1FO Double Sheath for Access Network Drop Fiber Optical Cable for Vertical cabling

1FO Double Sheath for Access Network Drop Fiber Optical Cable for Vertical cabling GJYFXHTZY is an Access Network Drop optical cable, It is made of one core optical fiber coated with an inert stable material or a high-strength composite material as the optical transmission medium, a layer of all-dielectric strength member yarn is used as a force unit, and a layer of material which is easy to tear dry sheath: OFNR/OFNP or CPR-DCA/CCA/BAC, Covered with a layer of all-dielectric reinforcement yarn as a strength unit or to strength unit or to prevent animal teeth from biting the outer sheath is OFNR/OFNP or CPR-DCA/CCA/BCA 1FO Double Sheath for Access Network Drop Fiber Optical Cable for Vertical cabling Dimensions and Construction: Items Descriptions Optical Fiber Fiber count 1FO G657A2 Color Green Loose tube Color White Material PBT The water-blocking material Jelly Diameter 1.6±0.1mm Thickness 0.25±0.05mm Strength Member Material Aramid yarn Rip Cord Material 1*Rip Cord Sheath Material HFFR     Anti-UV Color Ivory Strength member Aramid yarn Diameter 3.4±0.1mm Thickness 0.5±0.1mm weight      ±10%KG/KM 11 Flame Rating CPR DCA-s2d2a2 1FO Double Sheath for Access Network Drop Fiber Optical...

24FO Micro-cluster Indoor Fiber Optical Cable for Fiber Optic Loop Cabling

24FO Micro-cluster Indoor Fiber Optical Cable for Fiber Optic Loop Cabling Micro-cluster indoor optical cables are used for vertically laying optical cables at indoor user access points and between floors. The dry design is easier to weld. The center of the micro-cluster optical cable uses FRP (rigid glass fiber) as the central tensile body. According to the number of users in the building, 2 cores/4 cores/6 cores/12 cores of different colors of optical fibers are placed in each cluster to form a micro-cluster (the so-called 2MB/4MB/6MB/12MB structure). Finally, Aramid Yarn (aromatic polyamide fiber) is added to enhance the tensile strength of the optical cable. The outer sheath uses low-smoke, halogen-free, environmentally friendly, and fire-safe materials. 24FO Micro-cluster Indoor Fiber Optical Cable for Fiber Optic Loop Cabling Dimensions and Construction: Items Descriptions Optical Fiber Fiber count 24FO  OM4   Color Red Blue Green Yellow Purple White Orange Slate Brown Aqua Pink Black Microcluster Fiber Color Red Blue Green Yellow Purple White Material LSZH Fillers Jelly Diameter mm 0.9-1.2 Counts 6 Fibers per tube 4 Strength Member Material High tensile tensile yarn Sheath Material...

Multi-purpose Cabling Fiber Optical Cable 24Cores Micro Cluster Fiber Optic Cable GJYFJZY

Multi-purpose Cabling Fiber Optical Cable 24Cores Micro Cluster Fiber Optic Cable GJYFJZY Micro-cluster indoor optical cables are used for vertically laying optical cables at indoor user access points and between floors. The dry design is easier to weld. The center of the micro-cluster optical cable uses FRP (rigid glass fiber) as the central tensile body. According to the number of users in the building, 2 cores/4 cores/6 cores/12 cores of different colors of optical fibers are placed in each cluster to form a micro-cluster (the so-called 2MB/4MB/6MB/12MB structure). Finally, Aramid Yarn (aromatic polyamide fiber) is added to enhance the tensile strength of the optical cable. The outer sheath uses low-smoke, halogen-free, environmentally friendly, and fire-safe materials. Multi-purpose Cabling Fiber Optical Cable 24Cores Micro Cluster Fiber Optic Cable GJYFJZY Dimensions and Construction: Items Descriptions Optical Fiber Fiber count 24FO     G657A2 Color Red Blue Yellow Green White Slate Brown Purple Aqua Black Orange Pink Microcluster fiber Color Red Blue The water-blocking material Jelly Material LSZH Diameter 1.3±0.1mm Sheath Material LSZH  Anti-AV Color Black Strength Member Water-resistant aramid yarn & aramid yarn Stripping way...

