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AMS2750 Approved Heat Treatment Thermocouple with Miniature Plug

AMS2750 Approved Heat Treatment Thermocouples
with Miniature Plug

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Calibrated Mineral Insulated Thermocouples
Our range of AMS2750 NADCAP, BAC5621 or CQI-9 compliant mineral insulated thermocouples are designed to meet the high quality and accuracies demanded for heat treatment applications within the Aerospace industry. Through careful material selection and a comprehensive calibration program in our ISO17025 UKAS accredited laboratory, we can offer a wide range of sheath diameters and materials from stock with quick manufacture times. Their semi rigid construction allows them to be bent and formed to suit particular applications without impairing performance.
  • Calibrated in line with AMS 2750 NADCAP, BAC5621 or
    CQI-9 requirements
  • Suitable for use in Temperature Uniformity Surveys (TUS), System Accuracy Tests (SAT), Control Recording and Monitoring and Load sensors
  • Batch calibration certificate supplied as standard
  • Sensors are individually tagged and numbered for full traceability
  • Available in thermocouple types N, K, T and J
  • Wide range of sheath diameters and materials
Calibration Accuracies:

Code Standard Accuracy Supplied Permitted Applications Certification
AMS1 AMS2750 ±2.2ºF or 0.4% of reading (whichever is greater), end to end deviation of material batch no greater than 2.2ºF Temperature Uniformity Survey (TUS)
System Accuracy Test (SAT)
Control, Monitoring & Recording (Class 1 & 2)		 An in-house 3-page report for the start/end of batch from 32-2190ºF with all the information NADCAP auditors require (please refer to the Calibration Details section for a detailed explanation).
Please note: UKAS calibration is available on request.
BAC2 BAC5621 ±2.2ºF <1000ºF or 0.4% of reading >1000ºF, end to end deviation of material batch no greater than 1.0ºF Secondary/Field Test Sensor
CQI1 CQI-9 ±2ºF or 0.4% of reading (whichever is greater), end to end deviation of material batch no greater than 2ºF Temperature Uniformity Survey (TUS)
System Accuracy Test (SAT)
Control, Monitoring & Recording (Class 1 & 2)
Load



Vacuum Thermocouple Enquiry Form

1. Thermocouple Type
2. Sheath Material
3. Sheath Diameter
4. Sheath Length

 inches
5. Types of Sensing Junction

Illustration Select
INSULATED Junction
Duplex Element Required? (please tick box)
6. Miniature Plug Style

Illustration Select
3P6M - Miniature Plug
Plastic, rated to 425°F/220ºC
3P6MH - Miniature Plug
Plastic, rated to 570°F/300ºC
3P6MUH - Miniature Plug
Plastic, rated to 790°F/425ºC
3P6MC - Miniature Plug
Ceramic - rated to 1110°F/600ºC
7. Tagging Options

Illustration Select
Plastic ID Label
For use with all end seals up to 158ºF
Laser Etched Metal Tag
For use with all end seals above 480°F
Laser Etching on Sensor
Laser etch of serial number. This can be instead of or in addition to either of the options above
8. Calibration Accuracies

Calibration Type Select
AMS1 - AMS2750
BAC2 - BAC5621
CQI1 - CQI-9
Your chosen calibration is:

AMS1- AMS2750
Accuracy:
±2°F or 0.4% of reading (whichever is greater), end to end deviation of material batch no greater than 2°F
Permitted Applications:
Temperature Uniformity Survey (TUS)
System Accuracy Test (SAT)
Control, Monitoring & Recording (Class 1 & 2)
An in-house 3-page report for the start/end of batch from 32-2190ºF with all the information NADCAP auditors require (please refer to the Calibration Details section for a detailed explanation). Please note: UKAS calibration is available on request.
Your chosen calibration is:

AMS-2 - AMS2750
 Accuracy:
±4ºF or 0.75% of reading (whichever is greater), end to end deviation of material batch no greater than 2ºF
Permitted Applications:
Temperature Uniformity Survey (TUS)
Control, Monitoring & Recording (Class 3,4,5,6)
Load
An in-house 3-page report for the start/end of batch from 32-2190ºF with all the information NADCAP auditors require (please refer to the Calibration Details section for a detailed explanation). Please note: UKAS calibration is available on request.
Your chosen calibration is:

BAC2 - BAC5621
 Accuracy:
±2ºF <1000ºF or 0.4% of reading >1000ºF, end to end deviation of material batch no greater than 1ºF
Permitted Applications:
Secondary/Field Test Sensor
An in-house 3-page report for the start/end of batch from 32-2190ºF with all the information NADCAP auditors require (please refer to the Calibration Details section for a detailed explanation). Please note: UKAS calibration is available on request.
Your chosen calibration is:

CQI1 - CQI-9
 Accuracy:
±2°F or 0.4% of reading (whichever is greater), end to end deviation of material batch no greater than 2°F
Permitted Applications:
Temperature Uniformity Survey (TUS)
System Accuracy Test (SAT)
Control, Monitoring & Recording (Class 1 & 2)
Load
An in-house 3-page report for the start/end of batch from 32-2190ºF with all the information NADCAP auditors require (please refer to the Calibration Details section for a detailed explanation). Please note: UKAS calibration is available on request.
9. Calibration Standard
10. Report Type

Details Select
Standard 3 Page Report
An in-house 3-page report for the start/end of batch from 32-2190ºC with all the information NADCAP auditors require (please refer to the Calibration Details page for a detailed explanation)
Custom Report
As the Standard Report but with your choice of range and interval
Your chosen Report Type is:

An in-house 3-page report for the start/end of batch from 32-2190ºC with all the information NADCAP auditors require (please refer to the Calibration Details page for a detailed explanation).
Your chosen Report Type is:

A Custom Report
Please enter the calibration range:
Please enter the calibration interval:
11. Quantity Required

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If your enquiry is for more than one style of sensor, please email us with your requirements or use the box below



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1 Thermocouple Type Temperature Range (continuous) Temperature Range
(short term)
N Nicrosil vs Nisil 32°F to +2190°F -450°F to +2370°F
K Nickel Chromium vs
Nickel Aluminium		 32°F to +2010°F -350°F to +2460°F
T Copper vs Constantan -300°F to +570°F -418°F to +750°F
J Iron vs Constantan +120°F to +1290°F -350°F to +1380°F
Temperature ranges refer to the thermocouple type.
The temperature range of the sensor may deviate from the above,
please refer to the product description for more details
2 Sheath Material Max.
Temperature
600 Inconel 600 2010°F
114 Nicrotherm DTM 2280°F
310 310 Stainless Steel 2010°F
321

321 Stainless Steel

1470°F

INSULATED
Hot junction insulated from sheath. Gives floating output with typical insulation resistance in excess of 100 megohms