This kind of cable use upper messenger wire to support aerial cabling, it designs for the place where has heavy wind weather or even ice frozen climate. The cable requires specified working load tension design to provide capable construction and mechanical characteristics to afford outdoor vile condition.
Normally, it’s recommended to use ITU-G652D fiber for data transmission, other mode upon request, as well as the outer sheath.
Normally, you can provide us the local climate information also the worst wind speed to design it accordingly.

Technical Parameters

MAT = Maximum allowable tension, or maximum working tension (worse environmental conditions) and fibers have zero fiber strain. UTS = Approx. Breaking strain of the cable

Figure 8 Fiber Optic Cable, 9/125um G652D

Two parallel steel wires construction cable suits for aerial installation. With additional corrugated steel tape protection make it also available for duct installation.

Structure & Environmental Characteristics

Mechanical Characteristics

Compliant Standard:ITU-T G651 / ITU-T G652 D, ANSI/TIA B.3, IEC-794

Outdoor Parallel Steel Wires & Steel Armored Uni-tube Fiber Optic Cable

Install the fiber optic cable inside of existed conduits, this need excellent tensile strength also additional steel tape armored to against rodent. This kind of fiber optic cable is also available for campus cabling.

Structure & Environmental Characteristics

Mechanical Characteristics

Compliant Standard:ITU-T G651 / ITU-T G652 D, ANSI/TIA B.3, IEC-794

Outdoor Steel Armored Multi-tube Fiber Optic Cable

The two layer sheath provides good crush resistance performance, also the good mechanical and temperature performance. It performs excellent water resistance and moisture resistance especially in the direct buried application or conduit cabling.

Structure & Environmental Characteristics

Mechanical Characteristics

Compliant Standard:ITU-T G651 / ITU-T G652 D, ANSI/TIA B.3, IEC-794

Outdoor Parallel Steel Wires & Steel Armored Uni-tube Fiber Optic Cable

KAYLR fiber optic dome type splice enclosure is in hermetically sealed design, easy for assembly and re-entry. The closure is designed with a gasketed split end plate for mid-access cable application and includes an integrated stack storage basket. Max. 6 * 24 cores splice trays support up to 144 cores splice inside and no need special tools for trays fixing or unloading. This type enclosure is available for aerial or wall mount application.

FEATURES:

• Reliable mechanical sealing to prevent liquid or steam penetration 
• Easy to open and reopen 
• Available 2in 2out and 3in 3out types
• Splice tray capacity: 24cores
• 2 in 2 out type up to 72 cores, 3in 3out type up to 144 cores 
• Made by high strength engineering material to against impact or hit

Fiber Optic Dome Type Splice Enclosure 

KAYLR fiber optic inline type splice enclosure is in hermetically sealed design, easy for assembly and re-entry. The enclosure is in compact and water-tight design, provides good impact and low temperature resistance for wide applications. Max. 8 * 24 cores splice trays support up to 192 cores splice inside and no need special tools for trays fixing or unloading. This type enclosure is available for aerial duct and direct buried.

FEATURES:

• Comply to IEC 1073-1:1994 test requirements
• Reliable mechanical sealing to prevent liquid or steam penetration
• Easy to open and reopen
• 6 cable entry ports (3in, 3out) for cable diameters of 23 mm(2), 20 mm(2), 16 mm(2)
• Splice tray capacity: 24cores
• Maximum number of splice trays: 8
• Dimension: up to 96cores, 450 × 216 × 110mm; up to 192cores, 450 × 216 × 160 mm
• Suit for areial, duct and direct buried application

Fiber Optic Inline Type Splice Enclosure