8 cores Micro-cluster Indoor Fiber Optical Cable With inner V groove GJFJZY

8 cores Micro-cluster Indoor Fiber Optical Cable With inner V groove GJFJZY Micro-cluster indoor optical cables are used for vertically laying optical cables at indoor user access points and between floors. The dry design is easier to weld. The center of the micro-cluster optical cable uses FRP (rigid glass fiber) as the central tensile body. According to the number of users in the building, 2 cores/4 cores/6 cores/12 cores of different colors of optical fibers are placed in each cluster to form a micro-cluster (the so-called 2MB/4MB/6MB/12MB structure). Finally, Aramid Yarn (aromatic polyamide fiber) is added to enhance the tensile strength of the optical cable. The outer sheath uses low-smoke, halogen-free, environmentally friendly, and fire-safe materials. 8 cores Micro-cluster Indoor Fiber Optical Cable With inner V groove GJFJZY Dimensions and Constructions: Items Descriptions Optical Fiber Fiber count 8FO  G657A1   Color Blue Orange Green Brown Grey Natural Black Microcluster Fiber Color White Material LSZH Strength Member Material High tensile tensile yarn Sheath Material HFFR     Anti-UV Color White Stripping way Tear opening Diameter 3.8±0.15mm weight      ±10%KG/KM 6.0 8 cores Micro-cluster Indoor Fiber Optical Cable...

Micro-cluster Indoor Fiber Optical Cable-Multi-purpose Cabling Optic Cable GJFJZY -- 1/2/4FO

Micro-cluster Indoor Fiber Optical Cable-Multi-purpose Cabling Optic Cable GJFJZY -- 1/2/4FO Micro-cluster indoor optical cables are used for vertically laying optical cables at indoor user access points and between floors. The dry design is easier to weld. The center of the micro-cluster optical cable uses FRP (rigid glass fiber) as the central tensile body. According to the number of users in the building, 2 cores/4 cores/6 cores/12 cores of different colors of optical fibers are placed in each cluster to form a micro-cluster (the so-called 2MB/4MB/6MB/12MB structure). Finally, Aramid Yarn (aromatic polyamide fiber) is added to enhance the tensile strength of the optical cable. The outer sheath uses low-smoke, halogen-free, environmentally friendly, and fire-safe materials. Micro-cluster Indoor Fiber Optical Cable-Multi-purpose Cabling Optic Cable GJFJZY -- 1/2/4FO Dimensions and Constructions: Items Descriptions Optical Fiber Fiber count 1FO G657A-200μm 2FO G657A-200μm 4FO G657A-200μm Color Blue Orange Green Brown Microcluster Fiber Color White Material LSZH Strength Member Material Aramid yarn Sheath Material HFFR     Anti-UV Color White RAL9016 Diameter 2.5±0.15mm weight      ±10%KG/KM 6.0 Micro-cluster Indoor Fiber Optical Cable-Multi-purpose Cabling Optic Cable GJFJZY -- 1/2/4FO Features: Non-metallic and...

Multi-purpose Cabling Fiber Optical Cable-Micro Cluster Optic Cable GJFZY

Multi-purpose Cabling Fiber Optical Cable-Micro Cluster Optic Cable GJFZY The latest flexible and bend-resistant optical fiber (G.657) is used, and efficient installation accessories can achieve fast wiring. Users' requirements for beautiful and elegant home wiring have the characteristics of beautiful, fast, and concealed wiring that does not destroy the original indoor architectural style. The use of new bend-resistant optical fiber can upgrade the next-generation network, realize fiber to the home and fiber to the desktop, and meet customers' demand for fiber technology. Multi-purpose Cabling Fiber Optical Cable-Micro Cluster Optic Cable GJFZY Dimensions and Constructions: Items Descriptions Optical Fiber Fiber count 8FO 12FO 16FO Color Blue Orange Green Brown Grey Natural Red Black Yellow Violet Pink Aqua Blue Orange Green Brown The Color wheel to distinguish Sheath Material LSZH     Anti-UV Color White Diameter 1.8±0.1mm 1.8±0.1mm 2.0±0.1mm weight      ±10%KG/KM 13.5 Multi-purpose Cabling Fiber Optical Cable-Micro Cluster Optic Cable GJFZY Features: Transparent outer sheath, minimal cable diameter, hidden wiring, indoor installation; Using transparent plastic, beautiful and elegant, integrated with the wall; Multi-purpose Cabling Fiber Optical Cable-Micro Cluster Optic Cable GJFZY Applications : Backbones and Access. Installed in ducts,...

