Test-Thermocouples

Fits into all thermo-control Thermocouples

With our test thermocouples (also called SAT thermocouples) you can check our protective gas / vacuum thermocouples for any deviations at any time during the process.

Like all thermo-control thermocouples, they are characterized by the following properties:

  • 2.5 mm thin insulating rods made of high-density 99.7% Al2O3
  • with handle and matching compensation cable 2.5 m
  • As standard, the cable is assembled with bare ends.
  • Standard delivery lengths from 400 mm to 1600 mm
  • with calibration certificate, traceable to a national standard or according to AMS 2750
  • PtRh-Pt versions 4 year warranty against drift and thermowire defects
  • Recommended interval for re-calibration 10 years
  • Transport tube 30 mm made of Plexiglas for safe storage of the test thermocouple
  • Individual process connection according to specification available on request
  • Optionally with calibration certificate according to AMS 2750
  • Optionally with DAkkS calibration certificate
  • Optionally pre-assembled, with cables and plug connections
  • Individual process connection according to specification on request possible

Standard variant

Test thermocouples follow this specification specification :
10 - CC 01 TT - LLLL AAAA

The standard versions can be assembled according to the following key:

10 Test thermocouples
CC Calibration according to
01 Calibration certificate based on fixed points Al, Zn, Au, Pd with correction values from 0 °C - 1500 °C in 100K steps (1)
02 Calibration certificate according to AMS 2750 from 0 °C to 1500 °C in 100K steps (1)
03 DakkXs calibration certificate 0 °C to 1500 °C in 100K steps (1)
01 1 Thermocouple
TT Type Thermocouple EN 60584-1
01 Type S (PtRh10% - Pt)
02 Type R (PtRh13% - Pt)
03 Type B (PtRh30 - PtRh6)
04 Type K (NiCr - NiAl)
05 Type N (NiCrSil - NiSil)
06 Type J (FeCu - Ni)
07 Type U (Cu - Cu)
08 Type C (WRe26 - WRe5)
09 Type T (Cu - CuNi)
10 Type E (NiCr - CuNi)
11 Type L (Fe - CuNi) DIN 5843
LLLL Nominal length in mm from 0050 to 1600
AAAA Assembly
BL 20 2.5 m compensation cable silicone 2 x 0.22 mm², ends bare, 20 mm stripped
MC 2.5 m silicone compensating cable 2 x 0.22 mm², thermal plug Miniature (standard 220°C)
SC 2.5 m silicone compensating cable 2 x 0.22 mm², thermal plug Standard (standard 220°C)
LS3 2.5 m silicone compensating cable 2 x 0.22 mm², S3 LEMO plug

Drawings

Ausführung mit abisoliertem Ende
Ausführung mit abisoliertem Ende
Drawing 51kB DXF 2,2 MB 3D STEP 2,2 MB eDarwings 2D 697 KB Zipped CAD files ~1,7 MB
Ausführung mit Standardstecker
Ausführung mit Standardstecker
Drawing 65 kB DXF 152 kB 3D STEP 773 kB eDarwings 2D 157 KB Zipped CAD files 752 kB
Ausführung mit Standardstecker
Ausführung mit Standardstecker
Drawing 65 kB DXF 152 kB 3D STEP 773 kB eDarwings 2D 157 KB Zipped CAD files 752 kB
Ausführung mit LEMO Stecker
Ausführung mit LEMO Stecker
Drawing 65 kB DXF 152 kB 3D STEP 773 kB eDarwings 2D 157 KB Zipped CAD files 752 kB

You can download the free program eDrawings Viewer to view our drawing files on any device without a CAD environment.

eDrawings by Dassult Systems

Documents

thermo-control Körtvélyessy - Katalog test thermocouples (de) Katalog test thermocouples (de) 1.6 MB
thermo-control Körtvélyessy - Instructions for use test thermocouples (de) Instructions for use test thermocouples (de) 1.2 MB
thermo-control Körtvélyessy - Thermocouples general catalog (de) Thermocouples general catalog (de) 8.6 MB
thermo-control Körtvélyessy - General information about thermocouples (de) General information about thermocouples (de) 1.8 MB

Download complete catalog of thermocouples

Download the catalog as a PDF!
Download

General

Your test thermocouple is actually the additional common thermocouple for any number of thermo-control thermocouples. Its protective tube is empty and preheated in each thermocouple in the oven.

Important instructions for use

Caution

Even if you slowly pull the test thermocouple out, it is still very hot, although you cannot see it. There is an acute risk of burns! If the test thermocouple is still connected to the display device, a maximum of 50°C – 60°C should be displayed before the test thermocouple is completely pulled out of the protective tube.

Note

The faster you insert the test thermocouple, the longer you have to wait for stabilization. There is no time to gain by hurrying. If you do it too quickly, the thermocouple will break.

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