V2F118C400Y1FDP Circuit Protection

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V2F118C400Y1FDP application field and working principle

TVS - Mixed Technology is one of the most advanced and reliable systems used in today\'s world. V2F118C400Y1FDP, a three-phase AC surge protector, is one of the top-notch products in the mixed technology line-up that is employed in various applications. It prevents overvoltage and protects equipment from transient over-voltage. This system is also popularly known as V2F for short.

Applications of V2F118C400Y1FDP

V2F118C400Y1FDP can be used in a variety of areas. It is commonly employed in AC power line protection and communications. It is suitable for use on three-phase AC power systems with surge suppressor contactors and devices. This system is also employed in the protection of telecommunication equipment that is working in high-impedance environments.

In industrial environments, V2F118C400Y1FDP is widely used because of its effectiveness and robustness. In these situations, heavy currents and high voltage levels may lead to permanent damages to the equipment. V2F118C400Y1FDP is the ideal protection device here. It controls over-voltage spikes and limits the surge current into the load.

V2F118C400Y1FDP is also useful in solar or photovoltaic systems, due to its multi-contact protection. In this case, it prevents damage to the equipment caused by lightning strike or other over-voltage surges.

Working Principle of V2F118C400Y1FDP

V2F118C400Y1FDP works on the principle that the voltage level that is transmitted should be less than the overvoltage threshold of the device. The system detects the voltage level and passes it to an on-board controller. If the voltage exceeds the threshold, V2F118C400Y1FDP triggers the disconnection or isolation of the incoming voltage automatically.

This is done by using an arc-suppression device such as a spark gap, which is built into the device. When the voltage exceeds the over-voltage threshold, the spark gap triggers the automatic disconnection of the incoming voltage. The gap then re-establishes the connection when the voltage returns to its normal level.

V2F118C400Y1FDP also employs a varistor, which is used to limit the voltage that is transmitted to the connected equipment. The varistor has a high impedance at low voltages, but its impedance decreases as the voltage increases. This helps to reduce the amount of surge current that the connected equipment is exposed to.

Conclusion

V2F118C400Y1FDP is a reliable and highly efficient surge protector that is used in a variety of application, thanks to its ability to protect equipment from over-voltage. Its advanced technology and robust construction make it an ideal choice for industrial and telecommunication applications, as well as solar photovoltaic systems. The system works on the principle of disconnecting or isolating the incoming voltage when the voltage exceeds the over-voltage threshold. It is also equipped with a spark gap and varistor that help to limit the surge current that the connected equipment is exposed to.

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