GYTA type optical fiber cable
Optical cable Model Introduction
For outdoor use, filled with oil paste and longitudinally covered with polyethylene outer sheath
Application scenario: overhead, pipeline
Note: The lateral pressure index of aluminum strip is not as good as that of steel strip, but the effect of moisture proof and rust isolation is better than that of steel strip. GYTA has a long service life when used for pipe threading
GYTS type optical fiber cable
"For outdoor use, paste filled, steel tape longitudinally covered with polyethylene sheath"
Application scenario: Directly buried
GYTY53 type optical fiber cable
"Outdoor use, paste filled, steel tape longitudinally wrapped polyethylene double sheath"
Application scenario: Directly buried
Note: The double-layer sheath has good squashing effect and can be used for rat prevention. GYTA53 is used in places with high moisture resistance requirements and GYTY53 is used in places with high mechanical strength requirements
GYTA53 type optical fiber cable
"For outdoor use, filled with oil paste, longitudinally covered with aluminum-polyethylene, polyethylene double sheath"
Application scenario: Directly buried or underwater
GYTZA53 type optical fiber cable
"Outdoor use, paste filled, steel strip longitudinal covered aluminum-polyethylene, flame retardant polyethylene double sheath"
Application scenario: direct burial and other places with flame retardant requirements
GYFTA53
Outdoor use, paste filling, steel belt longitudinal wrapping, polyethylene inner sheath, non-metallic reinforcement, aluminum-polyethylene outer sheath
Application scenario: Directly buried
Note: Compared with GYTA53, the weight is small
GYFTZA53
Outdoor use, paste filling, steel belt longitudinal package, non-metallic reinforcement, aluminum-polyethylene, flame retardant polyethylene double sheath
Application scenario: direct burial and other places with flame retardant requirements
GYTZA
Outdoor use, paste filled, aluminum-flame retardant polyethylene sheath
Application scenario: overhead, pipe and other places with flame retardant requirements
GYFTY
"Outdoor use, paste filled, non-metallic reinforcement, polyethylene outer sheath"
Application scenario: Power system, heavy lightning and severe electromagnetic interference
GYFTA
"For outdoor use, paste filled, non-metallic reinforcement aluminum-polyethylene outer sheath"
Application scenario: overhead, pipeline
GYFTZA
"For outdoor use, paste filled, non-metallic reinforcement aluminum-flame retardant polyethylene outer sheath"
Application scenario: overhead, pipe, flame retardant place
GYTA33
"For outdoor use, paste filled, aluminum-polyethylene inner sheathed fine round steel wire armored, polyethylene outer sheathed"
Application scenarios: Steep slopes and rivers
GYTA53+33
"Outdoor use, paste filling, aluminum-polyethylene inner sheath, steel-polyethylene inner sheath, fine round steel wire armor, polyethylene outer sheath"
Application scenario: Directly buried, underwater, steep slope or river crossing
GYTA333
"For outdoor use, paste filled, aluminum-POLYETHYLENE inner sheathed double fine round steel wire armor, polyethylene outer SHEathed
Application Scenario: Underwater (available in deep water)
GYTA54
"Outdoor use, paste filling, aluminum-polyethylene inner sheath, steel-polyethylene inner sheath, polyethylene + nylon outer sheath"
Application scenario: direct burial, termite prevention
GYTA34
"For outdoor use, paste filled, aluminum-polyethylene inner sheathed fine round steel wire armored, polyethylene + nylon outer sheathed"
Application scenario: direct burial, termite prevention
GYTS04
"Outdoor use, ointment filled, steel - polyethylene inner sheath polyethylene + nylon outer sheath"
Application scenarios: direct burial, rodent prevention, termite prevention
GYDTA
"Outdoor use, paste filled, optical fiber with aluminum tape and polyethylene outer sheath"
Application scenario: overhead, pipeline
GYDTA33
"For outdoor use, paste filled, optical fiber with aluminum tape - polyethylene inner sheath, fine round steel wire armored - polyethylene outer sheath"
Application scenarios: Steep slopes and rivers
GYFDTA
"Outdoor use, non-metallic reinforcement, optical fiber with paste filling, aluminum-polyethylene outer sheath"
Application scenario: overhead, pipeline
Note: The weight of the fiber strip is smaller than that of the stranded type, which is suitable for overhead
GYDTZA
"Outdoor use, fiber optic tape, paste filled aluminum-flame retardant polyethylene outer sheath"
Application scenario: overhead, pipe and other places with flame retardant requirements
Note: The weight of non-metallic reinforcement is smaller than that of metal reinforcement, but the tensile resistance is not as good as that of metal reinforcement; Reinforced with glass fiber, to a certain extent can prevent rats; Non-metallic reinforcement is low cost
