Infrared Sensors

Two-Color technology uses a sandwich detector and a fixed set of wavelengths. Dual-Wavelength technology uses a single detector with two unique and selectable wavelengths which allows for all of the benefits of a Two-Color pyrometer plus some significant added capabilities.
Specifications and Ordering

Multi-wavelength pyrometers use application specific algorithms to characterize infrared energy and emissivity across the measured wavelengths to accurately calculate both the actual temperature and emissivity of these complex non-greybody materials. These algorithms have been developed and refined from extensive data collected from off-line simulations and on-line trials. Each multi-wavelength sensor can hold up to eight selectable algorithms, so that the same pyrometer can be used for multiple applications.
Specifications and Ordering

nfrared sensors offer significant advantages over high maintenance thermocouples in several key chemical and petrochemical processing applications such as Flare Stack Pilot Monitoring, and temperature measurement of Thermal Reactors including Sulfer Recovery Units, Coal Gasification Systems, and Catalytic Crackers.
Flare Monitors, Pilot Monitors and Flame Intensity Monitors
Sensors for Thermal Reactors

Despite the fact that control systems and infrared thermometers are commonly used in the aluminum extrusion industry, the Temperature Process Control (TPC) System is the first to effectively merge these two technologies to deliver true automatic temperature-based control in a system that is easy to use.
Specifications and Ordering,