SLH100 - PENNY GILES CONTROLS - #1

Text version of the page

SLH100 HALL EFFECT CONTACTLESS LINEAR SENSOR Innovation In Motion Certificate No. LRQ 0924881 Quality Assurance Penny+Giles are accredited to BS EN ISO9001:2000 Quality is at the heart of all our systems ensuring the reliability of our products from initial design to final despatch. EMC Directive 2004/108/EC The products detailed in this document have been tested to the requirements of EN61000-6-3 (Emissions) and EN61000-6-2 (Immunity). Penny & Giles Controls Ltd 15 Airfield Road Christchurch, Dorset BH23 3TG United Kingdom +44 (0) 1202 409409 +44 (0) 1202 409475 Fax sales@pennyandgiles.com www.pennyandgiles.com Penny & Giles Controls Inc 5875 Obispo Avenue Long Beach CA 90805 USA +1 562 531 6500 +1 562 531 4020 Fax us.sales@pennyandgiles.com Penny & Giles GmbH Straussenlettenstr. 7b 85053 Ingolstadt, Germany +49 (0) 841 61000 +49 (0) 841 61300 Fax info@penny-giles.de www.penny-giles.de The Penny+Giles SLH100 Hall Effect Linear Sensor has been specifically designed to provide precision cost-effective position sensing, using the proven contactless Hall effect principle. The sensing system comprises two parts: the sensor and the magnetic activator. The sensor is a fully encapsulated electronic device and is intended to compete with sealed potentiometers and inductive sensors. The sensor can be used for a variety of automotive, industrial vehicle, marine and control applications. The durable design and absence of mechanical linkages makes this sensor attractive for use in harsh environments - where particles, moisture, temperature and vibration can be present. Robust, maintenance-free and easy to fit, the SLH100 Hall Effect Linear Sensor represents a cost-effective solution for demanding linear position sensing applications. • 28mm measuring range • 5V or 8-30Vdc supply • 0.5 to 4.5Vdc output • -40 to +125°C working range • Features an on-board micro controller that linearises the sensor output • Robust, sealed housing • Suitable for high dither vibration conditions • Virtually infinite life