Articles Tagged with ''temperature measurement''

The CSvision series of ratio pyrometers can measure the temperature of metals, melts or ceramics non-contact, safely and reliably from different distances. 

Bulk solids DJT level indicators provide high, intermediate or low point level detection in hostile high-temperature environments. 

Temperature uniformity within a furnace can be defined as: “a uniform temperature set to operate within a specific tolerance band to create conditions under which a final uniform resulting metallurgy will be accomplished in the treated component.”

It has been 110 years since the tragic sinking of the unsinkable ship, the RMS Titanic. The first part of this article focused on the bow and stern riveters and the riveting process itself. This second part dives deeper into the sinking of the ship.

It is just short of 110 years since the tragic sinking of the unsinkable ship, the RMS Titanic.

Rapid growth and innovation in the past decade have enabled companies to implement key technologies to monitor, analyze, control and automate their assets.

With very fast processes, in some cases with very short cycle times, requirements for devices used in temperature measurement are especially onerous.

The CT 4M high-speed pyrometer measures within the spectral range of 2.2 μm to 6.0 μm, making it ideal for low-temperature measurements on metals, metal oxides, ceramics or for materials with an unknown or changing emissivity.

The MWIR-B-640 mid-wavelength borescope is designed for furnace applications. It enables highly accurate and fully radiometric temperature measurement image data to be taken, stored and trended over the lifetime of the furnace, providing a continuous and clear view – even through heavy smoke and hot atmospheres.

Designed for use by the steel, metals, industrial furnace and ceramic industries, versatile PSC-55N series pyrometers are ideal for precise temperature measurements from 392-5432°F (200-3000°C) and operate in the shortwave spectral range with fast, adjustable response time of 5 milliseconds to reduce or compensate for changes in target or surface emissivity.