Wireless passive sensors – the TELID® 200 series

Key takeaways

  • Battery-free passive design extends service life.
  • Multi-parameter sensing: temp, humidity, pressure.
  • TELID® 281 provides 3-axis acceleration with FFT.
  • Contactless ISO15693 read range up to 20 cm.
  • NFC variants allow smartphone readout via apps.
Product Manager Electronics & Sensors

Talk to the product expert

Jacek Nowak, Product Manager Electronics & Sensors

Detailed product information

RFID Sensor Transponders

Our TELID® 200 series passive sensor transponders offer a wide range of measurement parameters such as temperature, humidity, pressure, shock and vibration, tilt, light, etc., all in a small space. – in a very small space.

Thanks to their battery-free design, they have an extremely long service life and can be installed in and on numerous materials, even under asphalt or in concrete, to provide reliable and selective data.

Our acceleration sensor, the TELID® 281, uses AI-based data processing in the sensor and Fast Fourier Transformation to enable acceleration measurement in three axes (e.g. speed measurement).

The extensive microsensys portfolio also includes (sensor) transponders with NFC interface, which can be conveniently read out with your own smartphone or tablet and our apps.

Key Features

  • Wireless passive RFID accelerometer

  • 3D vibration measurement 0…6400 Hz, up to ±16g, with integrated FFT and rotational speed sensor

  • Communication range: up to 20 cm

  • Medium-sized Hard-TAG, mountable on metal objects

  • Contactless data transmission according to ISO15693

  • Other passive sensors: temperature, (ground/air) humidity, pressure, light; also with NFC interface

Applications

  • Industrial condition monitoring

  • Maintenance

  • Logistics

  • Healthcare sector

  • Agriculture

Product Images

Wireless passive sensors – the TELID® 200 series
Source: microsensys
Wireless passive sensors – the TELID® 200 series
Source: microsensys
Wireless passive sensors – the TELID® 200 series
Source: microsensys