GYFDTZA
"Outdoor use, non-metallic reinforcement, optical fiber with paste filling, aluminum-flame retardant polyethylene outer sheath"
Application scenario: overhead, the place with flame retardant requirements
GYDTA53
"Outdoor use, fiber optic tape, paste filled aluminum-polyethylene inner sheath, steel-polyethylene outer sheath"
Application scenario: Directly buried
GYFDTA53
"Outdoor use, non-metallic reinforcement, fiber optic tape, paste filled aluminum-polyethylene inner sheath, steel-polyethylene outer sheath"
Application scenario: Directly buried or overhead
GYDXTW
"Outdoor use, fiber optic tape, center tube type, paste filled steel tape with steel wire - polyethylene sheath"
Application scenario: pipeline, overhead, buried directly
Note: with water stop belt, water stop effect is good
GYDXTZW
"Outdoor use, fiber optic tape, central tube type, paste filled steel tape with steel wire - flame retardant polyethylene sheath"
Application scenario: pipeline, overhead, direct buried and other places with flame retardant requirements
GYXTW
"Outdoor, centrally tubular, ointment-filled steel strip with steel wire - polyethylene sheaths"
Application scenario: Pipeline, overhead
GYXTS
"For outdoor use, central tube type, paste filled steel wire armored, steel-polyethylene sheathed"
Application scenario: Pipeline, overhead
GYFXTF
"Outdoor use, central tube type, non-metallic reinforced tape filled with oil paste, polyethylene sheath"
Application scenario: pipeline, overhead, all medium lightning proof place, corrosion resistance
The FRP strip overcomes the problem of poor flexibility of FRP rod and poor rigidity of aramid fiber
GYXTW53
"For outdoor use, central tube type, paste filled with steel wire and polyethylene sheath, steel and polyethylene outer sheath"
Application scenario: Directly buried
Note: Good flexibility and bending resistance, and the central pipe type generally has a water block."
GYTC8S
"For outdoor use, paste filled, Figure 8 self-supporting steel and polyethylene sheathed"
Application scenario: Self-supporting overhead
ADSS
"Non-metallic reinforcement, loose strand, polythene inner sheathed arin armour, polythene outer sheathed"
Application scenario: Self-supporting overhead, all-medium lightning-proof electricity, directly hung on the power tower for the communication route of overhead high-voltage transmission system
Non - self - supporting butterfly lead cable
GJXH (GJXV) [metal strengthening member, low smoke halogen free (or PVC) outer sheath, butterfly cable]
GJXFH (GJXFV) [Non-metallic strengthening member, low smoke halogen free (or PVC) outer sheath, butterfly introduction cable]
GJXDH (GJXDV) [metal strengthening member, low smoke halogen free (or PVC) outer sheath, butterfly introduction of optical fiber belt cable]
GJXFDH(GJXFDV) [Non-metallic strengthening member, low smoke halogen free (or PVC) outer sheath, butterfly introduction of optical fiber with optical cable]
Fiber optic cable structure is the fiber (or fiber belt) placed in the middle of two parallel reinforcement extrudable layer of flame retardant polyolefin sheath (LSZH), can also be polyvinyl chloride (PVC) sheath; The number of cores in an optical fiber can be one, two, or four.
Application Scenario: FTTH and indoor
Note: Non-metallic reinforcement can be FRP, KFRP(aryl-reinforced FRP), GFRP(glass-reinforced FRP), metal reinforcement can be fine steel wire outer sheath can be LSZH or PVC flame retardant material, G657 fiber has a small bending radius
Self-supporting butterfly lead-in cable
GJYXCH (GJYXFCH) [Metal (or non-metal) reinforcement, low smoke, no halogen sheath, self-supporting butterfly introduction cable]
GJYXDCH (GJYXFDCH) [Metal (or non-metal) reinforcement, low smoke, halogen free sheath, self-supporting butterfly introduction of optical fiber belt cable]
The optical cable structure is the optical fiber (or optical fiber belt) placed in the middle of two parallel reinforcing pieces, at the same time at one end of the parallel position placed a metal suspension wire extrusion coated with a layer of flame retardant polyolefin sheath (LSZH); The number of cores in an optical fiber can be one, two, or four.
Used for FTTH, indoor and outdoor, self-supporting
Single-core circular cable GJFJV(GJFJZY)
For indoor use, non-metallic reinforcement (arylon), tight set of coated poly, vinyl chloride sheath
Application Scenario: Used to stretch optical cable subunits
Photoelectric composite cable
Set optical fiber, transmission copper wire, copper signal line in one
Application scenario: Used for broadband access, device power supply, and emergency signal transmission
