The room sensors are used to provide reliable, accurate temperature readings in surface-mount room environments, Energy Management Control Systems, compatible with all the leading control systems.They feature a standard plastic ventilated enclosure.
Product Highlights:
Three low cost room temperature sensors to choose from.
High precision thermistor or RTD, accurate to 0.2C(+/-.36F).
The sensor measures temperature in stratified air such as the mixing sections of air handlers. The sensor has a standard 10k type 2 temperature-resistance curve compatible with all major control systems.
The Boiler stack temperature sensor and thermowell are designed to monitor the temperature of boiler stacks, steam lines and other applications where the temperature is above the operating range of typical HVAC thermistor type sensors. Maximum operating temperature of 300 Deg C (570 DegF).
This sensor is used to measure water temperature of heated or chilled water and other liquids in mechanical systems. The sensor is called an immersion type where the sensor is mounted in a brass or stainless steel thermowell which allows the probe to be removed from the pipe without draining the system and protects the probe.There are four thermistor based models, and one RTD version to provide compatibility with the majority of DDC systems.
We have designed this clip-on temperature sensor for use with refrigerant lines and copper tubing in hydronics applications. The sensor installs easily without drilling and reacts to temperature changes in seconds. Industry standard sensor elements are compatible with all major controls systems.
The temperature sensor is designed to measure outdoor air temperature in typical HVAC applications. Mounting is quick and easy using two screws and no electrical box. The thermistor is a well sealed stainless steel probe which is then inserted into a hard rubber PVC radiation shield. The cable is two meters long which allows terminating inside the building in an electrical enclosure or with flying leads. The cable can exit directly behind the probe and into the building through a hole, or it can exit vertically and run down the wall. A foam backing seals the hole in the wall if there is one and also serves to thermally insulate the probe from the wall. The probe is filled with thermal grease for quick response.