SOLUTIONS
Products and Solutions
CASE
Case
Power transmission and distribution
Model: JLHA1 (AAAC)
Rated voltage (kV):
Main use: It can replace some aluminum stranded wires or steel core aluminum stranded wires for overhead transmission and distribution lines, with a continuous usage temperature of up to 90 ℃ and good corrosion resistance.
Model: TJR, TJRX
Rated voltage (kV):
Main use: Suitable for connecting motors, electrical equipment components, and connecting wires for mobile or semi mobile electrical equipment (such as switches, electric heaters, etc.).
Model: JKLHYJ
Rated voltage (kV): 1-20
Main use: overhead fixed laying, household lines
Model: JKLHY
Rated voltage (kV): 1-20
Main use: overhead fixed laying, household lines
Model: YJLW03-Z
Rated voltage (kV): 64/110
Main use: Cable can be laid in tunnels or pipelines and can withstand certain pressure. The cable has good longitudinal and radial waterproof performance.
Model: YJLW02-Z
Rated voltage (kV): 64/110
Main use: Cable can be laid in tunnels or pipelines and can withstand certain pressure. The cable has good longitudinal and radial waterproof performance.
Model: YJLHV43
Rated voltage (kV): 6-35
Main use: Installed indoors, in mines, and in water, capable of withstanding significant tensile forces.
Model: YJLHV42
Rated voltage (kV): 6-35
Main use: Installed indoors, in mines, and in water, capable of withstanding significant tensile forces
Model: YJLV
Rated voltage (kV): 6-35
Main use: Laid indoors, in tunnels and pipelines, can also be buried in loose soil, but cannot withstand tension and pressure
Model: YJV
Rated voltage (kV): 6-35
Main use: Laid indoors, in tunnels and pipelines, can also be buried in loose soil, but cannot withstand tension and pressure
Model: OPLC - (ZA, ZB, ZC) - YJV32
Rated voltage (kV): 0.6/1
Main use: Suitable for power and optical communication transmission, capable of withstanding mechanical external forces and equivalent tensile forces.
Model: OPLC - (ZA ZB、ZC）-YJV22
Rated voltage (kV): 0.6/1
Main use: Suitable for power and optical communication transmission, capable of withstanding mechanical external forces, but unable to withstand large tensile forces
