ETI Differential Thermometer Without Probe Sensor

Thermometer

ETI Differential Thermometer

With ETI's Therma Differential thermometer you can measure temperature from two different points simultaneously!

Designed for use with a wide variety of interchangeable temperature probes (type K thermocouple), the ETI Differential thermometer can be used in a wide variety of different applications ranging from measuring the temperature drop on a radiator to measuring the temperature output of different pipes. This product is particularly suted for use by plumbers and HVAC professionals and is ideal for both radiator balancing and HVAC applications.

Using the ETI Therma Differential, you can measure temperature from a single channel (T1 or T2) or you can show the difference in temperature between the two channels (T1-T2). Temperature can be measured from -99.9 to 299.9°C with resolution of 0.1°C and from 300 to 1372°C with resolution of 1°C.

The ETI Therma Differential thermometer also has the added benefit of being fully waterproof - the thermometer's case is completely sealed against water damage and is rated to IP66 and IP67.

ETI Therma Differential Thermometer Key Features
Dual-input thermometer - measure temperature from two points simultaneously
Works with a wide variety of interchangeable type K temperature probes (sold separately)
Ideal for HVAC work - measure the temperature drop across radiators or the temperature rise and fall of other objects
Measure from each channel individually (T1 or T2) or measure the difference (T1-T2)
Temperature measurements from -99.9 to 299.9°C with resolution of 0.1°C and 300 to 1372°C with resolution of 1°C
Data hold function temporarily stores current values shown on the screen
MAX/MIN mode calculates the maximum and minimum temperatures taken over a period of time
Automatic power off helps to save battery life
7500 hour battery life on 3 x 1.5V AAA batteries
IP66 and IP67 rated waterproof case

What's Included?
ETI Therma Differential Thermometer
Traceable Certificate of Calibration