It is the resistance across the cell to invoke a constant draw. This makes the cell work efficiently under ideal conditions. To do it properly new cell management systems measure the temp. and voltage output and put a load on the cell that makes it work best.
When testing the current draw your digital multimeter should be set on the current.
depends on the number of cans and the specific gravity of the electrolyte
all electric heaters draw a lot of current (voltage times current = watts [or power]) and a toaster heats bread (no it toasts Bread)
No. I don't need one. Nor is it possible on WikiAnswers.
To draw current from a generator, you need to connect a load to it.
If the starting torque required is too high for a shunt motor, it could lead to stalling or jerky operation at startup. This can cause overheating and damage to the motor windings due to increased current draw. It is important to match the motor's torque capabilities with the load requirements to prevent these issues.
It will draw a heavy current and coils will be brunt.
It is the resistance across the cell to invoke a constant draw. This makes the cell work efficiently under ideal conditions. To do it properly new cell management systems measure the temp. and voltage output and put a load on the cell that makes it work best.
You don't generate current. You generate voltage, and the amount of current that leaves the generator is determined by the devices that are designed to run with that voltage, and draw their operating energy from your generator. You choose the size of the materials used to construct your generator based on the maximum amount of current you expect it to be asked to deliver by its users. But the actual current at any moment will depend on how many people are using it for their supply, and what kind of appliances they're operating. If nobody is using power from your generator, or the output cables are disconnected from it, then you can run it all you want and the current will be zero. Before you decide on the final design and go out for bids to construct your generating station, you might like to review the topics of voltage, current, power, and energy, and get them straight in your mind.
The Capability Diagram Normally, the generator meets all the voltage and frequency requirements of the grid. This can be achieved with two closed -loop controllers # Change of excitation current of the rotor or as so called the AVR # change of fuel supply to the turbine or as so called the GOVERNER But in order to prevent damages caused by high temperature or asynchronous operation, several limitations and design criteria are installed to determine the operating zone of the generator These limitations are: # excitation current (rotor current ) limitation # Stator current limitation # load angle( not the power factor) limitation According to these limitations, the designers of the generator draw the capability curve at certain cold air temperature A circle with the radius of the maximum excitation current limitation, another circle with maximum stator current. The point where these two circles intersect is called the "Design point" of the generator.
The voltage of the generator needs to be stated to give an answer.
The purpose of a voltmeter is to indicate the potential difference between two points in a circuit.When a voltmeter is connected across a circuit, it shunts the circuit. If the voltmeter has a low resistance,it will draw a substantial amount of current. This action lowers the effective resistance of the circuit andchanges the voltage reading.
There is one out of six chances that you will feel a current draw.
Almost certainly if you try to draw too much current, the generator will be designed to shut down.
When testing the current draw your digital multimeter should be set on the current.
you get the tip correct if it is a draw.