Conrad Kacsik Blog

AMS2750F: Thermocouple Certification – Standard Error Limits Removed.

Sep 1, 2020 9:50:03 PM / by Jason Schulze

In the new revision of AMS2750F, standard error limit requirements have been removed from Table 1. The error of ±4°F or ±0.75% is no longer permitted.

Base metal thermocouple permitted allowance for SAT, TUS, Load and furnace thermocouples is now ±2°F or ±0.4% of the reading (with the exception of type E & T thermocouples). 

Conrad Kacsik provides superior quality thermocouples in accordance with AMS2750F.

For more information, please contact us and consider attending our AMS2750 training course, Principles of Pyrometry.

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En la nueva revisión de AMS2750F, se han eliminado los límites de error estandar de la Tabla 1. Esto significa que ya no se permite el límite de error de ±4°F o ±0.75%.

El límite de error al usar cualquier tipo de termopar de metal básico para cualquier tipo de proceso ahora es de ±2°F or ±0.4% de la lectura (con la excepción de termopares tipo E y T). 

Conrad Kacsik provee termopares de alta calidad en conformidad con AMS2750F.

Para mayor información, por favor comuníquese a nuestra oficina o atienda al
curso de Principios de Pirometría que ofrece Conrad Kacsik.

Industrial Furnace Control System Guide

 

Topics: Nadcap, AMS2750, Pyrometry

Jason Schulze

Written by Jason Schulze

Jason Schulze is a metallurgical engineer at Conrad Kacsik with over 20 years experience in the aerospace industry. He has been exposed to Nadcap in multiple commodities, although he often focuses on heat treat. Jason works with companies to insource and improve metallurgical processes, perform gap analysis and internal audits as well as gain Nadcap approval. He is a voting member of the Aerospace Metals and Engineering Committee (AMEC) B & D which provides the aerospace industry with the technical benefits that accrue from the ideas and experience of its members. Additionally, Jason is contracted by PRI as a PRI Training (formerly eQuaLearn) Instructor and teaches multiple courses, including pyrometry. He also writes articles for Heat Treat Today and Thermal Processing on specific subjects related to Nadcap heat treat audits and pyrometry.

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