S+S Room humidity and tempe­rature sensor - RFTF-U LM235Z

S+S Room Humidity and Temperature Sensor - RFTF-U LM235Z

Discover the outstanding S+S Room Humidity and Temperature Sensor - RFTF-U LM235Z crafted by S+S Regeltechnik GmbH, a leading manufacturer in the industry providing top-quality products for HVAC systems. With a precision of 3% RH, this sensor offers unparalleled accuracy in measuring relative humidity and temperature.

Key Features and Benefits

Experience the versatility and reliability of the HYGRASGARD® RFF/RFTF humidity and temperature sensor designed to measure air humidity and temperature effectively. Convert humidity and temperature values into a standardized 0-10 V or 4-20 mA signal effortlessly, providing you with precise data for optimal environmental control.

Choose between a model with a display for real-time monitoring or without for streamlined functionality. The sensor is housed in a durable plastic casing with a snap-on cover, featuring a 4-hole mounting base suitable for vertical or horizontal installation on flush-mounted sockets.

For enhanced durability in demanding environments, opt for the stainless steel enclosure, ideal for applications requiring vandal-resistant properties, such as schools, military bases, and public buildings.

Technical Specifications

• Voltage Supply: 24 V AC (±20%) and 15-36 V DC
• Sensors: Digital humidity sensor with integrated temperature sensor, offering high accuracy and long-term stability
• Humidity Output: 0-10 V
• Temperature Output: 0-10 V
• Humidity Range: 0-100% RH
• Temperature Range: 0°C to +50°C
• Housing: Plastic ABS material, White color (similar to RAL 9010)
• Mounting: Wall mount or on flush-mounted socket, Ø 55 mm, 4-hole base
• Protection Class: IP 30 (according to EN 60529)

Whether you require precise temperature and humidity measurements for HVAC systems, clean rooms, or public spaces, the HYGRASGARD® RFF/RFTF sensor ensures accurate data acquisition and control. Its digital sensor technology guarantees long-term stability and allows for user fine-tuning for optimal performance.