RF Connector Types
RF cable connectors transmit analog signals while minimizing RF (radio frequency) signal losses. These devices are designed to work at the multi-megahertz range of radio frequency. An RF connector is commonly used with a coaxial cable due to the shielding that the coaxial cable provides. A coaxial cable connector has an inner conductor that is enveloped by a concentric conducting sleeve, with the conductor and shield separated by an insulating material.
Our RF coaxial cable connectors are engineered and are available in small sizes, with tight tolerance electrical characteristics, and in materials that are rugged but not heavy and manufactured to withstand high use in harsh environments. These connectors are manufactured with crimp, solder, and clamp terminations to enable easy installation.

Underwater electrical connections require a special kind of seal to ensure they remain watertight and fully functional. The process for creating a watertight seal is explained in detail, using a technique called vulcanization sealing. This process involves the use of a specially formulated rubber compound that is applied to the joint surface. The rubber then undergoes a vulcanization process, where it is heated and cured to create a strong and durable bond. This process is highly effective in achieving a secure and long-lasting seal, even under extreme underwater conditions. The benefits of vulcanization sealing, which include protection against corrosion, exposure to harsh chemicals and UV rays, and extreme weather conditions such as high humidity, saltwater, and extreme temperatures. This makes it a highly effective solution for a variety of underwater applications, such as in the marine, construction, and oil and gas industries. In conclusion, vulcanization sealing provides a watertight and reliable solution for underwater electrical connections, offering long-lasting protection and durability against a range of challenging environmental conditions.

Transmission connection of high frequency analog signal for underwater instruments and equipments.

In series, High frequancy transmission, Reliable and Safe

Characteristic Resistance: 50?;75?
VSWR: <1.2
Contact Resistance:?10 m? ;
Insulation Resistance: ?1000~10000M? (Norminal)
Dielectrics Voltage-resistance:500~6000V/AC?1min
Carrying Capacity:14A~50A
worklife :500times
High frequancy vibration:10~500Hz?0.75mm/100m/s
Hydrostatic pressure :20MPa?Horizontal;5MPa?Vertical
Work temperature :-40C~85C

Подводный фотоэлектрический гибридный разъем (электрический и оптоволоконный)

Фейсбук      LinkedIn