Differential pressure gauge 122 series
dialthreadedstainless steel

Differential pressure gauge - 122 series - Brooks Instrument - dial / threaded / stainless steel
Differential pressure gauge - 122 series - Brooks Instrument - dial / threaded / stainless steel
Differential pressure gauge - 122 series - Brooks Instrument - dial / threaded / stainless steel - image - 2
Add to favorites
Compare this product
 

Characteristics

Pressure type
differential
Display
dial
Mounting
threaded
Material
stainless steel
Applications
process, for gas
Other characteristics
precision
Pressure

Min.: -30 psi

Max.: 4,000 psi

Precision

1 %

Process temperature

Min.: -29 °C
(-20 °F)

Max.: 79 °C
(174 °F)

Description

Reliable, efficient local pressure monitoring for high-purity applications. The Brooks Instrument 122 Series mechanical pressure gauges were designed and developed for the demanding high-purity applications of the semiconductor industry. Made of stainless steel, our mechanical pressure gauges feature an accuracy of 1% of full scale. These two inch gauges are durable measuring devices that come in a variety of process connections, pressure ranges, and socket orientations, offering a reliable and efficient way to monitor pressure locally. Get precise, high-performance results from the world's leading pressure gauge supplier. Features • Stainless steel movement providing precision performance • 316L stainless steel wetted parts • Gauges welded in oxygen-free chambers to meet rigid cleanliness and safety guidelines • Variety of models and pressure ranges to support specific design needs Benefits • Mechanical pressure gauges offer durable and efficient ways to monitor pressure locally Applications Gas delivery systems and tools used for semiconductor processing, including: Bulk gas Gas cabinets Gas distribution
*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.