Honeywell 2408 , Inc. 30 inch Universal 30 mV Thermocouple 094703473773 .

30MV THERMOCOUPLE 30"

The 30-inch Universal 30 mV Thermocouple features an easy to use push-to-test ignition, a 250 Fahrenheit adjustable mercury bulb, and a clean break disconnect. It is compatible with most gas ranges.

The 30MV series thermocouples are perfect for applications that must measure temperatures of 1000°F or below. The 30MV has a long tip – the largest available in this temperature range – so it can extend into your process. They come with good accuracy and response times.

Our Universal 30 mV Thermocouple is designed to function with all infrared thermometers. It contains a four inch by six inch temperature sensing element that measures the distance from the sensor tip to the surface you are taking a temperature reading. The Universal 30 mV Thermocouple comes packaged in a protective storage case that is attached to a handle for easy, safe transport. Universal 30 mV Thermocouples are ideal for residential and commercial applications, measuring air temperature, surface temperature and liquid temperature.

The 2408, Inc. Universal 30 mV Thermocouple provides a cost effective alternative to the NIST Traceable equipment used in calibration facilities for temperature measurement verification. This thermocouple incorporates a uniquely designed shaft for connection to gas burner controls, electric controls for boilers and steam generators, industrial heaters and other process control devices using 4 wire measuring systems.

The Honeywell 2408, Inc. universal 30 mV thermocouple comes with a non-locking 3-pin connector for use in manual portable gas, fuels and LPG meters. It measures 29.54 inches (75 cm) and is the standard length for most gas meter applications.

Honeywell's Universal 30 mV Thermocouple, Featuring a hot junction compensation design and an adjustable tip to fit most digital thermometers.

The Honeywell 2408, Inc. Universal 30-Inch Thermocouple features a 30 mV output, a temperature range of 0 to 3200 degrees Celsius (32 to 6192 degrees Fahrenheit), and an accuracy of +/- 1 percent. It comes with its cables attached and it eliminates the need for "cold-junction compensation," which means less chance of errors and quicker response times.