
German Standard Halogen-Free Cable Nhxmh / (N) Hxmh (St) Underground Industrial Power Cables Electric Wire
Tianjin Feiya Electric Wire & Cable Co., Ltd.- Type:Insulated
- Conductor Type:Stranded
- Application:Overhead, Underground
- Conductor Material:Copper
- Sheath Material:PE
- Insulation Material:XLPE
Base Info
- Model NO.:Nhxmh , (N) Hxmh (St)
- Material Shape:Round Wire
- Range of Application:Flame Retardant
- Certification:ISO9001, CE, UL, CCC, RoHS, VDE
- Brand:Feiya
- Color:Black Red Yellow, According to Voltage Level
- Whether It Is Environmentally Friendly:Yes
- Whether Quality Inspection:Provide Inspection Certificate
- Standard:Customized According to Specified National Standar
- OEM/ODM:Accepted
- Core:Single Core and Multicore
- Transport Package:Standard Export Packaging
- Specification:International General Specifications
- Trademark:Fengda
- Origin:Tianjin, China(Mainland)
- HS Code:8544492100
- Production Capacity:100000,Day
Description

Application and Description
NHXMH cable is halogen free intended for fixed installation in dry and moist rooms as well as in masonry and concrete, in and under plaster; not for underground installation. NHXMH-J/O are especially used in buildings with a high concentration of persons or valuable property, where improved fire characteristics are needed. This product conforms to 73/23/EW G directive (low voltage directive) CE.
- Working voltage: 300/500 volts
- Test voltage: 2000 volts
- Minimum bending radius: single conductor 15 x Ø
- Minimum bending radius: multi conductor 12 x Ø
- Flexing temperature: -5º C to +50º C
- Fixed installation temperature: - 30º C to +70º C
- Short circuit temperature: +250º C
- Flame-retardant to DIN VDE 0482 part 266-2/HD 405.3/BS 4066 PT3/EN 50266-2/IEC 60332-3
- Low corrosiveness of combustion gases
to DIN VDE 0482 part 267/BS 6425 PT2/EN 50267-2-2/IEC 60754-2
- Halogen-free to DIN VDE 0482 part 267/BS 6425 PT1/EN 50267-2-1/IEC 60754-1
- Smoke density to DIN VDE 0482 part 268/HD 606/BS 7622 PT1,PT2/EN 50268-1,-2/IEC 61034-1,-2
- Insulation resistance: >100 MΩ x km





