Mechanical Seal Plan Animation

Api piping plans help to ensure good conditions for mechanical seal operation as well as improving safety and pump reliability please contact aesseal systems division for further details tel 44 0 28 9266 9966 email systems aesseal com for more information and a video demonstrating the piping plan in operation select a plan below

Mechanicalsealworkinganimation mechanicalsealtypes typesofmechanicalsealin this video working animation types and reasons of failure of mechanical seal i

Youtu be x5y7fkwsozsmechanical seal working animation types of mechanical seal pump seal in full detail a complete package on mechanical seal

It covers the various mechanical seal types and explains the mechanical seal working in detail the training course also includes an api 682 guided seal selection tool and a troubleshooting guide the course designed with extensive graphics and animation gives a virtual practical exposure on mechanical seals

Product recirculation from discharge through flow control orifice and heat exchanger to seal chamber features 1 improves pressure margin over vapour pressure 2 improves temperature margin to meet secondary sealing element limits to reduce coking or polymerizing and to improve lubricity 3 self venting plan 4

5 clean fluid film formation between the inboard seal faces gives better seal life use 1 applications where no leakage to atmosphere can be tolerated e g hazardous toxic inflammable media 2 for dirty abrasive or polymerizing products where media is unsuitable as a lubricant for inboard seal faces caution 1

The training course on mechanical seals covers the working design maintenance installation and operation details an api 682 guided seal selection tool is

We demonstrate the operating principles of single mechanical seals double mechanical seals and gland packing then we discuss the advantages and disadvantages of each option animated diagrams cgi and physically cross sectioned mechanical seals are all used to show how each sealing option functions huge water savings explained

Global standardized plan 54 lubrication system the gs 54 global standardized system is an optimized pre engineered design based on john crane s fluid control expertise and engineering excellence the gs 54 is a best practice solution that significantly reduces specification review and delivery schedules and delivers pressurized barrier

Product recirculation from pump discharge to seal through a flow control orifice features 1 prevents product from vaporizing by maintaining positive pressure above vapour pressure 2 becomes a self venting plan for horizontal pumps 3 default api plan for most single seals use 1

Tapered seal chamber plan 03 advantages little to no maintenance process solids will not collect as they do in a traditional seal chamber use only when adequate vapor margin is present in the seal chamber plan 62 with steam can provide additional heating or cooling and minimize coking on hot processes

A primary factor in achieving highly reliable effective sealing performance is to create the best fluid environment around the seal selection of the right piping plan and associated fluid control equipment requires a knowledge and understanding of the seal design and arrangement fluids in which they operate and of the rotating equipment to which they are fitted

Packing vs mechanical seals packing mechanical seals seals with visible leak constant monitoring for adjustments shaft wear or use sleeve special handling not required low initial cost seals with invisible leak minimal monitoring and no maintenance virtually no shaft drag handle with care

Are you ready to demystify the cam mechanical seal this captivating 3d animation presentation is your backstage pass to the inner workings of this vital pie

Plan 55 dual seals unpressurized external unpressurized buffer system source plan 61 quench seals quench connection for purchasers use plan 62 quench seals external quench on atmospheric side of seal plan 65a single seals atmospheric leakage collection detection for condensing leakage with failure detection by excess flow into

1 reduces flashing or air intrusion across seal faces by providing a positive flush 2 maintains vapour pressure margin 3 always provided at a pressure greater than seal chamber pressure 4 if maintained properly the best of all single seal plans subject to acceptance of contamination use 1 dirty or contaminated fluids 2

Operates similar to plan 11 why seal chamber heat removal seal chamber venting on horizontal pumps reduce risk of freezing polymerizing fluid in exposed plan 11 piping where custom seal chamber most likely an ansi asme pump clean moderate temperature fluids used with single seals rarely with dual seals preventative maintenance

Mechanical seals have the purpose of preventing leakage of a fluid liquid or gaseous through the clearance between a shaft and the fluid container the mai

Api plan 01 to 41 are flushing plan the flushing liquid is allowed to mix with pumpage in plan 32 liquid from external source is flushing liquid and is allowed to mix with process liquid api plan 51 onwards are for double seal or quenching the external liquid or gas is not allowed to mix with the pumpage unless seal leaks