It depends on duty factor of each connected device. For a continuous load you can support 80% of 125 Amps which is 100 Amps. That would support two 50 A breakers each supporting a 40 Amp continuous load. If your loads were less and not continuous you can have more breakers. It is all a matter of supply and demand.
It depends on the total amperage of the other circuits in the panel and the load requirements of the 50 amp outlets. As a general rule, it is recommended not to load a panel beyond 80% of its capacity, so in this case, you may be able to run one or two 50 amp outlets off a 125 amp main panel. It is best to consult with a licensed electrician to evaluate the specific situation and ensure it meets electrical code requirements.
You can install a maximum of two 50 amp breakers feeding 50 amp outlets from a 125 amp main panel. Each 50 amp breaker is using half of the available amperage from the main panel.
No, the conductor is too small. The feeder to a 120/240 volt sub panel should be a 1/0 copper or a 2/0 aluminium conductor. This size conductor will limit the voltage drop to 3% or less when supplying 125 amps for 125 feet on a 240 volt system. ACWU 90 (Armoured Cable Wet location Underground 90 degree C). ACWU 90 cable is code approved for direct burial and is used in many projects as an underground service distribution feeder. Aluminium is much cheaper than copper for this type of installation.
A 100 amp panel should have a conservatively rated busbar and wiring but this says nothing about your particular panel. If you are asking a question relating to safety it needs to be seen by an electrician.
No, it is not safe or recommended to connect a 200 amp service to a 125 amp panel. The panel must be rated to match the amperage of the service to avoid overloading the panel and potential fire hazards. It is important to upgrade the panel to match the service amperage.
Yes but it has to be a synchronous generator like the ones used on the grid, and it has to be run up and phased before being connected. That is because all the generators on a grid run at the same speed and phase (the phase of an individual generator alters a little depending on the power flow from it).
You can install a maximum of two 50 amp breakers feeding 50 amp outlets from a 125 amp main panel. Each 50 amp breaker is using half of the available amperage from the main panel.
You should not load a 125 amp panel any more than 100 amps.
A #3 copper conductor with an insulation factor of 90 degrees C is rated at 115 amps. Even though the panel is rated at a higher amperage it is the main breaker that governs the wire size.
No, the conductor is too small. The feeder to a 120/240 volt sub panel should be a 1/0 copper or a 2/0 aluminium conductor. This size conductor will limit the voltage drop to 3% or less when supplying 125 amps for 125 feet on a 240 volt system. ACWU 90 (Armoured Cable Wet location Underground 90 degree C). ACWU 90 cable is code approved for direct burial and is used in many projects as an underground service distribution feeder. Aluminium is much cheaper than copper for this type of installation.
A 100 amp panel should have a conservatively rated busbar and wiring but this says nothing about your particular panel. If you are asking a question relating to safety it needs to be seen by an electrician.
slightly over 350 Main Battle Tanks(TR 125)
The stock main jet size for a Suzuki TS 125 varies depending on the year of the bike and the specific model. It is recommended to consult the owner's manual or a Suzuki dealership to get the accurate main jet size for your TS 125.
125
You can swap a single breaker for two mini breakers or you can add a sub-panel. If you only need a couple of extra circuits then just add mini-breakers.
125
That is 125 ml.
125 / 5 = 25