V23050A1005A542

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Power Relays, Over 2 Amps :

The V23050A1005A542 is a type of power relay the operates when current flow is greater than 2 amps. It is designed to carry heavy current loads, and can be used in many different applications. As a power relay, this device can be used to control and protect motors, transformers, and other types of heavy duty loads. It is also intended to protect against potential short-circuits, as it is designed to trip quickly when such conditions occur.

The V23050A1005A542 is a direct-acting three-pole power relay that provides automatic overload protection to medium-sized and high-amperage motors and other electrical devices. It is made with a robust design that ensures reliable performance and safety. The contact ratings for this power relay are 15A at 220V and 10A at 380V. This device offers two types of operation: normally open and normally closed. It has a quick tripping time of 8ms at 5A.

The working principle of the V23050A1005A542 is quite simple. When current flow reaches the device\'s specified rating, the relay trips and the contacts open, breaking the electrical circuit. This action results in the equipment being switched off, thus preventing overheating and potential short-circuits. The device can also be used to control the on/off states of certain electrical devices, such as motors, lighting systems, and air-conditioning units.

The V23050A1005A542 is an ideal choice for controlling and protecting many different types of electrical loads. It can be used to control and protect motors, transformers, and air-conditioning units, as well as other industrial electrical equipment. It is suitable for a variety of applications, including automotive, commercial, industrial, and residential. It features a robust design for long-term reliability and is easy to install.

The V23050A1005A542 is a reliable, efficient and cost-effective power relay that can be used in many different types of applications. It is designed to withstand high current loads and to offer rapid and accurate protection against overcurrents. Its robust design ensures reliable performance, easy installation and long-term reliability.

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