0387401308

Barrier blocks are terminal blocks that are used to separate separate circuits and contacts in electrical and electronic assemblies. They are sometimes referred to as a safety barrier. Barrier blocks can be used to reduce electrical crossover between circuits and to create a secure electrical connection.

The 0387401308 barrier blocks are designed with individual terminal points and the block is mounted onto an insulated plinth. The contacts are made with single-pole, isolated contacts capable of handling up to 30A. The contacts are modular and can be adopted for both a single-pole application or a multi-pole application up to 5 pole. The housing is made of a UL94-V0 rated, durable thermoplastic and is designed to fit into tight spaces through its narrow pitch design.

The 0387401308 terminal block and barrier block is used in a wide range of applications and industries. It is commonly used in lighting, floor surveying, industrial automation, metering devices, and power supplies. In addition, it is used in medical equipment, military and aerospace applications, among others. Its wide temperature range, it can operate between -40°C and +125°C, makes it suitable for use in a variety of environments. In automotive and marine applications it can be used to provide a secure connection and ensure continuity.

The 0387401308 blocks are designed with a connector and housing material that ensures a secure terminal connection and yet is flexible for ease of use. The contacts are made of silver plated copper contact blades which provide low contact resistance as well as a secure connection. The terminals also feature a double locking mechanism that securely locks in the wiring and ensures it will not come apart in extreme circumstances.

The working principle of the 0387401308 barrier blocks is simple. It uses a spring-loaded double locking system. This ensures that the wiring and contacts are securely locked in place and will not come loose or be affected by temperature changes. The double locking mechanism also helps to improve vibration and shock resistance. The contact points are designed with a raised mating contact that can be used to reduce electrical crossover and to ensure a secure connection. The contact points also feature nickel-plated contact surfaces which have a low wear rate and are resistant to corrosion.