Disconnected systems are the silent profit killers of modern manufacturing. They rarely trigger a crisis, but their cumulative impact, from redundant data entry to delayed quality insights, wastes precious hours every day.

In the world of thermal processing, the most expensive mistake a manufacturer can make is assuming modernization requires a complete teardown. While it’s tempting to replace aging furnace controls, you might be surprised to find that your existing instrumentation (installed as far back as 2010) already possesses the digital connectivity you’re looking for.

AMS2750G to AMS2750H: Key Changes in Pyrometry Requirements

The aerospace industry demands strict control over heat treatment processes to ensure the safety and performance of critical components. To regulate these processes, the AMS2750 standard outlines comprehensive pyrometry requirements for equipment calibration, testing, and temperature uniformity. The latest revision, AMS2750H, introduces several important changes from AMS2750G, reflecting technological advancements and clarifying requirements to maintain high standards in thermal processing. Below is an outline of the key differences and updates.

Instrumentation Changes to AMS2750F

There are two main changes within AMS2750F regarding instrumentation: 1) readability and 2) digital furnace instruments.

In the new revision of AMS2750F, selection of correction factors is now defined. When performing a SAT or TUS at a temperature which does not correspond to a tested value on the thermocouple calibration report, AMS2750F permits the selection of a correction nearest the temperature in use or linear interpolation. 

Byington Steel Treating, Inc. offers a full range of metal treating services in the Bay Area. Founded in 1952, Byington has been delighting customers and improving its operations for three generations of family ownership.

Companies providing thermal processing and heat-treating services are often amazed by the incredible capabilities of the latest supervisory control and data acquisition (SCADA) systems. As SCADA systems keep getting better, they deliver even greater value for providers. 

Supervisory control and data acquisition (SCADA) systems are incredibly sophisticated interfaces that allow industrial processes to be controlled and monitored simply and effectively. 

Many suppliers choose supervisory control and data acquisition (SCADA) systems primarily to meet Nadcap or AMS2750 requirements. While SCADA control systems are vital for those exacting standards, they also create a lot of opportunities to increase efficiency and run systems more effectively.

No matter what specifications you’re aiming for or process you’re controlling, you’ll need an effective supervisory control and data acquisition (SCADA) system. SCADA systems are effective for a wide range of industries, allowing for exacting control and monitoring of industrial processes either on-site or remotely. A good SCADA system is crucial for compliance with specifications like AMS2750 and Nadcap.