Type : Lease.

SLIP-ON FLANGES DESIGN*
(INDEPENDENT RING TYPE)

With this method, you may design:

· Slip-on flanges (Independent ring type), to accomplish line unions , as well as different pipe unions obtaining:

· All dimensions.
· Loads and moments on the flange.
· Approximate weight.

Also you may prove :
· Your design according to the pressure and operating temperature.

Furthermore you will be able to :
·Check your Slip-on (Independent Ring Type) flanges design upon changing some one of the following parameters :

· The operating pressure of the flange.
· Flange Material.
· Bolting Material.
· Internal diameter and/or thickness of the pipe.
· Bolts size.
· Gasket properties (Material, elastic factor, Design Sealting Stress).

Exit data sheet is as follows:

To introduce the variables you must fill in a format as follows :

CALCULATION METHOD INPUT
SLIP-ON FLANGE DESIGN
(INDEPENDENT RING TYPE)

By :
Company :
Date :
Client :
Reference :	Case :



Design Pressure :
Design Temperature :	°
Flange Material :
Bolting Material :
Corrosion Allowance :

Inside Pipe diameter (ID) :
Flange O.D. (A) :		Bolt circle diameter (C) :
Outside diameter of Raised Face (K) :		Thickness of Pipe (t) :
Bolts qty. :		Bolt diameter :
Bolt spacing :


Allowable Stresses :
Flange		Bolting
Design Temp. :		Design Temp. :
Atm. Temp. :		Atm. Temp. :
Gasket :
Material :		Min. Design Seating Stress (y) :
Factor (m) :		Thickness :

If you are sure press submit, if not refresh.

* Following ASME CODE recommendations.

Contact us at : mechcal@copcosa.com

You can lease this e-software to be used online, unlimited number of times, during 15 days