Cutting-free waterproof type rapid splitter and implementation method thereof

Abstract

The invention relates to a cutting-free waterproof type rapid splitter for cable splitting. A conductor is placed on a lower mould; a main cable cutting hole and at least one branch cable conductor are lapped in a U-shaped cable clamping hole in the upper end of the conductor; two right-angled hooks I of a locking piece are respectively in butt joint with any one of two saw-tooth shaped hooks II of the lower mould; a middle bugle of the locking piece tightly contacts the conductor part in the main cable cutting hole in the U-shaped cable clamping hole of the conductor and the branch cable conductor with skin stripped off; an upper cover is in threaded connection with outer threads of the lower mould by inner threads, so that a circular sheet body of the lower mould is sunken into the upper cover to form a sunken part; finally, the sunken part is filled with insulating waterproof glue. The cutting-free waterproof type rapid splitter disclosed by the invention has the effects that cable splitting can be realized without cutting a main cable, so that the cable length consumption can be lowered while the cable integrity is guaranteed and no fault points exist; a completely independent sealed space is formed, so that intrusion of moisture, water, oil and corrosive liquid can be inhibited; the cutting-free waterproof type rapid splitter for cable splitting is quick to install, so that working hours are effectively saved.

Description

technical field [0001] The invention relates to the field of low-voltage electrical accessories, in particular to marine lighting, agricultural ecological greenhouse greenhouse lighting and spraying, elevator control collection lines, landscape fountain underwater lamps, submersible pumps, lighting in high-temperature and high-humidity hull working cabins, exhaust The non-cut waterproof quick branch for branching of cables such as wind system. Background technique [0002] Existing similar branch products; such as terminal blocks, are only suitable for single-strand wires. When branching, the stripped conductors are directly inserted into the terminal holes. The copper wire conductor is inserted into the terminal hole, and then the terminal is wrapped with an electrical waterproof cloth to achieve waterproofing. The above-mentioned branching method is to use the main cable to cut off and then branch. Its shortcomings are: time-consuming operation, poor waterproof performanc...

AI Technical Summary

Problems solved by technology

[0002] Existing similar branch products; such as terminal blocks, are only suitable for single-strand wires. When branching, the stripped conductors are directly inserted into the terminal holes. The copper wire conductor is inserted into the terminal hole, and then the terminal is wrapped with electrical waterproof cloth to achieve waterproof purpose. The above-mentioned branching method is to cut off the main cable and then branch.

Its shortcomings are: time-consuming operation, poor waterproof performance, can not really meet the waterproof and moisture-proof requirements, and waste wires

The box body of the terminal block is usually made of plastic, which has poor temperature resistance and is easy to age and fall off

[0003] Products that can realize the waterproof function are mostly filled with insulating materials, resulting in a bloated, huge appearance, and complex structure, which requires a high sense of responsibility for the installer, and the sealing effect cannot be clearly judged

[0004] Take a marine waterproof junction box produced in South Korea as an example; the inside of the product is filled with insulating mud as a seal, but it can only be waterproof. , loose due to vibration, forming a potential safety hazard

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