Influence Of Waterproof Connector Structure On Electrical Conductivity
The plug of a household appliance is connected to a power supply waterproof connector
that ACTS as a power interface for the household appliance, allowing it to receive electrical energy for normal operation.
In daily life, Z widely used power waterproof connector is undoubtedly type 86 wall waterproof connector (namely square waterproof connector
with side length of 86 cm), the waterproofing connector internal carrying parts, and the front of the wall and zero line connected.
When an electrical plug is inserted into a waterproof connector
, the plug is touched and connected to the current-carrying element, allowing the connector to be connected to an ALTERNATING current for normal operation.
Waterproof connector internal current-carrying parts, generally copper, as a connection with electrical plug and alternating current foreword, its role is obvious, its structure and conductivity is good or bad, also directly related to the safe and reliable operation of household electrical appliances.
As people become more dependent on electricity in their jobs and daily lives, the number of electrical shocks each year caused by the remaining current from the waterproof connector
may accidentally touch metal is on the rise.
Especially in some families with young children, as a result of children accidentally inserted metal items into the waterproof connector resulting in electrocution more and more cases.
Therefore, it is not only necessary to consider whether the remaining current will occur in the waterproof connector
, but also to worry about the socket of the waterproof connector.
Although now on the market to sell some of the socket must maintain the role of the waterproof connector
, but can not guarantee not to shock, and in the bathhouse and some of the water vapor more heavy place, the general waterproof connector is prone to short circuit may be when people touch the waterproof connector attack electric shock.
No jack waterproof connector can deal with this series of problems, and also do not need to consider the problem of short circuit due to water vapor attack, but also can deal with the beautiful problem of waterproof connector to the wall.
The waterproof connector USES the principle of electromagnetic induction to carry out wireless power transmission, that is, the electric energy received by the primary side is converted into magnetic energy, and then transferred to the secondary side by coupling way, in this process, there is no need to touch the conductor.
It is envisaged that the primary side is connected to the electromagnetic conversion module, which is connected to a power source to receive electrical energy and convert it into magnetic energy.
The secondary side is connected with a magnetoelectric energy reception device, which is connected with a waterproof connector to convert the magnetic field energy back into electrical energy and provide it for the use of electrical appliances.
The magnetoelectric conversion electric energy acceptance device is connected with a waterproof connector, which is close to the non-porous waterproof connector. The internal weak magnet pulls the dry spring pipe inside the electromagnetic conversion module, and energize the electromagnetic conversion module to convert the electricity into magnetic energy.
Then, the magnetoelectric conversion electrical energy admission device to accept the current of the magnetic field attack, for use with waterproof connector, so that the circuit can be normal operation.
Together, the electromagnetic conversion module attack of magnetism so that the magnetoelectric conversion energy reception equipment can adsorb on it, forming a sound isolation transformer form, thus ending the power transfer function.
The water-proof connector converts electric energy receiving device is close to the electromagnetic conversion module. The dry spring tube inside the electromagnetic conversion module is sucked and the coil inside is energized. The electromagnetic conversion module converts electric energy into magnetic field.
When the magnetoelectric conversion energy receiving device is separated from the electromagnetic conversion module, the dry spring pipe is disconnected and the electromagnetic conversion module stops working.
Connect the waterproof connector to the magnetoelectric conversion electric energy receiving device, and then approach the non-porous waterproof connector. The dry spring pipe inside the non-porous waterproof connector attracts the conduction, and the magnetoelectric conversion electric energy receiving device accepts the magnetic field attack current for the use of the waterproof connector.
When the external circuit shortens or the current is too high, resulting in fuse damage, cut off the power supply when the two modules are tightly combined, a blocking transformer form of operation.
Also can avoid electric shock and filter clutter, security and anti-interference role.
Of course, the blocking transformer can only be used in small power supply # short circuit occasions, so the development of the perforless waterproof connector is only suitable for the home environment.
The device shall have a waterproof connector hole connected with a waterproof connector, and an interchangeable fuse shall be set together to avoid short-circuit fault with a waterproof connector.
The advantages and skills of waterproof connector for home use is very large, the non-hole waterproof connector in the installation method and operation habits are very small change, suitable for a wide range of promotion.
The center of waterproof connector is to block transformer, its skill is mature and the implementation cost is low, so the development of no hole waterproof connector cost increase is not big, can be mass production, has a good economic benefit.
Influence Of Waterproof Connector Structure On Electrical Conductivity.waterproof connector
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