FLUKE 80T-150UA Universal Temperature Probe

Fluke 80T-150UA Universal Temperature Probe

The Model 80T-150UA Universal Temperature Probe is a self-contained temperature-to-voltage converter.


    • Compatible with Fluke DMMs
    • High accuracy and fast reading for low voltage (below 24 V AC, 60 V DC) applications
    • Measurement range: -50 to 150 °C
    • Output: 1 mV/ °C or 1 mV/ °F (switchable)
    • One year warranty

    Fluke 80T150 UA Instruction Sheet

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    The FLUKE 80T-150UA Universal Temperature Probes is designed to provide a direct temperature reading when connected to any high impedance DMM that is capable of 1 mV resolution and at least a 300-count full scale readout capability.

    The output is 1 mV per degree (Celsius or Fahrenheit). Two switch-selected temperature output scalings are provided: -50 to +150 °C or -58 to +302 °F. The probe will stand off 60 V dc or 30 V ac rms (42.4 V peak).

    The unit is housed in two separate but attached assemblies: a temperature probe and a temperature-to-voltage converter. The probe contains the temperature-sensing element and is electrically connected to the temperature-to-voltage converter through a 46-inch cable.

    A three position switch on the converter acts as a power switch and is used for selecting Celsius or Fahrenheit scaling for the output. Two banana plugs with standard 0.75-inch spacing are provided for connecting the 80T150UA to the DMM. Operating power for the 80T-150UA is derived from a standard 9 V battery.

    Typically, an alkaline battery provides more than 600 hours of continuous operation before replacement is necessary. An OFF switch is provided on the temperature-to-voltage converter to allow battery conservation when the unit is not in use. In addition, the OFF position of the power switch allows the battery condition to be determined via the external DMM.

    Temperature is measured by exposing the probe tip directly to the material to be measured (non-corrosive liquid, gas, or solid). A direct temperature reading is displayed on the DMM

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