80PK-27 Fluke Electronics, 80PK-27 Datasheet - Page 3
80PK-27
Manufacturer Part Number
80PK-27
Description
PROBE INDUSTRIAL TEMP SUREGRIP
Manufacturer
Fluke Electronics
Series
SureGrip™r
Type
K-Type Thermocoupler
Specifications of 80PK-27
Usage
HVAC
Tip - Type
Contact, Ribbon
Plug Type
Sub-Mini (Thermocouple Plug)
Probe Temperature Range
-196 ~ 1112°F (-127 ~ 600°C)
Cable Length
39.370" (1000.00mm)
Cable Insulation
Poly-Vinyl Chloride (PVC)
Plug Color
Yellow
Probe Length
8.000" (203.20mm)
Probe Material
Stainless Steel
For Use With
614-1037 - THERMOMETER HVACPRO IR
Lead Free Status / RoHS Status
Lead free by exemption / RoHS compliant by exemption
Other names
2098723
Use the 80PK-27 as follows:
1.
2.
3.
Measuring Technique
To improve the accuracy of your temperature measurements:
Troubleshooting
When no heat or cold applied to the probe, the measuring
instrument should display the ambient temperature. If the
measuring instrument does not do so, try the following:
1.
2.
3.
Using the miniature thermocouple connector, connect the
Turn on the measuring instrument and select the
Check for an open circuit indicator on the measuring
80PK-27 to a compatible Type K temperature measuring
instrument.
appropriate range and scale.
Read the temperature on the measuring instrument. When
no heat or cold is applied to the sensing ribbon, the
measuring instrument should display the ambient (room)
temperature. If the instrument does not readout properly,
refer to “Troubleshooting”.
When measuring higher than ambient temperatures,
adjust the connection between the probe and the surface
until you get the highest temperature reading.
When measuring lower than ambient temperatures, adjust
the connection between the probe and the surface until
you get the lowest temperature reading.
When measuring near ambient temperatures, make the
reading when the thermometer readout is most stable.
Verify that the temperature measuring instrument is
designed for Type K thermocouples. It should have a
yellow input connector and/or be marked “K”.
instrument. Some temperature measuring instruments
have a built-in circuit to indicate if the connected probe is
open. (All Fluke instruments have this feature.) Refer to
instrument's owner’s manual to see if this feature is
available.
If you suspect a broken connection, use an ohmmeter to
check probe continuity from pin to pin. If the ohmmeter
should read 10 ohms or less if there is continuity.
Short the two input pins of the measuring instrument with
a piece of wire. If the instrument is functioning it should
indicate the ambient temperature.