Typically yes because that is what makes sense. However, the subpanel could have the same size breaker as long as the panel were rated for that amperage and the wire sizes were appropriate.
8.2mm
MAIN COMPONENTS (HOUSE HOLD CIRCUIT)1. METER2. MAIN SWITCH3. PANEL BOARD4. SOCKETS5. LOADS~> C.A.P.T.A.I.N D.A.R.NA ! xD
Create a new module and a new form called splash.vb. Set the project to load the module instead of the main form. in the module insert this code and modify it to fit your needs. Dim fSplash As Splash = New Splash Dim fGame As Form1 = New Form1 Sub main() fSplash.Show() Application.DoEvents() Threading.Thread.Sleep(3000) fSplash.Close() fGame.ShowDialog() End Sub the sleep value determines how long the user has to wait before the main form gets loaded. you could also use a do next loop and have it step up to create a "timer" of how long it should display the splash screen. replace form1 with whatever name your main form has.
#include#includevoid main( ){char st[20],sub[10],temp[10];int pos, i, j;clrscr( );printf("Enter the main string:");gets(st);printf("\nEnter the substring to insert:");gets(sub);printf("Enter the index position:");scanf("%d",&pos);if(pos
AWG 2/0 copper.
#2 aluminum for 100 amp
A #2 copper conductor with an insulation factor of 90 degrees C is rated at 130 amps.
A switch subservient to the main switch, possibly on a sub-panel.
yes. But this is not a handyman level project. It is suggested you "Call a pro." What you're looking for is not another "main breaker" but a "sub-panel" that is fed by a "feeder" cable from the main panel. Have your electrician calculate the load you'll need in the out-building, then design and install a new feeder circuit and sub-panel for it.
Factory sub is 8"
Also known as a serial cable; typically with 9 or 25 pin D-sub connectors.
A sub main is a distribution board fed from the main distribution board panel normally protected via a CPD.
main db using mcb sub main db using mccb that is deference
The opposite of "sub" could be "main" or "top."
Wire sizing is based on the amperage of the load. Without this amperage the wire size can not be calculated. Also with sub panels it should be stated whether it is under the same roof as the main panel or separate from the main building. Different code rules apply to each application.
Depends on the size of the sub-panel in that garage. If you are installing a 60 amp sub-panel 400 feet away from the main service panel then use AWG # 4.