GCYFY

Mini 2-24 Cores Air-blowing Micro Optical Fiber Cable

Optical Characteristics Micro cable model GCYFXY--xxF (MTE+outer diameter ) MTE1.8 MTE2.0 MTE2.3 MTE2.5 MTE2.8 Number of fiber cores 2~4 2~4 6~12 2~12 14~24 HDPE outer sheath thickness nominal： 0.20mm, smallest: 0.15mm Nominal outer diameter 1.8mm 2.0mm 2.3mm 2.5mm 2.8mm Approximate weight 2.6kg/km 4.0kg/km 5.0kg/km 6.0kg/km 7.0kg/km Fiber optic cable attenuation (single-mode fiber) 1310nm/1550nm≤0.35/0.22dB/km< Maximum pulling force 40N 40N 50N 60N 60N Maximum crushing force 600N/100m Allowed minimum static, dynamic bending radius 10 times/20 times the outer diameter of the optical cable Applicable temperature range Storage -30～+60℃; Installation -10～+40℃; Operation -20～+50℃ Optical cable life (estimated) 25 years Air blowing performance Test Equipment Pipe models suitable for air delivery and corresponding typical air delivery lengths   Polyment: PRM-196, PR140, etc. Air pressure: 13bar Number of fiber cores Microtube model 3.5/5.0mm Microtube model 5.5/7.0mm 2~12 cores 800m 1500m 14~24 cores 500m 1500m Features Structural optimization design, with the best fiber capacity; The remaining length of the optical fiber is precisely controlled and the performance of the optical cable is stable; Dry cable core blocks water, is low-carbon and environmentally friendly; Innovative design of the...

Layer-twisted nylon sheathed air-blown micro cable (24-288 cores)

Optical Characteristics Micro cable model GCYF04--xx F Number of fiber cores 24 36 48 60 72 96 144 216 288 Loose tube quantity 2 3 4 5 6 8 12 18 24 Filling rope quantity 4 3 2 1 0 0 0 0 0 Maximum fiber loading capacity of a single loose tube‍ 12   Water blocking method ‍ FRP or PE cushion Water-blocking yarn blocks water Cable core surface Water-blocking aramid yarn water-blocking PA12 outer sheath thickness nominal： 0.45mm,smallest: 0.35mm Nominal outer diameter 5.5mm 6.3mm 7.8mm 7.8mm 9.3mm Approximate weight 27kg/km 40kg/km 55kg/km 55kg/km 78kg/km Maximum pulling force 500N 1000N 1000N 500N 1000N Maximum crushing force 800N/100m Allowed minimum static, dynamic bending radius 10 times/20 times the outer diameter of the optical cable Fiber optic cable attenuation (single-mode fiber) 1310nm/1550nm≤0.35/0.22dB/km Applicable temperature range Storage -30～+60℃; Installation -10～+40℃; Operation -20～+50℃ Optical cable life (estimated) 25 years Air blowing performance Test Equipment Pipe models suitable for air delivery and corresponding typical air delivery lengths Payment: PR-140, MiniJet-400, etc., air pressure: 15bar Number of fiber cores Microtube model 8.0/10.0mm Microtube model 10.0/12.0mm...

