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Fluke TYPE K 80PK-3A User Manual

80pk-3a

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®

80PK-3A

Type K Thermocouple Surface Probe

Instruction Sheet

WARNING

TO AVOID ELECTRICAL SHOCK, DO NOT USE THIS PROBE
WHEN VOLTAGES EXCEEDING 24V AC RMS OR 60 V DC ARE
PRESENT.THE PROBE TIP IS ELECTRONICALLY CONNECTED
TO THE OUTPUT TERMINALS.

CAUTION

The thermocouple strip in the tip of the probe is designed to
deflect only .030” in normal operation. Any action which bends
or pulls the strip out further from the tip will CONSIDERABLY
reduce the life of the probe

INTRODUCTION

The 80PK-3A Type K Thermocouple Surface Probe is designed for
measuring the temperature of flat or slightly convex surfaces, with
an exposed junction to allow direct contact with the surface being
measured. The 40-inch (1-meter) cable is terminated with a Type K
miniature thermocouple connector with 0.792-mm (0.312 in) pin
spacing. The probe can be used with any temperature-measuring
instrument that is designed to accept type K thermocouples and has
a miniature connector input.

SPECIFICATIONS

Type: K (Chromel vs Alumel)

Measurement Range: 0

°

C to 260

°

C (32

°

F to 500

°

F)

Junction Accuracy: (With respect to ANSI MC96.1): ±2.2

°

C

(3.96

°

F) over the range of 0

°

C to 260

°

C (32

°

F to 500

°

F)

Restrictions: The 260

°

C continuous temperature rating is primarily

determined by the Teflon support piece. The Teflon insulation
should not be exposed to temperatures exceeding 260

°

C (500

°

F)

nor to open flame, since this can cause release of toxic material.

Output:

25

°

C (77

°

F) =1.00 mV (reference junction at 0

°

C)

Seebeck Coefficient: 25

°

C (77

°

F) = 40.50

µ

V /

°

C

Measurement Time: (Time Constant): 3 sec typical on metal
surface; 15 sec max. for a 260

°

C change. See Applications

Information below.

Maximum Voltage: 24V ac rms or 60V dc

Probe Tip:

Maximum Temperature: 260

°

C (500

°

F)

Material: White PTFE

September 1989 Rev. 4, 4/02

©1993-2002 Fluke Corporation. All rights reserved. Printed in U.S.A.
All product names are trademarks of their respective companies