SENSeOR SAS

XEMC Darwind monitors remotely the bearing temperature of its high-performance wind turbines with wireless passive SAW sensors for improved reliability, security and productivity.

SENSeOR launches a new version of its best-seller temperature sensor TSA F151 for wireless measurements with infinite autonomy.

SENSeOR wireless and totally passive sensors, very robust, environment-friendly and operating even in harsh environments are source of new measurement solutions and were awarded "most disruptive innovation" prize in France.

SENSeOR’s SAW (Surface Acoustic Waves) sensors measure temperature, strain and pressure wirelessly and without any energy source. For technology evaluation, SENSeOR proposes a new evaluation kit, affordable to everyone.

SENSeOR launches its new wireless SAW strain gages. Wireless and entirely passive (no battery, no energy harvesting), these strain gages allow to perform temperature compensated differential measurements in various axis with high stability.

To answer the increasing need of industrial customers for interoperable wireless systems for condition monitoring, SENSeOR & BeanAir join forces in designing the most effective Wireless Sensor Network (WSN) available on the automation market.

A new wireless SAW cryogenic temperature sensor chip comes enriching SENSeOR’s product range. It will be launched commercially at SENSOR+TEST in Nurnberg (Germany) next June from 7th to 9th.

SENSeOR has appointed OCEANA SENSOR and BUSCH ELECTRONICS for distribution of its wireless temperature sensors in the US, and AXU as Italian distributor. Agreement with HY LINE already covers Germany, Austria, and Switzerland.

SENSeOR closed this summer a year-long campaign which allowed to rise 1.4M€ to speed up its industrialization program, develop the product portfolio and increase exportations.

SENSeOR’s new transceivers WR D001 and WR D004 remotely interrogate several SAW sensors either inside ISM Band with multiplexing option (CE-compatible WR D001), or using wide frequency band for measurements in confined spaces (WR D004).