ZHT-FRVV防火系統專用電纜
本產品適用于0.6/1kv及以下的高層建筑物、地鐵、隧道、劇場、人防工程、石化系統等所作輸配電線路或火災報警設備、通信設備等應急設施的供電線路及信號控制線路。電纜除低煙無鹵高阻燃特性外，還應能處在火焰燃燒中正常運行180min，當火災發生時，不發生短路和斷路故障，一直保障電力供給，維持系統運行。并且燃燒時煙霧透光率高、毒性低，從而顯示其防火安全和消防救生的功能。
    It can be used not only to transmit and distribute power on the power line of 0.6/1kv voltage or below for high-rise building, subway, tunnel, theater, civil air defense engineering, petrochemical system, but also as power supply wire and signal control circuit of emergency facilities such as power transmission and distribution systems, fire alarm equipment and communications equipment and so on. Besides of features of LSZH and high flame resistance, it can also normally operate within 180min under the condition of flame burning. When the fire occurs, short-circuit and open circuit faults would not happen. It could endure continually supplying power and maintain the normal operation of system. During the process of burning, high light transmittance and low toxicity of cable can be considered as an evidence of functions of fireproofing safety and fire rescue.
一、產品執行標準 Q/ZH09.06-2010
    Executive standard: enterprise standard
二、型號
    Type
    ZHT-FRVV—防火專用電纜
    ZHT-FRVV— type special cable for fire resistance

Characteristics
1、交流額定電壓：U0/U  0.6/1kv
A.C. rated voltage: U0/U  0.6/1kv
2、工作溫度：電纜導體長期工作溫度為70℃。
Long-term working temperature of cable conductor shall be 70℃.
3、敷設溫度：電纜敷設溫度不低于0℃。
Environment temperature for installation shall be no less than 0℃.
4、彎曲半徑：電纜彎曲半徑不低于電纜外徑的15倍。
Bending radium of cable shall be no less than 15 times that of cable outer diameter.
5、阻燃、耐火特性：符合GB19666-2005。
Flame resistance and fire resistance characteristics shall meet the requirements speculated in GB19666-2005 standard.

    Performance parameter

 

     The figure of cable structure


 

     Notes:
施工時嚴格防止電纜損傷，降低產品性能。
Cable damage and performance reduction are strictly prevented during installation.

     Delivery requirement
允許根據雙方協議長度交貨；長度誤差不超過±5%。
Delivery length of cable depends on both agreements with length error allowance of ±5%.