KR2507 Series SM 2.5 Wire to Wire Electrical Connector Plug

Description

The KR2507 series is KONNRA’s trusted line of 2.5mm pitch wire-to-wire connectors, designed to be similar in concept to the JST SM series, but a more economical alternative to the JST SM 2.5mm pitch wire-to-wire connectors.The KR2507 series of connectors offers a full range of packaging options, including male housings, female/receptacle housings, female terminals and male terminals, with each component precision-assembled and durability-tested to ensure precise and error-free mating when connected. In addition, the connectors feature high contact pressure and a safety locking mechanism to provide users with a more reliable and stable connection experience.

The positive latching design ensures that high contact pressure is maintained between the male and female plugs, preventing accidental disconnection of cables due to tangling, heavy loads or vibration, providing a more secure and durable connection experience.

The connectors are not only flexible and reliable, but are also equipped with a friction lock and crimp locking mechanism, which ensures that the wires are securely fastened and removed from the board. At the same time, the crimp is precisely designed to be airtight, preventing the ingress of oxygen and moisture and thus avoiding corrosion of metal parts. As a result, the connector can be easily removed from the board without the need to hold the wires additionally.

The KR2507 series connectors offer excellent ease of installation on a wide range of panel thicknesses without the need for any tools or fasteners. Its simple push-in design and vibration-resistant panel gaskets greatly simplify the panel mounting process and provide great convenience for the user.

The use of a fully sealed header shroud design is particularly suitable for working environments with high humidity. This shroud not only helps protect the electrical interface from moisture, but also meets the high standards of low smoke, low toxicity and flammability required by virtually all industries.

By reducing the friction between the device contacts and the socket, it makes inserting and removing devices easier and smoother, without having to rely on the complex mechanism design of ZIF sockets.