HXT MICA/XLPE/ICAM/LSZH 耐高温低烟无卤仪表电缆：使用的标准（PAS）BS 5308电缆以多种方式传送通信和控制信号安装类型，包括石化行业中的安装类型；工业信号可以是模拟、数据或语音类型，也可以来自各种传感器，如压力传感器、接近传感器或麦克风第1部分第1类电缆；通常设计用室内使用和需要机械保护的环境；适用于防火装置，个别地屏蔽以增强信号安全性。

HXT Mica / XLPE / ICAM / LSZH high temperature, low smoke and halogen-free instrument cable: the standard (PAS) BS 5308 cable used transmits communication and control signals in a variety of ways, including installation types in the petrochemical industry; Industrial signals can be analog, data or voice types, or from various sensors, such as pressure sensors, proximity sensors or microphones, Part 1, class 1 cables; Usually designed for indoor use and environments requiring mechanical protection; It is suitable for fire protection devices and individually shielded to enhance signal safety.

• 导体

  细裸铜丝绞合导体，符合 BS EN 60228标准

• 绝缘                         

  云母带+XLPE（交联聚乙烯）

• 芯线结构

  芯线两两成对绞合

• 屏蔽

  铝箔绕包，铝塑复合薄膜静态屏蔽，带镀锡排扰线

• 外护套

  低烟无卤护套料

• 外护套颜色

  黑色，蓝色表示本质安全系统

Structure

• Conductor

  Stranded fine bare copper wire conductors

• Insulation

  MICA Tape + XLPE (Cross-Linked Polyethylene)

• Core structure

  Wires twisted in pairs

• Shield

  Aluminum foil wrapping, aluminum-plastic composite film static shielding, with tinned exhaust wire

• Sheath

  LSZH sheath

• Outer sheath colour        

  Black. Blue indicates intrinsically safe system

• 额定电压

  300/500V

• 工作温度

  -40°C 至 +125°C

• 阻燃标准

  IEC/EN60332-1-2

  IEC/EN 60332-3-24

• 特性

  环保符合RoHS指令 

  符合IEC/EN 60754-1/2, IEC/EN 61034-2

  阻燃性符合IEC/EN60332-1-2，IEC/EN 60332-3-24

  铝塑复合薄膜静态屏蔽，带镀锡丝排流线，使高频电磁干扰最小化

  对绞结构可使电路去耦（串音效果）

• Technical Parameters

• Rated voltage

  300/500V

• Working temperature

  - 40 ° C to + 125 ° C

• Flame retardant standard

  IEC/EN60332-1-2

  IEC/EN 60332-3-24

• Characteristic.

  Environmental protection complies with ROHS directive

  Accord with IEC/EN 60754-1/2, IEC/EN 61034-2

  Flame retardancy conforms to IEC/EN60332-1-2，IEC/EN 60332-3-24

  Aluminum plastic composite film static shielding with tinned wire drainage line to minimize high-frequency electromagnetic interference

  Twisted pair (TP) structure can decouple the circuit (crosstalk effect)