0.6/1kV Fire Resistant Power Cables With PVC Jacket XLPE Insulated / (NYBY/N2XBY)

Details:
Place of Origin: Henan, China (Mainland)
Brand Name: ZHENGLAN
Insulation Material: XLPE
Type: Low Voltage
Conductor:
1.5mm2 - 2.5mm2 : Class 1 solid conductor according to BS EN 60228
4mm2 : Class 2 stranded conductor according to BS EN 60228
Jacket: PVC
Sizes: 1.5~1000mm2
Number of cores: 1-5cores
Rated voltage: 0.6kv/1kv 8.7/15kv 15kv/35kv
Packaging Details: fully wooden drum, steel wooden drum, fully steel drum or customized

Application:
The product is suitable for using in power distribution lines or fixed installa-tions with rated power- frequency voltage up to and including 35Kv, AC 50Hz.

3. Fire Resistant Power Cable Standard:
IEC60502 GB12706

4. Fire Resistant Power Cable Characteristics:
The maximum conductor operating temperature: 90°C
During short circuit (lasting less than 5 seconds) the maximum temperature of the cable conductor shall not be above 250°C
Environment temperature should be no lower than 0°C for laying the cable.

Why Choose Zhenglan Cable:

• OEM/ODM services provided
• Products comply with GB, IEC, BS, ASTM, DIN, VDE and JIS standards; Customer standard requirments Accepted
• Certified to ISO 9001:2015, ISO 14001:2015 and OHSAS 18001:2007
• Registered capital of $30 million and factory covers an area of 60,000㎡
• Advanced test equipment and procedures, 100% inspection before factory
• Enough stocks and the higest efficient shipping time guarranteed
• Professional pre-sales and after-sales services provided

  Level	Manufacturing British standard	Applications
  Standard fire resistance	BS7629-1, BS EN 50200 PH30, PH60 and PH120	Fire resistant single core cables and multicore cables for BS5839-1 (most fire detection and fire alarm systems), BS5266 (emergency lighting and standard application circuits), and BS8519 (life safety and fire-fighting) category 1 control circuits. Where used under standard BS5839-1, standard fire-resisting cables should be considered to provide sufficient resistance to the effects of fire, with appropriate methods of support and jointing.
  Enhanced fire resistance	BS7629-1, BS8434-2, BS EN 50200 PH30, PH60 and PH120	Enhanced fire resistant cables are used in most public or complex buildings requiring emergency systems to remain operational for a minimum of two hours (PH120) in compliance with BS8434-2 and BS8519 category 1 & 2 control circuits. They are used for unsprinklered buildings with phased evacuation, unsprinklered buildings in excess of 30 metres in height, and where the designer, specifier or enforcing authority determines it is necessary on the basis of fire risk.