Aluminium Busbar Sizing Software Output

JP TECHNOSOFT AHMEDABAD Ph:

27603538 Email:[email protected]

DOCUMENT : NON-ISOLATED PHASE ALUMINIUM BUSBAR SYSTEM DESIGN Date:27/02/201

PROJECT :OMELECTRICAL Sheet No:1

Panel ID: TSL

Revision:R0

INPUT DATA: 1600.0 Amp.

A

=

Electrical Load (3-phase, A.C.)

=

PF

=

Operating Power Factor

=

V

=

Nominal Voltage

=

415.00 Volts

Vmin

=

Min. Continuous Operating Voltage

=

100.00 Volts

f

=

System Frequency

=

50.00 Hz

Alti

=

Altitude

=

100.00 Mtr.

Isc

=

Fault Current

=

1600.0 kA

tf

=

Duration of Fault

=

Ta

=

Ambient Temprature

=

Tf

=

Final Temprature of Busbar

=

0.80

1.00 Sec 40.00 85.00

o o o

C C

Tend

=

Allowed Final Temp. at end of fault

=

185.00

H

=

Busbar Enclosure Height

=

300.00 mm

D

=

Busbar Enclosure Depth

=

600.00 mm

BBmat

=

Busbar Material

=

AL

BBgrade

=

Grade of Busbar

=

D 50

BBil

=

Busbar Interleaving

=

Withou

BBinsul

=

Busbar Insulating Material

=

PVC

S

=

Busbar Spacing (c/c Ph-Ph)

=

130.00 mm

Sb

=

Distance Between Bus(Within Phase)

=

10.00 mm

at

=

Total Busbar width per Phase

=

30.00 mm

bt

=

Total Busbar Height per Phase

=

100.00 mm

Ssupport

=

Busbar Support Interval

=

600.00 mm

Lbb

=

Busbar Length

=

SH

=

Min. Shearing Strenght of Al.

=

1500.0 kG/cm

O