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Main characteristics of braided shunt with pressed copper connectors

     You are in: Braided shunts

Cross-section
mm²		 A
mm.		 B
mm.		 S
mm.		 Maximum current flow in Amps.
50 Hz 200 Hz 1000 Hz DC
25 20 20 3,7 150 140 130 150
50 20 20 5 250 230 200 250
75 20 20 7 340 310 270 350
100 20 20 9 370 340 300 380
75 30 30 5,2 390 360 340 400
100 30 30 6 440 420 380 450
150 30 30 8 540 510 420 550
100 40 40 5,2 480 440 400 500
150 40 40 6,8 590 540 480 600
200 40 40 8 680 630 500 700
250 40 40 10 780 690 550 800
150 50 50 6 640 590 540 660
200 50 50 7 760 700 610 780
250 50 50 8,3 870 800 630 920
300 50 50 10,6 920 830 750 950
200 60 60 6 830 760 680 880
250 60 60 7 900 830 650 950
300 60 60 8,5 970 870 620 1020
400 60 60 11,5 1100 980 780 1150
400 80 80 9,5 1200 910 670 1350
500 80 80 11 1400 1250 950 1500
600 80 80 12,5 1550 1350 980 1650
800 80 80 15,5 1800 1500 1100 1900
600 100 100 11,5 1700 1550 1150 1800
800 100 100 14 1900 1680 1200 1950
1000 100 100 16,5 2150 1850 1300 2300
1000 120 120 14,4 2300 2000 1400 2400
1200 120 120 16,5 2400 2150 1300 2500
1500 120 120 20 2500 2200 1400 2600
1800 120 150 20 2850 2450 1500 2950
2000 120 160 21 3200 2700 1600 3300
2500 120 180 23,5 3600 2900 1750 3700
3000 140 200 27 4000 3100 1900 4200
4000 140 220 34 5000 3300 2100 5300

 

The table above is indicative, the dimensions which are referenced are to be
considered as maximum dimensions and do not require difficult constructive
methods. The values of current flow shown above have been approximated.
PRESSED TERMINALS
The braided ends are inserted into a tinned copper tube and
then pressed at high pressure, by a die, in order to obtain the
correct size. It is compacted to 80% therefore it is not necessary
to tin the internal part of the contact at a hot temperature; this
operation is performed only for special applications, and at
request.
Minimum cross-section: it is suggested to use a minimum
cross-section which is not less than 80% of the actual solid
bar’s cross-section (DIN 46276 specifications).