Superior Sensor Technology’s helps reduce chemical leaks

Using an advanced pressure sensor technology, called NimbleSense, the company’s differential pressure sensors achieve extreme pressure measurement accuracy within 0.05% of the selected pressure range. When used in HVAC and industrial equipment, this precise measurement capability enables the system to accurately monitor the pressure drop of ammonia as it flows through the equipment, alerting operators of a possible hazards.

HVAC and other industrial refrigeration equipment manufacturers use ammonia to cool the system.  If leaked, ammonia is extremely hazardous to humans causing eye and skin irritation, headaches, coughing, lung damage and other dangerous side effects. Superior Sensor’s differential pressure sensors can accurately detect changes in ammonia pressure flow at very low-pressure ranges, indicating possible leaks or clogs in the system.

“Due to the low cost and efficiency of ammonia, it has become the most widely used chemical refrigerant for large industrial equipment applications,” Anthony Gioeli, Vice President of Marketing, Superior Sensor Technology.  “Advancements in technology, such as improving the accuracy of differential pressure sensors for regulating the flow of ammonia in equipment, will help prevent dangerous and costly chemical discharge from HVAC and other industrial equipment.”

Superior Sensor’s differential pressure sensors for HVAC and industrial equipment support up to eight calibrated pressure ranges in one device from ±0.25 inH2O to as high as ±150 psi with industry leading accuracy of 0.05% of the selected range.  The devices also include an integrated 50/60Hz notch filter, advanced digital filter, and optional closed loop control feature.  

The company's ND Series can be offered with custom packaging optimised for ammonia-based HVAC and industrial refrigeration equipment.