Farsens presented HygroFenix, passive RFID temperature and humidity sensor

Passive UHF RFID sensors.

New product of Farsens’ broad family of battery-free UHF RFID sensors that work with EPC Class 1 Gen 2 RFID standard readers, HygroFenix is a passive RFID temperature and humidity sensor that allows accurate measurements of temperature and relative humidity while providing wireless data transmission with read range up to 1.5 meters.   

Passive RFID temperature humidity sensor

HygroFenix

HygroFenix represents not only a cost-effective option for simultaneous RFID-enable asset tracking and measurement of temperature and relative humidity, but also an easy solution for situations where there is the need for automatic temperature and humidity measurement, but electrical wiring is not possible or the use of batteries is not convenient. Such situations can be identified for example in data centers where the environmental conditions must be monitored to assure the correct working of IT assets. HygroFenix is able to measure values of relative humidity from 0% to 100%, with maximum accuracy of ±4.5% and resolution of 0.004%. As per the temperature measurement capabilities, the measurable values range from -30°C to 85°C, with maximum accuracy of ±0.5°C and resolution of 0.016°C. A variety of antenna models with different directivity are available to match specific application requirements within the 860-960 MHz band. Additionally, Farsens can deliver fully customized encasements to meet any need in terms of mounting options and protection for use in the harshest environments.

Please contact Farsens for additional information on this passive RFID temperature and humidity sensor. Looking for other kinds of RFID tags or a complete RFID solutions? Try our RFID tag search engine or contact us.

This entry was posted in RFID News, RFID tags and tagged . Bookmark the permalink.

One Response to Farsens presented HygroFenix, passive RFID temperature and humidity sensor

  1. Pingback: Farsens presented HygroFenix, passive RFID temp...