For a 2500 amp, 415-volt system, the appropriate cable should typically be a multi-core copper or aluminum cable, with an appropriate cross-sectional area to handle the current while minimizing voltage drop and ensuring safety. Commonly used cables for such high current applications are often rated for low voltage (up to 1 kV) and would require at least a 400 mm² cross-sectional area for copper or larger for aluminum, depending on installation conditions and local regulations. It's essential to consult with electrical standards and guidelines to ensure compliance and safety. Additionally, proper insulation and temperature ratings must be considered based on the installation environment.
6mm cable
7.2kW shower = 32 Amp fuse = 6 mm2 cable size7.5kW shower = 40 Amp fuse = 10 mm2 cable size8.5kW shower = 40 Amp fuse = 10 mm2 cable size9.5kW shower = 40/45 Amp fuse = 10 mm2 cable size10.5kW shower = 45 Amp fuse = 16mm2 cable size
Yes, the larger cable can carry more load (current) than the other cable.
The amp rating of 14/2 Romex cable is typically 15 amps.
350mcm
Yes, the larger cable can carry more load (current) than the other cable.
The amp rating of 6/3 Romex cable is typically around 55 amps.
The maximum amperage capacity of a 20 amp Romex cable is 20 amps.
25mm cable
To connect the Connect Amp to your computer, you can use a digital audio cable such as an optical cable or a coaxial cable. Simply plug one end of the cable into the digital audio output on your computer and the other end into the digital audio input on the Connect Amp. This will allow you to play audio from your computer through the Connect Amp and your speakers.
Use this formula Amps = Watts/Volts.
Imperial cable 120/0.012" 60 amp Metric cable 120/0.30mm 55.5 amp 80/0.40mm 70 amp.