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Compact Construction
Design to be mounted in line between a cylinder and a mini valve
Body Material: 316L
Retainer Material: 316L
Designed for a Metal-to-Metal Seal
Rupture Disc Material: Alloy 600
Rupture Disc Assembly
Part No. TR-RDT-A
Do not use a rupture disc in a location where the sudden release of the material would pose a hazard.
The burst pressure is marked on the top of the disc retainer. Do not substitute any other burst disc. A DeTec disc must be used.
Make certain there is an isolation valve between the system being sampled and the rupture disc assembly. This is necessary so the system can be closed if the disc bursts.
Expansion of liquified gases due to small temperature changes may cause a rupture disc to release the cylinder contents. Appropriate regulations and guidelines should be followed to 1.88 establish safe filling limits.
* FLAT RETAINER RING IS STANDARD
FITS MOST RUPTURE DISC HOLDER OF THE SAME DIAMETER
Can be use with a Teflon Gasket
Compact Construction
Design to be mounted in line between a cylinder and a mini valve
Body Material: 316L
Retainer Material: 316L
Designed for a Metal-to-Metal Seal
Rupture Disc Material: Alloy 600
Rupture Disc Assembly
Part No. TR-RDT-A
Do not use a rupture disc in a location where the sudden release of the material would pose a hazard.
The burst pressure is marked on the top of the disc retainer. Do not substitute any other burst disc. A DeTec disc must be used.
Make certain there is an isolation valve between the system being sampled and the rupture disc assembly. This is necessary so the system can be closed if the disc bursts.
Expansion of liquified gases due to small temperature changes may cause a rupture disc to release the cylinder contents. Appropriate regulations and guidelines should be followed to 1.88 establish safe filling limits.
* FLAT RETAINER RING IS STANDARD
FITS MOST RUPTURE DISC HOLDER OF THE SAME DIAMETER
Can be use with a Teflon Gasket