosion Proof / Absolute. Ex d - Proof Hollow Shaft Encoder - Ø 78 mm

ABSOLUTE ROTARY ENCODER MIDI CANOPEN

Inclination sensors 1-dimensional, measuring range

Product Information ROC 425 ROQ 437. Absolute Rotary Encoders with EnDat 2.2 for Safety-Related Applications

Rotary Position Technology Incremental Encoders

Shaft Speed: Shock: Vibration: Bump:

ABSOLUTE OPTICAL ROTARY ENCODER SINGLETURN BIT PARALLEL

Type EXME - DeviceNet

ABSOLUTE ROTARY ENCODER MODBUS/TCP

Encoders without bearings - incremental Magnetic sensing, through hollow shaft max. ø180 mm pulses or 128 sinewave cycles per turn

ABSOLUTE ROTARY ENCODER INTERBUS

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

Complete Solutions from Specialists. Rotary encoders for geared motors: 5820 M-Line

EXAG - Dual Output Profibus / Incremental

Shaft Speed: Shock: Vibration: Bump:

Rotary Measuring Technology Absolute singleturn encoder shaft version

Standard PROFINET IO. RoHS. High shaft load capacity. High protection level. Flexible

Absolute Shaft Encoders ACURO industry

ABSOLUTE ROTARY ENCODER PROFIBUS-DP

ABSOLUTE ROTARY ENCODER PROFIBUS-DP

Ø 58 mm, depth 48 mm Shaft dimension. Hollow Ø 15 mm, solid Ø 6 or 10 mm Shaft loading (axial and radial)

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.

ENC-IQ58S-H-PROG-ZCW-4-06-A-L1

More Precision. wiresensor // Draw-wire displacement sensors

ABSOLUTE ROTARY ENCODER INTERBUS LOOP2

TECHNICAL DATASHEET Incremental Encoder RI 58-F

Shaft: Ø 10 mm and ø 12 mm. Material: Weight: Bearing Life: Shaft Speed: Starting Torque: Rotor Mass Moment of Inertia: Shaft Loads:

NOVOTURN Multiturn-Sensor non-contacting. Series RSM2800 digital SSI, SPI

PARALLEL GENERAL INFORMATION PARALLEL AND PARALLEL PROGRAMMABLE ABSOLUT ENCODERS. BCD Code 2nd decade 1st decade. Dec Binary Code Gray Code

Absolute Rotary Encoder EXAG Explosion Proof. Profibus-DP

MHK5 SERIES PROFINET ABSOLUTE MULTI -TURN ENCODER

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.

SSI GENERAL INFORMATION ABSOLUT AND PROGRAMMABLE ABSOLUT SSI ENCODERS

Absolute Encoders Multiturn

Product Information ECI 1118 EQI 1130 ECI 1119 EQI Absolute Rotary Encoders without Integral Bearing

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

845G. Description. Features. Specifications

ENC-CKP58-H-PROG-ZCW-4-06-A-L1

MHAP HDmag. Features

ENCODER. Profibus Multiturn. Series , Key-Features:

More Precision. wiresensor // Draw-wire displacement sensors

Transcription:

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 GI55 with clamping flange Stainless steel design GE55 ATEX-approved, see X 700 Corrosion protection for offshore applications Technical data - electrical ratings Voltage supply 5 VDC ± %.75...0 VDC...0 VDC Reverse polarity protection Yes (.75...0 VDC) Consumption w/o load 0 ma (2 VDC) 60 ma (5 VDC) Pulses per revolution 5...6000 Reference signal Zero pulse, width 0 Sensing method Optical Output frequency 0 khz Output signals A 0 B, N + inverted Output stages Linedriver/RS22 Push-pull short-circuit proof Interference immunity DIN EN 600-6-2 Emitted interference DIN EN 600-6- Approval UL approval / E6076 Technical data - mechanical design Size (flange) Admitted shaft load Protection DIN EN 6052 Operating speed ø mm 20 N axial 0 N radial IP 5 (without shaft seal), IP 65 (with shaft seal) 000 rpm Starting torque 0.0 Nm (+25 C, IP 5) 0.0 Nm (+25 C, IP 65) Rotor moment of inertia 1.5 gcm² Materials Housing: aluminium Flange: aluminium Operating temperature -25...+0 C (5 VDC) -25...+85 C (2 VDC) -0...+85 C (optional) Relative humidity 5 % non-condensing Resistance DIN EN 60068-2-6 Vibration g, 16-2000 Hz DIN EN 60068-2-27 Shock 200 g, 6 ms Connector M2, 12-pin Cable 1 m Weight approx. 250 g GI55 Shaft type Flange GI56 Shaft type Flange ø mm solid shaft Clamping flange ø6 mm solid shaft Synchro flange 1

