The 240 sq. mm cable has a diameter of 17.48 mm. It can carry up to 425 Amps current in a duct and up to 520 Amps in open air.
The diameter of a 240 sq. mm cable is 17.48 mm. This gives the cable the capacity to carry 600 Amps.
95 mm = 0.095 m, so 95 mm squared = 0.009 sq m. Note, when you say 95mm squared I assume you mean a square of side 95mm, this area will be 9025 sq mm, not 95 sq mm.
35mm X 22mm = 770 Sq/mm = 1.193502 Sq/Inches Do not think you can convert Sq/mm to just Inches.
1 cm is equal to 10 mm. So a 10mm x 10mm square would be the same as 1cm x 1cm. That would be 1 square centimeter.
By writing cm2 I suppose you mean sq cm? However if that is so, the question does not make sense. Please resubmit in correct form. cm > cm^2 _ cm*2 = _ *10^3 cm^2
You are trying to compare a length to an area, which can't be done.264 ft = 88 yd264 sq feet = 29.33333 sq yards
14400 x pi sq mm
If the wire is soild and circular with a 5 mm diameter, the cross-section area is given by the formula for a circle, which is A = pi/4 x (diameter)2. For 5mm that is pi/4 times 25 or 19.73 square mm.
cabla sq,mm to amps
4-core 630 mm-sq cable sounds like 4 cores each of 630 mm-sq as used on 400 kV power lines, in which case it carries 4 times the current.
Not clear which area you want. The surface area of the cylinder can only be determined if you give the length of the cylinder as well as its diameter. As you don't give this I conclude you want the area of the ends only. Each end will be the difference between the area of the 100 mm circle and the 30 mm circle. 100 mm diameter area = 7855 sq mm. 30 mm diameter area = 707 sq mm. Therefore area of end = 7148 sq mm, and you have two ends so total = 14296 sq mm
150 sqmm
Lapp is the name of the manufacturer, but this is a 3-wire cable with conductors of 4 sq. mm. in size.
The circumference will be 59.69021 sq mm
32L
To answer this question the voltage of the unit must be given.
Assuming the 300 mm refers to the diameter, there are 9.
2 A