YL1661500000G

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Terminal blocks, also referred to as wire-to-board connectors, are used to securely connect wires and circuits to a printed circuit board (PCB). The YL1661500000G terminal block is designed for power distribution in high-temperature environments, providing a reliable connection between power and the board. This product boasts strong electrical contact properties, easily separates from the board, and resists vibration and oxidation.

The YL1661500000G is a type of through-hole terminal block suitable for current temperatures up to 105°C (221°F). This terminal block contains three conductive parts: a spring-loaded clamp, a screw, and a lug. Four countersunk holes are used to mount the block to the PCB and the insulation is constructed of UL94-V0 rated material, ensuring it meets the highest standards of safety.

The YL1661500000G terminal block can be mounted easily and securely to most printed circuit boards. The block is placed on the board with the spring-loaded clamp facing downwards. A hole is drilled in the board for the screw and another hole is drilled for the lug.

Once in place, the wire is inserted into the terminal block and the screw is tightened. This process is repeated for the other wires that will be connected to the board. Tightening the screw ensures a secure connection between the wire and the board. The machine screw threads into the lug and holds the wire in place. This prevents accidental disconnection of the wire from the board.

The electrical connection provided by the YL1661500000G terminal block is long-lasting and dependable in temperatures up to 105°C (221°F). This enables a secure connection between wires and the board in most high cabin interior applications. Additionally, the insulation base helps protect wires and devices from potential short-circuiting.

The YL1661500000G terminal block provides a reliable electrical connection for high temperature applications. The block is easily mounted to most printed circuit boards and provides a secure connection between wires and the board. It is a dependable and cost-effective option for power distribution in high cabin interior temperatures.

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