Layer-stranded PE sheathed air-blown micro cable (24-288 cores)

Optical Characteristics Micro cable model GCYFY--xx F Number of fiber cores 24 36 48 60 72 96 144 216 288 Loose tube quantity 2 3 4 5 6 8 12 18 24 Filling rope quantity 4 3 2 1 0 0 0 0 0 Maximum fiber loading capacity of a single loose tube‍ 12   Water blocking method ‍ FRP or PE cushion Water-blocking yarn blocks water Cable core surface Water-blocking aramid yarn water-blocking PA12 outer sheath thickness Nominal: 0.50mm, Average: 0.45mm, Minimum: 0.40mm Nominal outer diameter 5.5mm 6.3mm 7.8mm 7.8mm 9.3mm Approximate weight 27kg/km 40kg/km 55kg/km 55kg/km 78kg/km Maximum pulling force 500N 1000N 1000N 500N 1000N Maximum crushing force 800N/100m Allowed minimum static, dynamic bending radius 10 times/20 times the outer diameter of the optical cable Fiber optic cable attenuation (single-mode fiber) 1310nm/1550nm≤0.35/0.22dB/km Optical cable life (estimated) 10 times/20 times the outer diameter of the optical cable Applicable temperature range Storage -30～+60℃; Installation -10～+40℃; Operation -20～+50℃ Optical cable life (estimated) 25 years Air blowing performance Test Equipment Pipe models suitable for air delivery and corresponding typical air delivery lengths...

Conventional central tube air-blown micro cable (2-24 cores)

Optical Characteristics Micro cable model GCYFXY--xxF (MTE+outer diameter ) Number of fiber cores 2~12 14~24 HDPE outer sheath thickness nominal： 0.50mm, smallest: 0.40mm Nominal outer diameter 4.0mm 4.5mm Approximate weight 12kg/km 16kg/km Maximum pulling force 120N 150N Maximum crushing force 1000N/100mm Allowable minimum static bending radius 10 times the outer diameter of the optical cable Minimum dynamic bending radius allowed 20 times the outer diameter of the optical cable Applicable temperature range Storage -40～+60℃; Installation -10～+40℃; Operation -30～+50℃ Optical cable life (estimated) 25 years Air blowing performance Test Equipment Pipe models suitable for air delivery and corresponding typical air delivery lengths   Polyment: PRM-196, PR140, etc. Air pressure: 13bar Number of fiber cores Microtube model 3.5/5.0mm Microtube model 5.5/7.0mm 2~12 cores 800m 1500m 14~24 cores 500m 1500m Features Structural optimization design, with the best fiber capacity; The remaining length of the optical fiber is precisely controlled and the performance of the optical cable is stable; Dry cable core blocks water, is low-carbon and environmentally friendly; Innovative design of the sheath surface enhances air-blowing performance. Application Air blowing installation Core network Metropolitan...

Enhanced Performance Fiber Optic Unit (EPFU) air-blown ultra-thin fiber optic cable

Optical Characteristics Number of fiber cores 2 cores 4 cores 6 cores 8 cores 12 cores Nominal outer diameter (mm) 1.15 1.15 1.35 1.50 1.65 Approximate weight (g/m) 1.0 1.0 1.3 1.8 2.2 Minimum bending radius (mm) 50 50 60 80 80 temperature range Storage: -30℃ ~ +60℃ Operation: -30℃ ~ +60℃ Installation: -5℃ ~ +50℃ Cable life (estimate) 25 Year Air blowing performance Number of fiber cores 2 cores 4 cores 6 cores 8 cores 12 cores Air delivery equipment PLUMETTAZ： UM25,  ERICSSON： F, CATWAY： FBT-1.1 Pipe specifications 5.0 / 3.5 mm (field microtube test: 32 m × 16 circles) Pipe flow pressure 7bar / 10bar Typical air delivery length 500m / 1000 m 500m / 1000 m 500m / 1000 m 500m / 1000 m 500m / 800 m Typical air delivery time 10 min / 18 min 10 min / 18 min 12 min / 18 min 13 min / 18 min 15 min / 20 min Features Structural optimization design, with the best fiber capacity; The remaining length of the optical fiber is precisely controlled and the performance of the optical cable...