Terminal Blocks - Barrier Blocks
T38003-24-0 is a Terminal Block – Barrier Block developed by a leading global manufacturer of electronic components. The barrier blocks are designed for applications requiring high I/O density and can be used for power distribution, signal connections, and ASIC interconnects.
Application Field of T38003-24-0
The T38003-24-0 can be used in a variety of applications, such as power distribution, signal connections, and ASIC interconnects. The T38003-24-0 provides an easy and cost-effective solution for industrial, automotive, and consumer electronics applications.
The terminal block – barrier block has a wide range of applications, such as: circuit breakers, PLCs, motor drives, automation systems, process controllers, robotics, lighting controls, communication electronics, and consumer electronics. The barrier block is also suitable for use in maintenance, test equipment, industrial control systems, and electronic test equipment.
It is designed for automated assembly processes and has low insertion and extraction forces. The terminal block – barrier block is also suitable for wall mounting and is RoHS compliant.
Working Principle of T38003-24-0
The T38003-24-0 is designed to connect individual circuits, groups of circuits, or bus lines in an electrical system. The terminal block – barrier block has two parts; a male connector for connection to the controller, and a female housing for connection to the circuitry. The male connector slides into the female housing and is secured with screws. The connection is then made between the two components.
The terminal block – barrier block is manufactured from injection moulded plastic that is designed to provide high electrical insulation. The terminals are embedded into a base insulating material, allowing it to be mounted on most printed circuit boards or panels. The T38003-24-0 supports two or three connection points and provides an interference-free connection with a good electrical contact.
The terminal block – barrier block offers a number of advantages over traditional screw terminals, including lower installation costs and more efficient installation processes. It also provides a safe and reliable connection for a wide range of applications, as well as improved performance and decreased maintenance costs.