The current capacity of a cable varies depending on the type of conductor material, and the type and rating of the insulation. An excellent table that shows the capacity of different types of cables can be found here:
http://www.myelectrical.com/pages/cables/cableCurrents.aspx?id=061112125012.
Also, the current capacity of a cable will be limited by the electrical code that one is using, this varies in each developed country. Most American companies use NEC (National Electric Code) as there source for electrical codes (the most recent version being NEC2008), and much of the rest of the world will use ICC EC (International Code Council Electric Code).
The current capacity of 25mm meter tails typically depends on the installation and the type of cable used. However, in general, a 25mm² copper meter tail can carry around 100 to 115 amps, while a 25mm² aluminum meter tail can handle approximately 70 to 80 amps. It's essential to consult local electrical regulations and standards, as they may provide specific guidelines for safe capacity limits. Always ensure that installations are carried out by qualified professionals.
A 250 MCM copper conductor with a insulation factor of 75 or 90 degrees C is rated at 255 and 265 amps respectively. This conductor can only be load to 80% capacity which allows a working current of 204 and 212 amps respectively. To obtain the full capacity of 250 amps a 350 MCM conductor will be needed. The amp rating for a 350 MCM conductor with an insulation factor of 90 degrees C is 325 amps. 325 x .8 = 260 amps.
cable size for the 90kW motor is 3CX150sqmm aluminum cable
A 25mm sq electrical cable is equal to a #4 AWG conductor. A #4 copper conductor with an insulation factor of 75 and 90 degrees C is rated at 85 and 95 amps respectively.
Type your answer here... 3.85
25mm cable
You have to be specific. whether the conductor is aluminum or copper. Current carrying capacity will be different for these two types. Copper cable can take more load than aluminum cable for same diameter.
The amperage rating is dependent upon the insulation rating. A pair of 25mm squared wires touching each other are rated at 131 amps. Three 25mm squared wires touching each other are rated at 110 amps.
If 16mm is the overall diameter of the cable, yes - If that's the diameter of one core, then no.
A 250 MCM copper conductor with a insulation factor of 75 or 90 degrees C is rated at 255 and 265 amps respectively. This conductor can only be load to 80% capacity which allows a working current of 204 and 212 amps respectively. To obtain the full capacity of 250 amps a 350 MCM conductor will be needed. The amp rating for a 350 MCM conductor with an insulation factor of 90 degrees C is 325 amps. 325 x .8 = 260 amps.
The AC-130 has three cannons, a 25mm, a 40mm, and a 105mm.
Using a 10mm cable for a 50 A breaker is generally not recommended, as it may not be sufficient to safely handle the current. The appropriate cable size depends on various factors, including the length of the run and the installation conditions. Typically, a larger cable, such as 16mm² or 25mm², is recommended for a 50 A breaker to ensure safety and minimize voltage drop. Always consult local electrical codes and a qualified electrician for specific applications.
You have specified three dimensions. A rectangular area will have a length and a width. If your length is 90m, is the width 25mm or 12mm? I can't make sense of this as it is.
2.5*10-5 km in 25mm
Drilling capacity indicates the maximum diameter a given power drill or drill press can produce in a certain material. Typically a given drill will have its capacity specified for different materials, i.e., 10mm for steel, 25mm for wood, etc.
Yes it is. 19cm=190mm. 25mm=2.5cm.
25mm is just a tiny bit over 1 inch!