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0.6/1kV NX600 Armoured Power Cable with XLPE Mica Tape Insulation and LSZH Outer Sheath

Basic Properties
Place of Origin: China
Brand Name: Minfeng
Certification: ISO,CE,IEC,TUV,KEMA
Model Number: NX600
Trading Properties
Minimum Order Quantity: 100m
Price: 0.1-5
Payment Terms: L/C,T/T
Supply Ability: 100KM/Week
Specifications
Main Market: Asia,Africa Sheath Color: Black
Origin: Hebei, China Free Smaple: Yes
temperature: 90°C Standardcompliance: BS 7846; BS 8519 Cat. 3
Jacket: LSZH
Product Description
0.6/1kv NX600 Armoured Cable XLPE Mica Tape Insulation LSZH Outer Sheath Copper Conductor
Product Overview

Fire-resistant armoured cable designed for critical safety systems requiring 180 minutes of circuit integrity during fire conditions.

NX600 Armoured Cable product overview
Applications
  • Indoor applications where fire safety is a priority (hotels, schools, high-rise buildings, hospitals, data centers, airports, offices)
  • Warning Systems (fire alarms, smoke detection/alarm devices)
  • Smoke Ventilation Systems (tunnel fans)
  • Emergency Exits (emergency lighting fixtures)
  • Fire Intervention Systems (water pumps, automatic doors)
  • Uninterruptible Energy Systems (escalators, elevators in subways)
Construction
Conductor Copper
Fire Barrier Mica Tape
Insulation XLPE
Inner Layer Glass-fiber Tape
Bedding LSZH
Armour Single layer of galvanized steel wires
Outer Layer Glass-fiber Tape
Outer Sheath LSZH
Technical Specifications
Rated Voltage 0.6/1kV
Size Range 4-400mm²
Conductor Material Copper
Insulation Material XLPE
Working Temperature 90°C
Jacket LSZH
Application Industrial
Type Low Voltage
Standard BS 7846; BS 8519 cat. 3
Fire Resistant BS 8491 - 120 min
Short-circuit Max Temperature 250°C
Bending Factor 8 (xD)
NX600 Armoured Cable technical diagram NX600 Armoured Cable construction details
Overall Rating
5.0
★★★★★
★★★★★
Based on 50 reviews recently
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All Reviews
  • C
    chang young kim
    South Korea Dec 16.2021
    ★★★★★
    ★★★★★
    We’ve integrated these fiber optic cables into our latest data center project. The attenuation levels are remarkably low, exceeding our performance benchmarks.