Gauge Snubber fittings protects pressure  gauges and instruments from system pressure surges and shock.   Pressure damping (snubbing) is accomplished through the use of a porous sintered SS 316 element. When snubber is installed up stream from a pressure instruments, the response rate of the instrument is reduced and generally varies with the initial pressure drop across the porous metal element, and allows the instrument to smoothly come to line pressure. Heat code traceability

SPECIFICATION:

Size : 
1/4"F x 1/4"M
1/2"F x 1/2"M
1/4"F x 1/8"M
1/2"F x 1/4"M
1/2"F x 3/8"M

S 316 1000 Deg F (538 Deg C).
Optional Sour Gas service valves are available confirming to NACE Std. MR - 01 - 75.
All Snubbers are 100% Factory tested prior to shipment.

APPLICATION

Refineries, liquid patroleum gas processing plant, petro-chemical plants, systems difficult to shur off due to solid contents dust, rust, dirt etc.
Pneumatic Seat test is performed at 1/4 of working pressure.
Hydrostatic shell test is performed at 1.5 times the working pressure.    

Gauge Snubber fittings protects pressure  gauges and instruments from system pressure surges and shock.   Pressure damping (snubbing) is accomplished through the use of a porous sintered SS 316 element. When snubber is installed up stream from a pressure instruments, the response rate of the instrument is reduced and generally varies with the initial pressure drop across the porous metal element, and allows the instrument to smoothly come to line pressure. Heat code traceability

SPECIFICATION:

Size : 
1/4"F x 1/4"M
1/2"F x 1/2"M
1/4"F x 1/8"M
1/2"F x 1/4"M
1/2"F x 3/8"M

S 316 1000 Deg F (538 Deg C).
Optional Sour Gas service valves are available confirming to NACE Std. MR - 01 - 75.
All Snubbers are 100% Factory tested prior to shipment.

APPLICATION

Refineries, liquid patroleum gas processing plant, petro-chemical plants, systems difficult to shur off due to solid contents dust, rust, dirt etc.
Pneumatic Seat test is performed at 1/4 of working pressure.
Hydrostatic shell test is performed at 1.5 times the working pressure.