GI55, GI56 Part number Clamping flange GI55. Synchro flange GI56. Pulse number - see table C2 Connector M2, 12-pin, axial C Connector M2, 12-pin, radial 1 Cable 1 m, axial 1 Cable 1 m, radial Voltage supply / signals 22 5 VDC / linedriver RS22 70.75...0 VDC / push-pull 72...0 VDC / linedriver RS22 (5 VDC) Flange / Solid shaft 0 Clamping flange / ø mm, IP 5 A Clamping flange / ø mm, IP 65 Pulse number - see table C2 Connector M2, 12-pin, axial C Connector M2, 12-pin, radial 1 Cable 1 m, axial 1 Cable 1 m, radial Voltage supply / signals 22 5 VDC / linedriver RS22 70.75...0 VDC / push-pull 72...0 VDC / linedriver RS22 (5 VDC) Flange / Solid shaft 1 Synchro flange / ø6 mm, IP 5 B Synchro flange / ø6 mm, IP 65 Part number (pulse number) (5) 05 (180) 16 (512) 28 (2000) 6 () 06 (200) 17 (600) 2 (208) 7 (20) 08 (20) 1 (720) 0 (2500) 50 (25) 0 (250) 21 (00) 7 (000) (50) (256) 22 (00) 1 (600) 0 (60) 11 (00) 2 (2) (06) 1 (0) 1 (60) 61 (1200) 5 (5000) 01 (120) 1 (00) 2 (1250) 8 (6000) 57 (128) (500) 26 (00) Other pulse numbers on request. Example: part number 2 = 2 pulses. 2

GI55, GI56 Accessories Connectors and cables 12771 Female connector M2, 12-pin, without cable (Z 11.001) 1660 Female connector M2, 12-pin, 2 m cable (Z 11.00) 12780 Female connector M2, 12-pin, 5 m cable (Z 11.005) 120 Female connector M2, 12-pin, m cable (Z 11.007) Mounting accessories for GI55 11255 Adaptor plate for clamping flange for modification into synchro flange (Z 11.01) 125051 Mounting adaptor for encoders with clamping flange (M) (Z 11.017) 1088 Adaptor plate for clamping flange, mounting by eccentric fixings (order separately) (Z 11.025) 1112 Spring washer coupling D1=6 / D2= (Z 121. C01) 111 Spring washer coupling D1= / D2= (Z 121.C0) Mounting accessories for GI56 11766 Eccentric fixing, single (Z 11.006) 117667 Mounting adaptor for encoders with synchro flange (Z 11.0) 812 Bearing flange for encoders with synchro flange (Z 11.05) 1111 Spring washer coupling D1=6 / D2=6 (Z 121. C02) 1112 Spring washer coupling D1=6 / D2= (Z 121. C01) Terminal assignment Connector Core colour Assignment Pin 1 pink Track B inv. Pin 2 blue UB-Sense Pin red Track N (zero pulse) Pin black Track N inv. (zero pulse inv.) Pin 5 brown Track A Pin 6 green Track A inv. Pin 7 Pin 8 grey Track B Pin Pin white/green GND Pin 11 white GND-Sense Pin 12 brown/green UB 7 6 8 5 12 11 1 2 UB-Sense and GND-Sense are directly connected to UB resp. GND. Please use cores twisted in pairs (for example track A / track A inv.) for extension cables of more than m length.

GI55, GI56 Output signals Clockwise rotating direction when looking at flange. Track A Track A Track B Track B Trigger level Outputs Output level High Output level Low Load High / Low Outputs Output level High Output level Low Load High / Low Linedriver RS22 >2.5 V (I = -20 ma) <0.5 V (I = 20 ma) <20 ma Push-pull short-circuit proof >UB - V (I = -20 ma) <0.5 V (I = 20 ma) <20 ma Zero pulse 0 Zero pulse

GI55, GI56 Dimensions GI55 - clamping flange 120 M x 5 16 5 20 ø h8 11.5 0 20 øh8 6f8 8 ±0.1 5 20 5 20 øh8 5 øh8 1 16.6 GI56 - synchro flange M x 7 16 1 6 120 11.5 2 ±0.1 50h7 16 1 1 51 16.6 5 5