3.65mm pitch wire-to-wire connector is a type of connector widely used in electrical equipment and electronic products, mainly used for signal transmission and power distribution between circuits. This connector achieves reliable electrical connection through matching male and female ends (plugs and sockets). It is characterized by a large pitch size, suitable for medium to high current transmission occasions, especially in applications requiring reliability and space management.

Main features

High current carrying capacity

The larger pitch of 3.65mm enables it to accommodate thicker wires and transmit higher current loads. It is usually suitable for medium and high power equipment such as industrial control systems, power supply equipment and household appliances.

Stable electrical performance

Connectors are usually made of high-quality conductive materials (such as tinned copper or gold-plated copper) to reduce contact resistance and improve conductivity.

The terminal design is optimized to ensure the stability of signal transmission and reduce contact wear during plugging and unplugging.

Easy to operate

The plug-in design is humanized, which can achieve quick installation and disassembly and improve assembly efficiency.

Most products support fool-proof design to ensure the correct plug-in direction and avoid connection errors.

High reliability

The shell material is mostly made of high temperature resistant and flame retardant plastic (such as PA66) to ensure safety in harsh environments.

It is resistant to vibration and impact, suitable for industrial environments and mobile devices.

Modular design

3.65MM wire-to-wire connectors usually support single-row or multi-row configurations, and users can choose different pin numbers according to their needs, such as 2 pins, 3 pins or more.

Wide applicability

Adapt to a variety of wire diameters (such as AWG18 to AWG22) to meet different current and voltage requirements.

Support a variety of installation methods, such as plug-in, hanging or panel installation.

Industrial automation

Used for signal and power transmission between devices such as sensors, servo motors and industrial robots.

Household appliances

Circuit connections such as air conditioners, washing machines and refrigerators provide stable current transmission.

Automotive electronics

Used for lighting control, battery connection and electrical connection of assisted driving modules.

Communication equipment

As a bridge device between signals and power in base stations, power modules and communication terminals.

Energy and power equipment

Applied to solar power generation, energy storage equipment and inverters, etc., to meet high power transmission requirements.