Waterproof Push-in Connectors

Waterproof push-in connectors are key components in the field of electrical connections.

With fast plug-in and unplugging and excellent waterproof performance as the core, they are widely used in scenarios that need to deal with complex environments such as moisture and underwater.

With precise design and high-quality materials, they ensure stable transmission of power and signals, and are an indispensable connection component in modern industry and life.

Function

Fast and convenient connection: Achieve electrical connection plugging and unplugging in seconds, greatly improving installation and maintenance efficiency and reducing downtime.

Efficient waterproof sealing: Through multiple sealing structures (such as sealing rings), prevent water, dust, etc. from intrusion and protect the internal circuit from damage.

Stable transmission guarantee: Optimize contact design, reduce resistance and signal loss, ensure stable and interference-free transmission of power and signals, and improve system reliability.

Features

High protection level: The common IP68 level can still work normally after being immersed in 1 meter of water for a long time, and can adapt to harsh environments.

Durable material: The main body is made of environmentally friendly materials such as flame-retardant PA66, which is corrosion-resistant and wear-resistant, and prolongs the service life.

Wide temperature adaptation: The temperature resistance range is wide (such as – 40℃ to + 105℃), which can adapt to scenes with high and low temperatures and large humidity changes.

Type

By interface specifications: covering various sizes such as M10, M12, M16, etc., adapting to cables of different wire diameters to meet diverse needs.

By functional use

Power type: optimizes current carrying capacity and is suitable for power transmission, such as new energy vehicle battery connection.

Signal type: focuses on anti-interference design and ensures signal integrity, and is used for sensor and monitoring equipment signal transmission.

Application Scenario

Outdoor lighting: connect street lights and landscape lights to resist wind and rain erosion and ensure stable operation of the lighting system.

Marine engineering: used for underwater sensors and diving equipment to maintain reliable connection in high-pressure water environment.

Industrial automation: adapt to production line equipment to cope with the humid and dusty environment in the workshop to ensure equipment communication and power supply.

New energy vehicles: realize the connection between batteries, motors and charging piles to prevent the influence of water vapor and improve driving safety.