PS2P-LIN-CE-M002-1A0-ELS120-05

PS2P-LIN. Linear touchless position sensor. Description. Something that is truly contactless. One magnet, One electronics module. No gears. Nothing to wear out over a lifetime. A sensor that will deliver the same level of precision and stability throughout its life as the first day it was installed -despite extremes of vibration, shock, temperature and contamination. Something that is easy to assemble -delivering additional cost reduction on the production line. Something that can be fitted anywhere on the pivoting shaft, giving engineers the flexibility to be creative. Main features. • True touchless operation: free from wear and tear. • Low profile & robust magnetic design that easily adapts to your Our touchless sensor is Piher Sensing Systems at its best, packaging its core technology -slimline magnetic Hall Effect sensing- into something truly original. design. • Selectable output: analogue (ratiometric) or PWM. SPI upon request. • Programmable measuring range: up to 12mm. • Resolution: analogue & PWM: 12 bits / SPI: 14 bits. • Linearity: +/-1% absolute (+/-0.5% upon request). • Over voltage protection up to 30V. • Reverse voltage protection up to -50V. • Supply voltage up to 30V. • Programmable linear transfer characteristic (some positive slopes & one negative slope can be programmed in the same transfer characteristic; up to 4 programmable points) Lateral magnet linear displacement version. Concentric magnet linear displacement version. • Unlimited mechanical life. • High vertical & lateral tolerance to magnet misalignment. • Simple, redundant and full redundant versions available. • Sealed for harsh environments. Touchless • Operating temperature: -40ºC to +125ºC working principle Measurement of linear position using variation of magnetic field amplitude induced by the displacement of a moving magnet has been intensively developed over the last fifteen years. However, these solutions have limits in terms of angular range and temperature m a r k e ts rv ** e ed * * ** * Agriculture. Construction & forestry. Material handling. Lifts & cranes. Marine. d ** ** * a r k e ts s • • • • • ve er *m s • Self-diagnostic features. Sensing the position, avoiding contact. influence. The linear touchless linear sensors create immunity to magnet´s misalignment that negatively impacts operational performance and results in labour intensive maintenance programmes. It complements our concentric and variable air-gap touchless series of non-contact angular rotary position sensors. The technology used by Piher is only sensitive to the flux density coplanar with the IC surface. The absolute position information is computed from both vectorial components of the flux density (i.e. BX and BY) of a magnet. Then an output signal proportional to the decoded position is produced. The magnet is attached to the moving parts whose displacement is to be measured, such as hydraulic/pneumatic controls or gear selector, and the electronics module is fixed to the chassis (or vice versa). As absolute sensors, they will not lose the values even after a power failure. / 5 3 /E C ) / R o H ) cc EU A -Page 1 of 4- 5 / 86 3 / Pb (2 01 i ng to ELV or d ( 00 20 S3 All Piher touchless sensors are compact, sealed, low-profile, yet extremely rugged and can be custom-engineered to fit customer’s specifications and existing mechanical assemblies. PS2P-LIN. Dimensions Linear touchless position sensor Dimensions in mm. Drawings not to scale. Number and function of wires pictured in this datasheet may vary according to the selected output configuration. PS2P-LIN-CE version. Concentric magnet linear displacement. Position mark 50% Position PS2P-LIN-LA version. Lateral magnet linear displacement. 50% Position Position mark Position mark -Page 2 of 4- PS2P-LIN. Ordering information Linear touchless position sensor Part number examples: Redundant type with lateral magnet, PWM output, L0003 function, linear sensing of 12mm and 5V supply: PS2P-LIN-LA-M002-2PP-L0003-ELS120-05-F200F200 Simple type with magnet on top, analogic output, L0000 output function, linear sensing of 12mm and 5V supply : PS2P-LIN-CE-M002-1A0-L0000-ELS120-05 __ ____ _ __ _____ ______ __ ____ Magnet position Magnet model Type Output Electrical linear stroke Voltage supply PWM Frecuency (Hz.) M002 1 = simple 2 = redundant 3 = full redundant Output function 05 RE F100 ... F999 PS2P-LIN Series CE = top LA = lateral (2) (1) A0 = Analogic P0 = PWM AA = Analogic (redundant) PP = PWM (redundant) L0000 ... ELS010 ... L0003 (7) (5) (3) (1) (6) ELS120 (4) Free online expert advice at http://piher.net/configurator/2018/04/13/touchless-sensor-configurator/ Magnet on top. Magnet position Lateral magnet. (2) Magnet Model M002 Magnet for linear sensing (3) Output The analog output is a ratiometric output, proportional to: - For supply voltage 5V: to input supply voltage. - For supply voltage RE: to 5V. (4) Output function Other output functions available check availability. In the How To Order reference, enter LXXXX if the new output function reference has not yet been defined. Standard output functions: L0000 -6mm L0001 0 +6mm -6mm L0002 (redundant) -6mm 0 +6mm 0 +6mm L0003 (redundant) 0 +6mm -6mm (5) Electrical linear stroke ELS = measured in steps of 0.1mm. Examples: ELS010 = 1mm effective electrical stroke (minimun). ELS100 = 10mm effective electrical stroke. ELS120 = 12mm of effective electrical stroke. For larger strokes: check availability. (6) Voltage supply 05: 5V ±10% RE: 7V - 30V RE not available for full redundant versions. (7) PWM frecuency Leave empty if no applicable. Default frequency is 200 Hz For redundant versions, please, write both frequencies: -FXXXFXXX -Page 3 of 4- Disclaimer The product information in this catalogue is for reference purposes. Please consult for the most up to date and accurate design information. Piher Sensors & Controls S.A., its affiliates, agents, and employees, and all persons acting on its or their behalf (collectively, “Piher”), disclaim any and all liability for any errors, inaccuracies or incompleteness contained herein or in any other disclosure relating to any product described herein. Piher disclaims any and all liability arising out of the use or application of any product described herein or of any information provided herein to the maximum extent permitted by law. The product specifications do not expand or otherwise modify Piher’s terms and conditions of sale, including but not limited to the warranty expressed therein, which apply to these products. No licence, express or implied, by estoppel or otherwise, to any intellectual property rights is granted by this document or by any conduct of Piher. The products shown herein are not designed for use in medical, life-saving, or life-sustaining applications unless otherwise expressly indicated. Customers using or selling Piher products not expressly indicated for use in such applications do so entirely at their own risk and agree to fully indemnify Piher for any damages arising or resulting from such use or sale. Please contact authorised Piher personnel to obtain written terms and conditions regarding products designed for such applications. TM Product names and markings noted herein may be trademarks of their respective owners. Piher is an Amphenol company. Information contained in and/or attached to this catalogue may be subject to export control regulations of the European Community, USA, or other countries. Each recipient of this document is responsible to ensure that usage and/or transfer of any information contained in this document complies with all relevant export control regulations. If you are in any doubt about the export control restrictions that apply to this information, please contact the sender immediately. For any Piher Exports, Note: All products / technologies are EAR99 Classified commodities. Exports from the United States are in accordance with the Export Administration Regulations. Diversion contrary to US law is prohibited. All Piher products can be adapted to meet customer´s requirements. Consider the environment before printing. Please always use the latest updated datasheets published at our website www.piher.net. v060918 -Page 4 of 4-