Ship equipment is a comprehensive system covering multiple fields such as power, navigation, communication, daily life, and safety. It is also the basic equipment to ensure navigation safety and the normal life of personnel on board. Due to the special nature of the application environment, ship equipment must have excellent salt spray corrosion resistance, waterproofing, and impact resistance performance. The TXGA M16 circular connector combines the characteristics of waterproofing, corrosion resistance, impact resistance, durability, and lightweight flexibility, making it an ideal choice for professional interconnection of ship equipment.
TXGA M16 circular connector, the shell is made of alloy material die-casting, and the rubber core is made of high-strength PBT resin. The product is sturdy and durable, with a long service life.
Faced with the challenges of water intrusion and high humidity environment that ship equipment may encounter, the TXGA M16 circular connector uses a multi-layer sealing ring design to support underwater operations up to 50 meters, fully meeting the waterproof requirements of ship equipment during navigation.
In ocean navigation, the strong impact force brought by huge waves is also a severe test for electronic connectors in ship equipment. In this regard, the outer shell of the TXGA M16 circular connector is made of alloy die-casting, and the internal terminals are formed using integrated injection molding technology, with a locking wire specially added at the plug. When the male and female heads are locked together, the connector can lift a weight of over 15 kilograms.
In addition, in response to the problem of seawater being rich in salt substances and having strong corrosiveness to ship equipment, the shell surface of the TXGA M16 circular connector has undergone special processing, which not only has high strength but also excellent corrosion resistance. The connector has passed the salt spray test requirement for over 1000 hours, effectively ensuring high reliability during ocean navigation.
