Voltage Protection Circuit:
This diagram shows how to make a Voltage Protection Circuit. Over Voltage Protection Device. Water Heater Wiring Diagram. In this circuit, we use an electric kettle, an RCBO ( Residual current operated Circuit Breaker with Overcurrent protection ), a VPD ( Voltage Protection Device ), and a single Phase energy meter. This circuit is very simple and very easy to make. If you want to know more about this circuit please stay with our website and check our youtube video below the post.
Diagram of Over voltage Protection Device wiring:
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| Fig 1:Â Over Voltage Protection Device |
Components Need for this Project:
You can get the components from any of the sites below:
- Electric Kettle [See Buy Click Amazon]
- Energy Meter [See Buy Click Amazon]
- VPDÂ [See Buy Click Amazon]
- RCBOÂ [See Buy Click Amazon]
Read Also:
Components used to make the Water Heater Wiring:
01. Electric Kettle
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| Fig 2: Electric Kettle |
Water can be heated easily and quickly by using an electric kettle. The water capacity of an electric kettle starts from one to 10 liters. Take care that water does not stick to the kettle when it is connected to electricity.Terms of Use and Procedures. You can use a dry cloth to take extra care of the handle of the kettle. Use a separate electrical connection for electric kettles. Disconnect the electric kettle by turning off the switch. Electric kettles cannot be used for heating any liquid other than water.
02. Energy Meter
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| Fig 3: Energy Meter |
The measuring device with the help of which the electric power or energy of a circuit is measured is called Energy Meter (Energy Meter). Also called a watt-hour or kilowatt-hour meter. For home appliances, we used a single-phase energy meter. The single-phase energy meter is directly connected between the line and the load. Both coils produce their magnetic fields, when the meter is connected to the supply line, and the load. Energy meters are used in homes and in industrial applications where we want to found that how much energy is being consumed by home appliances and electrical equipment.
03. VPD
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| Fig 4: VPD |
A voltage protector device, also called a lightning arrester, is an electronic device that provides voltage to various electronic devices, appliances and communication lines. When an external interference causes a sudden current or voltage to be generated in an electrical circuit or communication line, the voltage protector can be used for a very short period of time. Within the shunt operating voltage protection device VPD name is also increased Argestor, all amplifier protectors intended for specific purposes are actually a type of quick switch and the sequence protector is activated within a certain voltage range. After activation, the suppression element of the sequence protector will be disconnected from the high-impedance state and the L pole will transition to a low-impedance state.
04. RCBO
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| Fig 5: RCBO |
RCBO Stands For Residual Current Circuit Breaker With Over-Current. These devices are designed to ensure the safe operation of electrical circuits breaker, triggering disconnection whenever an imbalance is detected. The other type of electrical fault is the overcurrent flow, which may take the form of an overload or short circuit. The residual current circuit breaker (RCBO) insulation should also operate within the corresponding specifications. This thereby provides protection for people, equipment, and property.
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Frequently Asked Questions
An OVP monitors the DC voltage coming from an external power supply source, such as an off-line power supply or a battery, and protects the rest of the connected circuitry diagram using one of 2 methods: a crowbar clamp circuit diagram or a series-connected switch.
The solution is quite simple: power supply strips with surge protection and surge protection Project system adapters. Multiple socket strips with surge protection can reduce voltage peaks so that the connected Circuit diagram devices are not damaged. Avoid damage to your electrical devices with surge protection products!
There are different types of lightning arresters used in power systems, such as rod gap arrester, horn gap arrester, multi-gap arrester, expulsion type LA, and value type LA. In addition to these, the most commonly used lightning arrester for over-voltage protection nowadays gapless ZnO lightning arrester is also used.
If the voltage is too under, the amperage increases, which may result in the project system components melting down or causing the appliance to malfunction. If the Circuit diagram voltage is too high, this will cause appliances to run too fast and too high which will shorten the power supply service life.
Most circuit breakers provide Overload and Overcurrent protection and are rated in Volts, Amps, and Horsepower. A moderate and gradual rise in the value of current over a relatively long period of time is caused by excessive amounts of current drawn by a motor due to too much load being put on the motor.
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