Inside the generators junction box there will be termination points that the generator coils terminate on. On the inside of the lid of the junction box there should be a diagram for different connections allowed for that generator. By moving jumpers around across these terminals a variety of voltages can be obtained.
You should not have to, that is the job of the voltage regulator. If your generator's output voltage is unstable then have some one check the regulators terminal board for loose or disconnected wiring. If nothing can be found in the wiring to the regulator then you might be looking at having to purchase a new one.
The output voltage of a generator is verid by varying the field excitation of the generator
with a joystick
You can take three separate single-phase circuits from a 3-ph generator. Just use one of the live wires plus the neutral to make a single-phase supply. <<>> A three phase generator does not have to be converted to single phase. In electrical terminology any two legs from a three phase system are classed as single phase. No matter what voltage the generator is producing, L1 - L2, L2 - L3, L3 - L1 are classed as single phase legs along with L1 - N, L2 - N, L3 - N. If the generator output voltage is not the voltage that you are looking for use any two legs of the generators output voltage and use a transformer to obtain the voltage that you need.
It raises the voltage of the output of the main generator to the level of the grid transmission lines. The actual values depend on the design of the plant and grid system. In the UK the generator output would typically be about 23 kV and the grid line at 400 kV. Very high voltages make transmission of power more economical because the current is correspondingly reduced.
The main generator(s) are coupled mechanically to the steam turbines that take the steam output from the nuclear island, one generator per turbine so it is a close coupled combined unit. The generator produces AC electricity (60 Hz in North America, 50 Hz in Europe and most of the rest of the world) at an intermediate voltage level. The actual value will depend on the manufacturer but is usually in the range 10 to 20 KV (kilovolts). Some of this output will be fed back to power plant like the boiler feed pumps and the gas circulators in a gas cooled reactor, the bulk of it will be fed to a transformer which steps it up to the main transmission line voltage, 400 KV in the UK, and hence out to the distribution system.
Voltage regulators that are adjustable are common, for example the LM338, which can pass up to 5 amps with a suitable heat sink, and the output voltage is set by two external resistors connected to the regulator. A variable resistor can be used to make the output voltage directly adjustable.
Yes it coudl damage equipment. Check voltage rating on equipment. However, there should be an adjustment somewhere on the generator to set the voltage properly. Also make sure your meter is calibrated. Check a known voltage source such as an outlet and compare readings.
The first thing that comes to mind is check the voltage of the HPS ballast. Some ballasts have multi taps so that a variety of voltages can be used to operate the fixture. Make sure that you have connected the generator's supply to the 120 volt tap. Make sure that the generator's breaker is on and that there is the correct voltage at the output. If is is a dual voltage generator make sure that you are plugged into the correct voltage output.
No. It controls the output of the alternator.
Increasing the size of the generator or upgrading the power output capacity of its engine can make a generator stronger and more powerful. Additionally, regular maintenance and proper care can help improve the overall performance and longevity of the generator.
No. A potentiometer is a variable resistor that allows you to set a voltage ratio or to adjust a resistance in a circuit. A voltage regulator, on the other hand, is a device that responds to changes in load, making automatic correction of output voltage. If you increase the load on a potentiometer, the output voltage will change, but not so (within limits) for a voltage regulator. However, you can use a potentiometer in a voltage regulator to make the output adjustable.
You can take three separate single-phase circuits from a 3-ph generator. Just use one of the live wires plus the neutral to make a single-phase supply. <<>> A three phase generator does not have to be converted to single phase. In electrical terminology any two legs from a three phase system are classed as single phase. No matter what voltage the generator is producing, L1 - L2, L2 - L3, L3 - L1 are classed as single phase legs along with L1 - N, L2 - N, L3 - N. If the generator output voltage is not the voltage that you are looking for use any two legs of the generators output voltage and use a transformer to obtain the voltage that you need.
because in ce configuration value of input voltage requried to make the transistor on is very less value of the output voltage or output current
Yes, you can make a 3 volt wind generator by selecting an appropriately rated DC motor and coupling it with wind turbine blades. The rotation of the blades will generate electricity in the motor, which can then be rectified and regulated to output a stable 3 volts. It's important to consider the wind speed and power requirements when designing the wind generator to ensure it can consistently produce 3 volts.
It raises the voltage of the output of the main generator to the level of the grid transmission lines. The actual values depend on the design of the plant and grid system. In the UK the generator output would typically be about 23 kV and the grid line at 400 kV. Very high voltages make transmission of power more economical because the current is correspondingly reduced.
Yes, some models of Onan generators have the capability to output 240 volts. Make sure to check the specifications of the specific generator model you are using to confirm if it can provide 240 volts.
A coil doesn't make electricity it can however alter voltage and amperage output.
Yes, a 5500 watt generator should be able to run a 1 horsepower motor. A typical 1 horsepower motor requires around 750-1000 watts to operate, so the generator's output should be sufficient. Just make sure to check the starting wattage of the motor to ensure the generator can handle any initial surge in power.
Yes, in a power plant a proportion of the generator output is fed back into the plant to run auxiliaries, before the bulk output is transformed up to the high voltage of the main transmission lines. In a nuclear plant some backup power is essential in the event of losing the connection to the outside completely, and this is provided by diesels with their own generators.