Description

In heavy industries like steelmaking, petrochemical processing, and energy generation, tracking material levels is a constant battle against physical destruction. Standard radar sensors melt, warp, or fail when exposed to blast furnaces or high-pressure reactors. The SRL630-HT 80GHz FMCW Radar Level Transmitter is structurally engineered to survive and operate precisely where conventional sensors cannot.

How It Survives 1200°C Heat

The SRL630-HT does not expose its sensitive electronics directly to the process heat. Instead, it achieves high-temperature insulation by firing its narrow 80GHz signal directly through thick quartz glass. When paired with its specialized high-temperature isolation device and quartz isolation flange, the transmitter safely monitors molten materials and glowing steel up to 1200°C while the core electronics remain safely isolated outside the heat zone.

How It Withstands 10 MPa (100 bar) Pressure

High-pressure chemical reactors require absolute structural integrity to prevent catastrophic blowouts. The SRL630-HT utilizes specially designed shaped glass capable of withstanding up to 10 MPa of process pressure at process temperatures of 200°C.

Impervious to Corrosive Vapors

For extreme chemical applications combining pressure, heat, and highly corrosive vapor-liquids, the SRL630-HT features an integral lens with a Teflon (PTFE) sealing surface. This structural design ensures that aggressive corrosive gases and liquids can never penetrate or degrade the internal equipment.

The 80GHz FMCW Advantage in Extreme Conditions

The true power of the SRL630-HT lies in combining these physical extreme-environment barriers with an advanced 80GHz continuous frequency modulation wave. The ultra-focused 3° beam angle easily penetrates the quartz glass isolation barriers and slices right through the thick smoke, splashing, and violent turbulence typical of extreme-environment vessels, delivering metrology-grade accuracy of ±1mm.