The WKDQ 35mm Aluminum Din Rail Terminal Block End Stopper Screw Connection refers to a component used in electrical installations to secure and terminate wires or cables on a DIN rail.
The WKDQ 35mm Aluminum DIN Rail Terminal Block End Stopper with Screw Connection is a device commonly used in electrical installations to secure and terminate wiring connections on a DIN rail. Here's a breakdown of its key components and functions:
DIN Rail: DIN rails are standardized metal mounting rails used in electrical panels and control systems to hold various components, including terminal blocks. The 35mm width represents the standard size of the DIN rail, ensuring compatibility with a wide range of DIN rail-mounted devices.
Terminal Block: A terminal block is an electrical connector with multiple screw terminals designed to secure and organize wiring connections. It provides a convenient and reliable interface for connecting and terminating electrical wires.
End Stopper: The end stopper is an essential accessory that attaches to the end of the DIN rail. Its primary function is to prevent terminal blocks or other mounted devices from sliding off the rail. By securing the end stopper in place, the terminal blocks remain securely positioned, ensuring the stability and integrity of the electrical connections.
Screw Connection: The screw connection refers to the mechanism used to secure the wires within the terminal blocks. Each screw terminal has a clamping mechanism that allows the wires to be inserted and tightened down using a screwdriver. This ensures a secure and adjustable connection, allowing for easy installation, maintenance, and modification of the wiring connections.
In summary, the WKDQ 35mm Aluminum DIN Rail Terminal Block End Stopper with Screw Connection is a vital component used in electrical installations to secure and terminate wiring connections on a DIN rail. Its inclusion enhances the stability and reliability of the electrical connections, ensuring efficient and organized wiring within electrical panels and control systems.