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Swagelok ® Hose Advisory Services: Helping You Get More from Your Hoses   Eliminate a variety of hose-related issues that cause safety concerns , unplanned downtime, low product yield, or costly part replacements through Swagelok ® hose advisory services. Experienced Swagelok hose advisors will...

Undergo a Steam System Audit. Reduce Energy Loss. Find out where your plant is losing energy with thorough Swagelok ® steam system services. By harnessing state-of-the-art techniques and relying on years of steam and condensate systems industry expertise, a steam system specialist will help you co...

Take the Building and Testing of Fluid System Assemblies Off Your To-Do List If you’re short on trained personnel or simply short on time, Swagelok-trained technicians can provide an extra set of hands by fabricating your fluid system assemblies for you. You will receive a professionally designed, ...

< Back to Mechanical Seal Support Systems Seal Support System Atmospheric Side Plans Seal Plan Kits Swagelok-built atmospheric side plans for seal support are available as seal plan kits only. Each kitcontains everything needed for proper installation, including an engineered drawing, making it...

API Plan 51 is a quench system for use on the atmospheric side of a single seal. This system acts as a dead-ended reservoir for a fluid. API Plan 51 Kit contents shown solid and include some optional components. This plan: Prevents icing on the atmospheric side of the seal Is typic...

API Plan 62 delivers an external quench fluid to the atmospheric side of the seal. A typical application in a refinery is the prevention of coking on seal faces in hot hydrocarbon service by employing a steam quench. Nitrogen or clean water may also be used to quench or cool and clean the atmospheri...

API Plan 65A monitors leakage in a single seal arrangement. Connected to the drain port on the gland, a reservoir collects normal leakage and is constantly open to drain. In the event of a seal failure, an orifice fitting on the outlet of the system allows a level transmitter to trigger an alarm due...

API Plan 53A utilizes a reservoir and circulates a pressurized barrier fluid between the inboard and outboard seals. The typical source of pressurization is plant nitrogen. The reservoir should be set at least 20 psi (1.3 bar) above maximum seal chamber pressure. This is to ensure that leakage acros...

API Plan 53B circulates a pressurized barrier fluid between the inboard and outboard seals. The source of pressurization is a bladder accumulator. Plan 53B has the advantage of not allowing gas absorption into the barrier fluid which may allow for operation at higher pressures than Plan 53A. Barrier...

API Plan 53C circulates a pressurized barrier fluid between the inboard and outboard seals. The source of pressurization is a piston accumulator. Plan 53C is preferred for applications where the seal chamber pressure may vary during pump operation. A sensing line is typically run from the seal chamb...