VF3631510000G

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VF3631510000G is a terminal block commonly used in a wide array of applications. It is part of a group of components known as Terminal Blocks - Headers, Plugs and Sockets, and is suitable for a range of indoor and outdoor environments.

The VF3631510000G has a wide range of features that make it ideal for many applications. It is designed with a universal voltage rating of up to 630VAC and a wide operating temperature range of -40°C up to +105°C. This terminal block also features a wide array of reliable components that make it durable and dependable in most conditions.

The VF3631510000G also boasts a wide range of connection options with a special double-connection design that ensures a strong and reliable connection for all types of devices. This terminal block can also be easily connected using push-in technology, a spring principle that ensures a secure and reliable connection. Additionally, this terminal block features a shrouded design for protection of external factors and a reliable internal touch-proof design to ensure user safety.

The working principle of the VF3631510000G is based on electrical resistance and electrically induced currents. When a certain amount of current is passed through the conductive material, which is present inside the VF3631510000G, it causes electron migration in the material. As a result, an electrical resistance is created and a current is induced in the circuit. This induced current is then used to circuit and the terminal block.

The VF3631510000G is a reliable and effective terminal block that offers users a wide variety of applications and features. It is suitable for both indoor and outdoor environments, making it suitable for inverters, switchgear, control and automation products, and industrial machinery. Furthermore, the double-connection feature ensures a strong and reliable connection for all types of devices, while the spring principle ensures secure and reliable connections. The shrouded design also provides protection from external factors while the internal touch-proof design ensures user safety.

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