EDSTLZ955/4-OE

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Terminal Blocks - Headers, Plugs and Sockets include a wide variety of electrical connectors that are designed to connect two or more electrical circuits. In this article, we will focus on the EDSTLZ955/4-OE electrical connector and its application field and working principle.

The EDSTLZ955/4-OE electrical connector is a 4-position, PCB mount terminal block. The typical design includes a slotted housing with two rows of two pins with spacers for insulation, and a strain relief for mechanical stability. The contacts are held in place by a spring-tension lever which, when actuated, locks the contact in the connector without the need for screws. The EDSTLZ955/4-OE can be used with a range of cable sizes, including 0.09-15A and 32-50V.

The EDSTLZ955/4-OE is typically used in a wide variety of applications, including motors, power supplies, audio systems, LED lighting and other electronic equipment. The connector\'s capability to handle low-voltage and high-current cables makes it highly suitable for motor applications, where the cables need to be regularly changed or adjusted. Additionally, the EDSTLZ955/4-OE\'s capability to handle digital signals, such as Ethernet and HDMI, makes it a popular choice for audio and video equipment.

The EDSTLZ955/4-OE has a simple working principle. It allows electric current to flow from one contact to another, making it a great choice for connecting components in a circuit. The EDSTLZ955/4-OE\'s spring-tension lever locks the contact in the connector, preventing it from becoming loose or detached due to vibration or other environmental factors. This makes the connector highly reliable, even in the most challenging conditions.

In conclusion, the EDSTLZ955/4-OE electrical connector is a versatile and reliable terminal block that can be used in a wide variety of applications. Its ability to handle high-current and low-voltage cables, and digital signals, make it a great choice for motor and audio/video equipment. Additionally, its simple working principle and locking mechanism make it highly reliable in almost any environment.

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