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| 序号 |
Model |
Name |
Specification range |
Rated voltage |
| 1 |
PH15-CSGY |
Ceramic silica insulated polyolefin sheath fire alarm line, fire resistance + impact for 15 minutes. |
1.0-4.0mm2（2core）；1.5-4.0mm2（3-4core）；1.5-2.5mm2（7-12core）；1.5mm2（19core） |
300/500V |
| 2 |
PH30-CSGY |
Ceramic silica gel insulated polyolefin sheath fire alarm line, fire resistance + shock for 30 minutes. |
1.0-4.0mm2（2core）；1.5-4.0mm2（3-4core）；1.5-2.5mm2（7-12core）；1.5mm2（19core） |
300/500V |
| 3 |
PH60-CSGY |
Ceramic silica insulated polyolefin sheath fire alarm line, fire resistance + impact for 60 minutes. |
1.0-4.0 mm 2 (2 core); 1.5-4.0 mm 2 (3-4 core); 1.5-2.5 mm 2 (7-12 core); 1.5 mm 2 (19 core) |
300/500V |
| 4 |
PH90-CSGY |
Ceramic silica gel insulated polyolefin sheath fire alarm line, fire resistance + impact for 90 minutes. |
1.0-4.0 mm 2 (2 cores); 1.5-4.0 mm 2 (3-4 cores); 1.5-2.5 mm 2 (7-12 cores); 1.5 mm 2 (19 cores) |
300/500V |
| 5 |
PH120-CSGY |
Ceramic silica gel insulated polyolefin sheath fire alarm line, fire resistance + shock 120 minutes. |
1.0-4.0 mm 2 (2 cores); 1.5-4.0 mm 2 (3-4 cores); 1.5-2.5 mm 2 (7-12 cores); 1.5 mm 2 (19 cores) |
300/500V |
| Product Code Description |
C: C (fire resistance alone); W: W (fire resistance and water resistance); Z: Z (fire resistance and mechanical impact); PH15: fire resistance + impact for 15 minutes; PH30: fire resistance + impact for 30 minutes; PH60: fire resistance + impact for 60 minutes; PH90: fire resistance + impact for 90 minutes; PH120: fire resistance + impact for 120 minutes; Y: polyolefin; CSG: ceramic silica gel; SG: silica gel; |
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Fire-proof cables are suitable for high-rise buildings, entertainment places and many high-quality and high-security building projects. They are used for power supply lines in fire-fighting system, such as fire elevators, fire pumps, fire alarms, smoke exhaust systems, emergency lighting, fire hazard zones, high-temperature occasions and facilities requiring special safety.
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Conductor: single strand of oxygen-free bare copper wire, meeting the VDE 0295 CLASS 1 standard
Insulation: Ceramized Silicone Rubber Insulation Material at 200 C
Oxygen barrier: synthetic mica tape wrapped around
Drainage Line: > 0.5MM2 Tin-plated Copper Wire
Shielding layer: fireproof aluminium foil wrapping shielding
Sheath: low smoke halogen-free flame retardant polyolefin sheath at 90 C, color: (optional)
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●When the insulation material is 250-300 degrees, the oxygen index is more than 28%.
●When the sheath material is 250-300 degrees, the oxygen index is more than 34%.
●Low halogenated acid content < 5mg/g, PH value < 4.3
●High transmittance (> 80%)
●Physical and mechanical properties: the tensile strength of insulation is not less than 10.0 MPa, the elongation at break is not less than 100%; the tensile strength of sheath is not less than 12.0 MPa, and the elongation at break is not less than 100%.
●Minimum bending radius: 10 x D, minimum bending diameter < 12.5 MM at - 15 C
●Operating voltage:300/500V
●Test voltage: 2000V
●Use temperature range:-20℃~+90℃
●Fire-resistant and flame-retardant grade conforms to BS6387-2013 standard
Simple Fire-proof Test: Flame Temperature 950 + 40 C, Burning 180 min
Water-proof and fire-proof test: W-grade 650 first burns for 15 minutes, then burns and sprays for 15 minutes
Fire-proof and collision-proof test: Z class 950 C, 15 min/30 times
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●The products have passed BS certification and LPCB certification in UK.
● Wire materials meet the requirements of low smoke, halogen-free, flame retardant, fire-resistant and green environmental protection.
●Wire produces very little smoke in the case of flame combustion, and the released gas does not contain halogen elements. When fire occurs, it can greatly reduce the harm of environmental protection cable to instruments, equipment and human body.
●Wire has high flame retardancy, strong self-extinguishing property and extinguishing characteristic when it leaves fire.
●Long service life, inorganic insulating material, high temperature resistance, and not easy to aging, his life is many times longer than that of organic insulated cables? In normal working conditions, its life can be the same as that of buildings.
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