Draw wire sensors, draw wire sensors for displacement, position

Transcription

1 Draw wire sensors, draw wire sensors for displacement, position Sensors based on potentiometer and encoder, for industrial and OEM applications for measurement of lengths, stroke, displacement, position, distance reliable draw wire sensors for measurement of lifting, liftings, displacement, distance, position, lengths, distance, for industrial applications in storage techniques and conveyor technique, industry sensors, absoluteencoder, automation, encoder, incrementalencoder, customerspecific, plastic housing, lengths measurement, measurement devices, potentiometer, potentiometric, position sensors, position measurement, profile housing, robust, wirelengthsencoder, draw wire sensors, draw wire transducer, draw wire displacement transducer, draw wire displacement sensor, sensor, displacement measurement, angle encoder, displacement wire sensors, also for customerspecific OEM sensors

2 10 Series MK Low cost OEM sensors Potentiometric or incremental output Customized versions Sensors of the WPS series are used in high volume applications. Due to the favorable price and the compact sensor size, new possibilities in machine design and cost optimization are available to the user. Model MK P / E / E80), with potentiometer or encoder mounting hole x ø ø 9 ca. 10 E: ø4/p: ø. mounting clip with screw M ø8 ø E: E: 1/P: 0 99 Model MK CRP, with potentiometer and integrated cable mounting hole x ø. 4.. ø ø8 ø ca mounting clip with screw M Dimensions in mm, not to scale. Please ask for detailed reference drawings.

3 11 Model WPS100 MK WPS100 MK Output Measuring range Linearity Resolution Sensor element Temperature range Material Wire mounting Cable diameter P E/E80 100mm wire pot. ±0. % FSO.mm encoder ±0.0 % FSO 1.0mm wire pot. 0.mm encoder 0.4mm wire potentiometer or incremental encoder 0 to 80 C housing plastic draw wire coated polyamid stainless steel eyelet 0.4mm Wire retraction force (min) Wire extension force (max) Wire acceleration (max). N N g Protection class IP 0 IP 4 P soldering tag Electrical connection CRP cable radial, 1m E cable radial,m P appr. 0.kg Weight CRP appr. 0.kg E appr. 0.7kg FSO = Full Scale Output Specifications for analog and digital outputs on page and continuing. rticle description WPS 100 MK CR P P E E80 Connection CR: integral cable, radial, 1m Output option potentiometer P (linearity ±0. % FSO) Output option potentiometer P (linearity ±0. % FSO) Output option encoder E (... 4 VDC) Output option encoder E80 ( VDC) Model Measuring range in mm

4 ccessories and mounting WExM4, WExClip Wire extension x=length TR1WDS Pulley wheel, adjustable pplication example with accessories TRWDS Pulley wheel, fixed GK1WDS ttachment head for M4 MH1WDS Magnetic holder for wire mounting MHWDS Magnetic holder for sensor mounting MT0WDS mounting clips MH1WDS magnetic holder measuring range MT0WDS Mounting clamp for WDSP0 FC8 Female connector for WDS, 8pin FC8/90 Female connector 90 for WDS, 8pin WExClip wire extension PC /8 Sensor cable, length m PS 010 Power supply (chassis mounting x 7. mm); input 10/0 VC; output 4 VDC /. ; L//H 10 x 0 x 40 mm TRWDS pulley wheel, fix WDSMP0 Mounting plate for P0 sensors TR1WDS pulley wheel, adjustable 40 0 x ø4. x ø. Mounting plate WDSMP0 Installation information: Wire attachment: The free return of the measurement wire is not permissible and it is essential that this is avoided during installation. Wire exit angle: When mounting a drawwire displacement sensor, a straight wire exit (± tolerance) must be taken into account. If this tolerance is exceeded, increased material wear on the wire and at the wire aperture must be expected. wire aperture 0 (± tolerance)

5 Electrical data analog Potentiometric output (P) Supply voltage max. VDC at 1kOhm / 1W max Resistance 1kOhm ±10 % (potentiometer) input + 1 Temperature coefficient ±0.00 % FSO/ C signal 100 % Sensitivity depends on measuring range individually shown on test report 1 = white =brown =green 0% R1K Voltage output (U) Supply voltage Current consumption VDC (non stabilized) 0m max Output voltage VDC option 0... / ± V impendance >kohm Signal noise 0.mV eff supply signal zero gain U 010 Vdc Temperature coefficient Electromagnetic compatibility (EMC) djustment ranges Zero ±0.00 % FSO/ C EN 0081 EN 008 ±0 % FSO Sensitivity ±0 % Current Output (I) Supply voltage Current consumption Output current Signal noise VDC (non stabilized) m max m <00Ohm <1. µ eff Temperature coefficient ±0.01 % FSO/ C supply zero I 40 m gain Electromagnetic compatibility (EMC) djustment ranges Zero EN 0081 EN 008 ±18 % FSO Sensitivity ±1 % 8

6 7 Output specifications Incrementalencoder Signal output O Pin assignment TTL, HTL Pin Cable color ssignment 1 pink inv. 4 blue red black U Sense N (reference pulse) N inv. (reference pulse inv.) brown green inv. 7 8 grey 9 10 white/green GND 11 white GND Sense 1 brown/green U O Output TTL Linedriver ( VDC) Pin and Pin 1 are internally connected as well as Pin 11 and 10. For cable lengt h >10 m twisted pair wires are required. Level High >.V (with I = 0m) Level Low < 0.V (with I = 0m) High < 0m Output,,,, O Output HTL Pushpull ( VDC) Level High > U V (with I = 0m) Level Low < 1.V (with I = 0m) < 40m Output,,,, O Output E Pushpull ( VDC) Level High U.V Level Low < 0.V < 0m Output,, O Output E80 Pushpull ( VDC) Level High U V Level Low <.V < 0m Output,, O Connection assignment E, E80 Pin Cable color ssignment white 0V brown +U green yellow grey 0

7 More Precision. Sensors and systems Sensors and measurement devices Measurement systems for displacement, position and dimension for noncontact temperature measurement for online/offline quality control Modifications reserved / Y971111E00019JKR MICROEPSILON Headquarters Koenigbacher Str Ortenburg / Germany Tel. +49 (0) 84 / 180 Fax +49 (0) 84 / 1890 info@microepsilon.com MICROEPSILON UK Ltd. Unit 1 Pioneer usiness Park Ellesmere Port CH 1D Phone +44 (0) info@microepsilon.co.uk MICROEPSILON US 810 rownleigh Dr. Raleigh, NC 717 / US Phone +1/919/ Fax +1/919/ info@microepsilon.us