RIGHTWELL SAVE POINT FLASHBACK ARRESTOR LPG/ACETYLENE SA-2 (MADE IN JAPAN)

Size (L x W x H)8 cm x 5 cm x 7 cm3 Features / Specifications of Oxygen/Acetylene flashback arrestor Suits all standard BOC, CIG, Liquid Air and Generic Torches and Hoses ISO 9001 Certified Max Flow Acetylene ~ 2600 lph Max Operating Pressure Acetylene ~ 1.5 Bar / 21 ps Labelling may vary from batch to batch Features / Specifications of Oxygen/Acetylene flashback arrestor Suits all standard BOC, CIG, Liquid Air and Generic Torches and Hoses ISO 9001 Certified Max Flow Acetylene ~ 2600 lph Max Operating Pressure Acetylene ~ 1.5 Bar / 21 ps Labelling may vary from batch to batch Importance of Flashback Arrestors Flashback arrestors (FBA’s) are commonly used safety devices that stop or impede the progress of a flame front upstream of the insertion point. Probably 90% of all FBA’s used on oxy-fuel cutting and heating torches are designs which have sintered stainless steel elements. The remainder are designs which use coiled tubing to quench the heat associated with a flashback flame. These elements quench the flame front as it propagates back upstream toward the torch and/or regulator. FBA’s are generally reliable in performing the intended function so long as the device is used according to the manufacturer’s instructions. There are two types of sintered element arrestors. One is mounted onto the outlet of regulators and the other is mounted onto the inlet of torches. Regulator arrestors are typically larger and have a higher flow capacity than torch models because the sintered element has more surface area allowing for more flow. The sizes of torch mount arrestors are limited so as not to make the torch too cumbersome to handle. Torch arrestors are preferred because their location is ideal for preventing reverse flow flashbacks into the hoses. If regulator mount arrestors are used, flashbacks can still occur in the hoses with a high potential for injury. Regulator mount arrestors are used when higher flows are needed and these will protect regulators and cylinders from the effects of flashback.