Demonstration of 2D Piping using (FDL/Fitting Definition Language) Ductil Iron Various Fittings in 8” Pipe Size

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Name = DI 90 Elbow

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;Created by: J.A. Cross 10/2004

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;Horizontal Pipe Centerline

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;NewO

Data = ADI_Bends,DI_Flange

Layer = PipeCL

LINE X1 Y2 X2 Y2

X1 = A

Y1 = 0

CP1

X2 = 0

Y2 = 0

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;Vertical Pipe Centerline

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LINE X1 Y2 X2 Y2

X1 = LastX

Y1 = 0

X2 = LastX

Y2 = -1 A *

CP2

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;Right Flange

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Layer = PipeWall

RECTANGLE X1 Y1 X2 Y2

X1 = A

Y1 = FL_DI 2 / -1 *

X2 = A

Y2 = FL_DI 2 /

X3 = A FL_TH -

Y3 = LastY

X4 = LastX

Y4 = FL_DI 2 / -

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;Left Flange

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RECTANGLE X1 Y1 X2 Y2

;first point ('lower left' of

flange)

;

X1 = Fl_Di 2 / -

;first Y

Y1 = A -1 *

;Second Point ('Upper Left')

X2 = LastX FL_DI +

Y2 = LastY

X3 = LastX

Y3 = LastY Fl_Th +

X4 = LastX Fl_Di -

Y4 = LastY

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;Pipe Edges inner/outer

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ARC Xc Yc R A1 A2

;center Y for Arc

Xc = A Fl_Th -

Yc = -1 A * Fl_Th +

R = A Fl_Th - Pi_Di 2 / -

A1 = 90

A2 = 180

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;Pipe Inner Edge

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ARC Xc Yc R A1 A2

Xc = LastX

Yc = LastY

R = A Fl_Th - Pi_Di 2 / +

A2 = 180

;[EOF] end of fitting ==

Demonstration of 2D Piping using (FDL/Fitting Definition Language) Ductil Iron 90º Elbow Pipe Sizes 8,10,12,14,16,18,20,24,30,36,42 and 48 Inches

Demonstration of 2D Piping using (FDL/Fitting Definition Language) Ductil Iron Various Fittings in 8” Pipe Size

Demonstration of 2D Piping using (FDL/Fitting Definition Language) Ductil Iron 90º Elbow Pipe Sizes 8,10,12,14,16,18,20,24,30,36,42 and 48 Inches