Data Sheet for Linear SensorsMagnetic (magnetostrictive) Linear Transducer with analogue output Series OMS2 OMS linear sensors are used in harsh environments who requiring a rugged, non-contact and low-profile sensor with very long lifespan. The high performance in terms of EMC immunity make the linear sensor suitable for use in industrial environments with presence of electromagnetic interferences. ■ For 50..1500 mm strokes ■ Direct and inverse analog output ■ Wear-free measuring principle with absolute analog signal ■ For harsh conditions IP67 ■ Very flat construction with only 14 mm installation height ■ High precision due to high resolution and good linearity ■ Electromagnetic compatibility 2014/30/EU (EMC) Electrical Data Effective electrical travel in mm 1. Independent linearity (best straight line) 1.) Output signal Theoretical resolution 1.) Backlash (Hysteresis) 1.) Update rate < ±0,04% (Min. ± 0,090 mm) with guided cursor 0,1..10,1 V / 0..10 V 4..20 mA Almost infinite (only limited by the output noise) < 0,02 mm 1 ms (50..600 mm) / 1,5 ms (650..900 mm) / 2 ms (950..1300 mm) / 3 ms (1400..1500 mm) Protection against polarity inversion, overvoltage, power supply in output: Yes Mechanical stroke in mm 1.) Lifetime (90% effective electrical travel) 2.) Max. operational speed Max. acceleration Operational temperature Storage temperature Protection grade (IEC60529) Vibration (IEC 68-2-6, Test Fc) Shock (IEC 68-2-27, Test Ea) MEGATRON Elektronik GmbH & Co. KG ■ Hermann-Oberth-Strasse 7 ■ 85640 Putzbrunn / Munich Date: 08/19/2019 Tel.: +49 89 46094-0 ■ Fax: +49 89 46094-201 ■ www.megatron.de ■ [email protected] Page: 1 of 5 Specifications are subject to change without noti

Data Sheet for Linear Sensors Magnetic (magnetostrictive) Linear Transducer with analogue output Mechanical Data, Environmental Conditions, Miscellaneous Housing length (+ 154 mm) Fastening parts included in delivery Cursor Material housing Anodized Aluminium, Nylon 66 G 25 Material Cursor Plastic 4 pole valve connector EN 175301-803 design A / 5 pole M12 connector Electrical connection Sensor mounting Adjustable mounting brackets 1.) According IEC 60393 2.) Determined by climatic conditions according to IEC 68-1, para. 5.3.1 without load collectives Accessory (not included in delivery): For...

Magnetic (magnetostrictive) Linear Transducer with analogue output Series OMS2 Order Code Description Selection: standard=black/bold, possible options=grey/cursive Elektrisch wirksamer Einstellweg: Elektrischer Anschluss: 4 pole valve connector (3+PE) S For higher quantities or on-going demand, additional options are available as described below on request For example: ■ Special connectors, assembled cables with / without connector MEGATRON Elektronik GmbH & Co. KG ■ Hermann-Oberth-Strasse 7 ■ 85640 Putzbrunn / Munich Tel.: +49 89 46094-0 ■ Fax: +49 89 46094-201 ■ www.megatron.de ■ [email protected]...

Data Sheet for Linear Sensors Series OMS2 Magnetic (magnetostrictive) Linear Transducer with analogue output Drawing Sensor With valve connector and floating cursor 10V signal output version 2410 10,1V signal output version 2411 20mA signal output version 2442 Electrical travel 10V signal output version 2410 10,1V signal output version 2411 20mA signal output version 2442 Electrical travel With valve connector and guided cursor allowed horizontal offset permissible distance 2..5 mm 11 Guided cursor #134577 angle joint similar DIN71802 M5 axial joint similar DIN71802 M5 MEGATRON Elektronik GmbH...

Data Sheet for Linear SensorsMagnetic (magnetostrictive) Linear Transducer with analogue output Series OMS2DrawingElectrical connections 3 3 5 5 Valve single output Valve double output Power supply - Power supply - Direct output Direct output Direct output Direct output Reverse output Power supply - Power supply - Connector body Connector body Note:-<-Make a connection as close as possible to transducer 0...10 V d.c. 0.1...10.1 V d.c. 4...20 mA Analog output The OMS2 magnetostrictive transducers provide a direct and reverse voltage or current analogue output proportional to the magnetic cursor's...