T38322-23-0

Terminal Blocks - Barrier Blocks

T38322-23-0 is a high quality terminal block, designed for high voltage barrier blocks, ensuring the safety of the electrical circuit. It is used in a wide range of industrial applications.

Application Field and Working Principle

T38322-23-0 can be used in any industrial application requiring safety barriers, such as power supplies, manufacturing equipment, and electronic control systems. It is particularly useful for applications involving mechanical motion, such as brushless motors, or stepper motors. It is also suitable for applications that need to be safely secured, such as switches and relays.

The working principle of the T38322-23-0 is extremely simple. It consists of two separate pieces, separated by a gap. When a voltage is applied, the gap separates the two pieces, protecting the rest of the circuit from any high voltage risk. This ensures that any high voltage source is isolated from the other parts of the circuit, thus allowing for a safe connection to be made.

This terminal block is designed to be solid and durable. It is made from highly conductive material and is able to withstand extreme temperature ranges, from -20C to +90C. It is also designed to be vibration-resistant, ensuring it remains reliable even when exposed to rough conditions. It has an IP20 ingress protection rating, meaning it is suitable for indoor use.

The T38322-23-0 barrier block is also extremely easy to install. It comes with easy to follow instructions, making it the ideal solution for anyone working with high voltage applications. Furthermore, it is available in two sizes, allowing for easy sizing of the blocks. The blocks are also compatible with a variety of fittings and accessories, allowing for a variety of connection types.

T38322-23-0 is an ideal solution for any application where a high voltage barrier is required. It is reliable, robust, cost-effective and easy to install. Its installation instructions make it a safe and simple solution for any industrial application.