Minneapolis, MN—August 7, 2008—Banner Engineering Corp. introduces the SureCross™ Temperature and Humidity Sensor, robust instrumentation optimized for use with the company's SureCross Wireless Network. (read more)

Minco is broadening its building automation product offerings with the launch of its new Relative Humidity Sensor. (read more)

The P14 Thermo was designed especially for dew point applications and humidity generators. (read more)

The P-14 humidity sensor was specially developed to satisfy the wide range of applications in the heating-ventilation and air conditioning sector in an ideal way. (read more)

Based on a unique technology, the CS 30 capacitive humidity sensor is designed specifically for high volume OEM applications where both high quality and low cost are important requirements. (read more)

HCH-1000 Series Capacitive Humidity Sensors. The HCH-1000 Series is a lower cost sensor solution delivering Honeywell's enhanced accuracy, response time and long-term stability for applications not requiring on-board active signal conditioning. (read more)

Minco and Kele announce today the release of 1% and 2% relative humidity sensor and transmitter packages for the industrial manufacturing and building automation markets. (read more)

Honeywell's HIH-4030 and HIH-4031 Series Humidity Sensors are competitively priced products with surface mount capabilities. Potential applications: residential/commercial environmental controls, medical equipment, dehumidifiers, metrology, industrial refrigeration, industrial-grade printers and copiers, high-end dryers, transportation. (read more)

The P14 Femto-Thermo is a miniaturized form of our successful P14 SMD Thermo. The preferred one chip solution consists of a capacitive humidity sensor, together with a Pt1000-sensor, on the same structure . (read more)

The Vaisala HUMICAP® Humidity Transmitter Series HMD/W60&70 is designed for monitoring humidity and temperature in demanding indoor air conditioning and DCV applications where excellent accuracy, long-term stability and negligible hysteresis are critical. The temperature compensated sensor is resistant to dust and most chemicals. (read more)