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Positilt PTM27 inclination sensor provides robust accuacy in a compact design

By Mary Gannon | August 13, 2020

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The new high-accuracy inclination sensor positilt PTM27 from ASM Sensors comes in an ultra-compact housing and is suitable for applications where high robustness and accuracy are required. It can also replace rotary angle sensors advantageously.

ptm27 inclination sensor from ASM SensorsThe new positilt PTM27 sensor measures inclination in the range of ±180° with one axis and in the range of ±60° with two axes. In contrast to conventional sensors of this type, the sensor offers a very high measuring accuracy with a linearity deviation max of 0.05° and a resolution of 0.005° over the measuring range 360°. The sensor is based on MEMS technology.

This technology works on a contactless principal without any moveable components and is therefore wear-free and shock and vibration resistant. Inside the housing, the sensor electronics are completely encapsulated and thus protected against moisture, dust and dirt. Additionally an integrated water block prevents capillary moisture ingress along the cable. The sensor has protection class IP67.

The ultra-compact sensor housing measuring just 10 mm in depth allows the sensor to be installed even in restricted spaces. The sensor housing design can be mounted in any axis orientation.

The sensor is suited for various industrial applications, for mobile machines and also for vehicles on public roads (E1 certification). positilt PTM27 can also replace rotary angle sensors advantageously as neither a shaft nor a magnet is required. Digital (CANopen, CAN SAE J1939) and analog outputs are available. For applications subject to high levels of shock and vibration positilt PTK29 is available in a stainless steel sensor housing with gyro-compensated MEMS technology.

ASM Sensors
www.asm-sensor.com


Filed Under: Mobile Hydraulic Tips, Sensors & Gauges
Tagged With: asmsensors
 

About The Author

Mary Gannon

Mary Gannon is editor of Fluid Power World. She has been a technical writer and editor for more than 13 years, having covered fluid power, motion control and interconnect technologies.

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