Flame Retardant and Fire Resistance cable

Flame-retardant and fire-resistance optical cables can control the spread of fire during a fire and maintain the integrity of the communication line. It can meet the requirements of flame retardant and fire-resistant standards such as CPR, UL, and IEC60332.

Product Description

GYHTZSH58-FR – the cables are made by inserting single-mode optical fibers into loose tubes made of high-modulus polyester material (PBT), with waterproof compounds filled inside the tubes. Non-metallic strength members are used at the center of the optical cable.The loose tubes (and possible filling ropes) are twisted around the central strength member to form a compact circular cable core. The corrugated steel tape is longitudinally wrapped. Afterwards a layer of low-smoke, halogen-free flame-retardant inner sheath is extruded. Also a mica tape fire-resistant layer is provided on the inner sheath surface. Finally, the steel tape is longitudinally wrapped and then a low-smoke, halogen-free flame-retardant outer sheath is extruded into a cable.
GYFHTH-FR The cables are made by inserting single-mode optical fibers into loose tubes made of high-modulus polyester material (PBT) with waterproof compounds filled inside the tubes. Non-metallic strength members are used at the center of the optical cable. The loose tubes (and possible filling ropes) are twisted around the central strength member to form a compact circular cable core. Fire-resistant layer is provided outside the cable core and afterwards layer of low-smoke, halogen-free, flame-retardant polyolefin (LSZH) sheath is extruded to form the cable.
GYMXTPH-FR optical cable is constructed by inserting single-mode or multi-mode optical fibers into a metal loose tube made of 304 stainless steel, with waterproof compounds filled inside the tubes. Low-smoke, halogen-free, and flame-retardant polyolefin (LSZH) sheath is extruded to form the cable. Two parallel steel wires are placed on both sides of outer sheath.

Product Advantages

Reasonable control of the excess length of the optical fiber, resisting the optical fiber breakage caused by the thermal expansion and contraction of the optical cable during the test process.
GYFHTH-FR Optical cable consists of high-performance refractory materials to provide thermal insulation protection for the optical fibers, and using high temperatures, an effective fireproof layer can be formed.
Selected fire-resistant and high-temperature-resistant materials – mica tape, to provide excellent fireproof and heat insulation effects.
The outer sheath is made of high flame-retardant material, and the optical cable has excellent flame-retardant features.
The structure of double sheath and double armour ensures the excellent mechanical and environmental performance of the optical cable.
It meets the highest requirements of the BS 6387 standard for the CWZ class fire resistance, ensuring the integrity of the communication lines.
The 304 stainless steel tube has excellent resistance to damage by animals.
It can effectively alleviate the tension of pipeline resources caused by the expansion of communication pipe networks within cities.
It can be constructed and laid in sections, with fast air-blowing speed, long laying distance and high construction efficiency.

GYHTZSH58-FR

No of Fiber	Cable diameter ±0.5（mm）	Cable weight ±15% (kg/km)	Tensile load (N)	Crush load (N/100mm)
12	15.3	273	1000/3000	1000/3000
24	15.3	274	1000/3000	1000/3000
48	15.6	285	1000/3000	1000/3000
96	17.6	343	1000/3000	1000/3000

GYFHTH-FR

No of Fiber	Cable diameter ±0.5（mm）	Cable weight ±15% (kg/km)	Tensile load (N)	Crush load (N/100mm)
2-36	10.1	75	600/1500	300/1000
38-72	10.1	76	600/1500	300/1000
74-84	10.8	89	600/1500	300/1000
86-96	11.4	97	600/1500	300/1000
98-108	12.1	108	600/1500	300/1000
110-120	12.7	119	600/1500	300/1000
122-132	13.4	132	600/1500	300/1000
134-144	14	145	600/1500	300/1000
146-216	14.1	144	600/1500	300/1000
218-240	14.8	161	600/1500	300/1000
242-264	15.4	173	600/1500	300/1000
266-288	16.1	188	600/1500	300/1000

GYMXTPH-FR

No of Fiber	Cable diameter ±0.5（mm）	Cable weight ±15% (kg/km)	Tensile load (N)	Crush load (N/100mm)
1-2	5	68	600/1500	300/1000
4-12	5.6	80	600/1500	300/1000
16-24	6	86	600/1500	300/1000
28-30	6.4	92	600/1500	300/1000
36-48	6.8	103	600/1500	300/1000
56-72	7.3	110	600/1500	300/1000
84-96	7.6	118	600/1500	300/1000

installing：Suitable for use in subways, tunnels, data centers and areas with high fire protection requirements, non-metallic cables can also be used in power systems.
operating temperature：Storage, operation：﹣40℃~﹢70℃；installing：﹣15℃~﹢60℃。
bending radius：Static: 12.5 times the cable diameter;
Dynamic: 25 times the cable diameter.

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Flame Retardant and Fire Resistance cable

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