In theory, yes, but the logistics may make it prohibitively difficult. Each generator will produce AC in its own phase and slightly different frequencies. Since joining the wires in parallel will effectively add the three amperages and preserve the highest voltage, you will get constructive and destructive interference every time the phase or frequency is not perfectly aligned. Generators tend to not hold a particularly tight tolerance in terms of frequency and phase, so within a second or two, it's just about guaranteed that at least one generator will already be out of phase with the others and cause interference (assuming you were able to line up the waves at the start). There are four possible solutions:
1. Build two phase-shift detectors/modifiers using variable capacitors/inductors that detect and react to the changing phases to ensure the phases line up with each other
2. Convert the AC to DC using a high-power rectifier bridge, add the DC sources together, then re-alternate the result using an inverter capable of alternating 3,000 watts
3. Physically connect the input shafts (the part that spins) from the three generator coils to ensure the phase/frequency is constant across all three
4. (probably the best) invest in a 3,000-watt generator
Honda make a system for some of its smaller generators (not all of them) where there is a plug-in control cable between the two generators. This cable lines up the two generators as described above.
If they didn't, and the wires touched, all energy would be spent on a short-circuit at the point of contact rather than on powering the appliance. Also, if a bare wire touches the appliance, that itself would start to carry an electric charge, giving anybody who touched the appliance a nasty and dangerous shock.
Soldering is a way of joining one component to another component. Components on a printed circuit board are held in place with solder. Solder being a conductive compound lends itself very nicely in the electrical and electronic industries.
A Marr connector is a brand name for a wire nut. They were one of the first companies to make a wire connector and the name in the trade has stuck. When joining wires together it is still referred to marretting the wires together. I prefer B-Caps as more wires can be gathered together. Marretts were made in three sizes 31's, 33'sand 35's. Depending on the size of the wires to be joined together will govern the size of the wire nut.There is a great article on related links below that gives a bit of history as to how they became into being.
A single-phase cable will have a line and a neutral conductor and, possibly, but not necessarily, an earth (ground) conductor. A high-voltage three-phase cable will have three line conductors. A low-voltage three-phase cable is likely to have three line conductors and a neutral conductor.
For those who need a three-phase supply, they are essential. If a single-phase supply is needed, a three-phase generator is uneconomic. Three-phase is used for loads of more than about 15-20 kVA.
To connect a three-wire plug to an electrical appliance, you will need to have the plug itself, the appliance, and a screwdriver. The three wires in the plug are typically color-coded as green for ground, white for neutral, and black for hot. You will need to match these wires to the corresponding terminals in the appliance, typically labeled as GND for ground, N for neutral, and L for hot. Use the screwdriver to secure the wires in place by tightening the screws on the terminals. Make sure to follow the manufacturer's instructions and safety precautions when connecting the plug to the appliance.
This is used to hold small pieces and to twist wires, as in electrical wires when joining two wires that need three equal twists.
Geteratore wires.
The names of common appliance wires include live, neutral, and ground wires. Live wires carry electrical current, neutral wires complete the circuit by returning current to the source, and ground wires provide a path for electricity to safely discharge in case of a fault.
The recommended type of connector for joining 6 gauge wires together is a butt splice connector.
To change a plug on an electrical appliance, first unplug the appliance and cut off the old plug. Strip the insulation from the wires, then attach them to the new plug following the manufacturer's instructions. Make sure the wires are securely connected and the plug is properly assembled before plugging in the appliance.
take a solar panel & add wires on the panel & connect these wires to the small appliance!!!!
If they didn't, and the wires touched, all energy would be spent on a short-circuit at the point of contact rather than on powering the appliance. Also, if a bare wire touches the appliance, that itself would start to carry an electric charge, giving anybody who touched the appliance a nasty and dangerous shock.
A terminal block is an electrical item where wires can be locked into place for fuses or for joining other wires.
Terminate the ground bare or green to the junction box case or appliance case if the box is plastic. If the appliance is double insulated it probably does not need the ground wire attached or needs to be updated to current safety standards. The ground is used to carry fault current and trip the breaker or fuse if the wiring or device goes bad. Electricity is dangerous. Always turn the circuit off before working on it.
The three wires in a plug are typically called live, neutral, and earth wires. The live wire carries the current to the appliance, the neutral wire completes the circuit and carries the current back, and the earth wire is a safety feature to prevent electric shocks.
A welding cable is used for joining or linking up wires or cable. Welding is the process of joining two things together, and the cable is the connector.