OSTYK50306030

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Terminal Blocks - Barrier Blocks

The OSTYK50306030 series of terminal blocks are barrier blocks used to physically and electrically separate interconnected paths. These blocks are often used in industrial automation, telecom and utility metering applications. They provide protection from electric shock, are space-saving and quick to install.

A barrier block is typically composed of an insulated body, a terminal strip and a cover. Insulated bodies provide insulation between a frame or panel and the circuitry, while terminal strips allow for connection of wires. A cover is often employed to secure and protect the internal contacts of the block.

The OSTYK50306030 series of terminal blocks features a stable dielectric system and low contact resistance, ensuring optimal levels of insulation and signal transmission. The terminal blocks are available with 2 and 6 poles, and feature a variety of connection methods - from plug-in connections for lighter applications, to screw connection for heavier applications. With its powerful holding force, the screw connection guarantees reliable electrical connections even in areas subject to vibration or shocks.

The OSTYK50306030 has a rated voltage of up to 500V, and a rated current of up to 16A. The blocks use flat blade or spade terminals for the wires, and come with pin-in-paste (PiP) or adhesive options for mounting. Additionally, they are UL, CE and CSA certified.

Barrier blocks such as the OSTYK50306030 series can be used in a number of applications, from I/O terminals to power distribution, from motor starters to surge protection, and from robotics to home automation. Thanks to their convenient design, they can easily fit into control panels and process control systems.

The working principle of a barrier block is based on its ability to provide electrical and physical separation between interconnected objects. By having each connection channeled through a separate insulated body, the block guarantees that any electrical transmission over one path will not affect any other path.

For example, if an excessively high current passes through one path, the amount of current in the other paths is not affected. This prevents damage due to overcurrents or shorts and ensures that the block can provide greater protection and reliability for the equipment it is connected to.

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