This is in most cases an indication that the pump is becoming worn and is drawing too many amps, more than the circuit breaker is made to handle.
Another possibility is that there is a grounding situation with the power wires leading to the pump, or a faulty breaker.
Your pressure setting may be too high, and the pump can not attain that set point and overloads.
Your pool pump should be on a GFCI breaker if it was properly wired. What you have is a current leakage problem possibly due to moisture leakage getting into the windings of the motor. Rectify this problem before using the pool. If you don't have GFCI breakers protecting the pool pump and normal breakers are tripping you have a seriously dangerous situation. Get an electrician to look at it right away and don't let anyone in the pool.
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If this problem just started then there is something in motor causing it to draw more current. It is either an internal short in the windings of the motor or a bearing problem that is causing more current to flow. In a pool pump the impeller may be jammed causing the motor to draw more current. If the breaker trips immediately it is likely a short. If it takes a few seconds to trip it may be the impeller. If it runs for several seconds and is very noisy it is the bearings. In most pool pumps you can take them apart and fix bearing or impeller problems, but a winding short can't usually be repaired.
# Because it is incorectly wired up. # There is some sort of power leakage happening. # Power over load. It sounds as though you need an ellectrician to sort this out safely.
Circuit breakers do the same thing as fuses. They interrupt current flow when a certain preset point is reached. The difference between circuit breakers and fuses are that circuit breakers are resettable and reusable, whereas fuses are one time devices that must be replaced after they blow.
If that pathway is to ground, it is called a short circuit. It should blow fuses or circuit breakers but can cause fires if protective devices are not functioning right.
Circuit protectors come in two different forms and their job is to protect the electrical circuit from damage from electricity. RCDs' (Residual Current Device) protects by monitoring the flow of electricity through the phase (live) and neutral wire. If it detects an imbalance it will cut off the power supply to that circuit. Fuses, and more commonly, circuit breakers, prevent too much electricity being drawn by the circuit. If the current drawn by the circuit is too much either the fuse will "blow" or the circuit breaker will trip and it will disconnect the power supply to that circuit.
Appliances have to be connected in a parallel circuit to keep the voltages the same for each appliance (they were designed to work with one voltage) , this does not mean that the power output will be the same, the more appliances there are the more current (i.e. power) will be needed to for the appliances and this can go on until the grid cannot supply any more (and you blow a fuse)
Answer for UK, Europe and countries running a 50 Hz supply service.A domestic power supply enters the property as a single-phase two-wire circuit with a large fuse or cut-out. The distribution panel splits the circuit off into several smaller circuits each with its own fuse or circuit breaker.A simple example in Europe would the nominal 230 v supply which would have a 60 amp fuse for a typical small property. The distribution panel would split that off into a 30 amp ring circuit, a 30 amp cooker circuit and a 10 amp lighting circuit. The advantage is that a fault in one circuit would blow only one of the fuses and would not disconnect the entire supply to the property.
Circuit breakers do the same thing as fuses. They interrupt current flow when a certain preset point is reached. The difference between circuit breakers and fuses are that circuit breakers are resettable and reusable, whereas fuses are one time devices that must be replaced after they blow.
I am guessing when i say this because I am judging from the name circuit breakers. I think the electricity would over load thus causing it to blow up. A circuit breaker is nothing more than a re-settable fuse. If they are not installed in a circuit then any overload will result in heat being generated above the capacity of the circuit. This will result in damage to components or in the worse case, a fire.
If that pathway is to ground, it is called a short circuit. It should blow fuses or circuit breakers but can cause fires if protective devices are not functioning right.
Since the resulting short circuit would be outside the amp, it WOULD NOT blow the amp.
An electrical fault is where the electrical current goes where it is not intended to go. Usually this is the quickest and shortest return path to the electrical supply service. An electrical fault will trip breakers and blow fuses in the circuit as protection to stop the short circuit.
An electrical fault is where the electrical current goes where it is not intended to go. Usually this is the quickest and shortest return path to the electrical supply service. An electrical fault will trip breakers and blow fuses in the circuit as protection to stop the short circuit.
Door locks are protected by circuit breakers. A surge of power to a fuse would cause it to blow. They are located in the fuse panel.
A normal transformer should not blow the primary side breaker when it is not connected to a load on the secondary. If it does, something is wrong. Check for shorted or burned windings. Make sure that it is indeed disconnected from the load - it might still be connected to something that is also presenting a fault.
The circuit is shorted. ie. the positive side is directly connected to the negative (ground). If the fuze didn't blow, it would heat up and possibly start a fire.
If a DC supply is connected to the incomer of a transformer, you effectively have a short circuit, because the DC impedance of a transformer (actually, any inductor) is quite low. You will blow something.
It depends on the purpose for installing the resistor. If the intent is to decrease current flow, the resistor must be connected in series with the load. If the purpose is to increase current flow, the resistor must be connected in parallel with the load. To connect a resistor in series, connect the resistor to one side of the power source, in line with the load. This will decrease circuit current flow. To connect a resistor in parallel, connect the resistor between the positive and negative sides of the power source, which will effectively connect the resistor across the load . This will increase current flow through the circuit. However, before connecting a component in parallel, make sure the increase in current flow will not exceed the current rating of the circuit or fuses/breakers will blow.
The voltmeter will register the volts, the ammeter will either explode or blow a fuse since it has a very low resistance and is designed to be used in series to measure the current flowing through it.