6-pin Socket

The 6-pin socket is a high-efficiency data signal transmission device. It has a wide range of product types and is regarded as a multi-functional industrial connector. Adopting piercing connection technology, the 6-pin socket consists of two types: 6-wire series plug-in connectors and 3-wire series plug-in connectors. It can achieve stable tap connections and is currently widely used in elevators and many other fields.

Brief Analysis of 6-pin Socket

Easy to install, no need to strip the insulation of wires.

Cable branching can be done without stripping the cable insulation, and the connector achieves effective insulation.

Cost-saving: it requires minimal installation space and reduces expenses. There is no need for cable rewiring, which saves cable investment.

The 6-pin socket can be installed and connected in various ways. When using the socket with cage spring connection technology to connect wires, the plug and socket adopt plug-in connection, ensuring fast and error-free data transmission of the system. The 3-wire type is similar in that its plug and socket also use plug-in connection for convenience.

Key Characteristics of 6-pin Socket

Insulation Resistance: It refers to the resistance value exhibited when voltage is applied to the insulated part of the connector, causing leakage current to occur inside or on the surface of the insulated part. It is mainly affected by factors such as insulating materials, temperature, humidity, and damage. The insulation resistance value provided on the connector sample is usually the indicator under standard atmospheric conditions; the insulation resistance value of the 6-pin socket will decrease to varying degrees under certain environmental conditions. In addition, attention should be paid to the test voltage value for insulation resistance.

Withstand Voltage Test: It refers to the critical voltage that the mutually insulated parts of the contact pairs and the grounded parts of the 6-pin socket can withstand for a specified time without breakdown, which is higher than the rated voltage. It is mainly affected by the contact pair spacing, creepage distance, geometric shape, insulator material, operating temperature, humidity, and atmospheric pressure.