TOPFLEX®-EMV-UV-2XSLCHK-J black 4 G 2.5 mm²
Part no. 24523
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Item Details TOPFLEX®-EMV-UV-2XSLCHK-J black 4 G 2.5 mm²
- Part no.
- 24523
- Item description
- TOPFLEX®-EMV-UV-2XSLCHK-J black 4 G 2.5 mm²
- AWG (approx.)
- 14
- Outer Ø mm (approx.)
- 11.2
- Cu factor per km
- 150.0
- Weight kg/km (approx.)
- 211.0
- Copper base in EUR / 100 kg
- 150
- Metres per Packaging Unit
- 100, 500, 1000
- Cut-to-length service available
- yes
- EAN / GTIN
- 4060892150289
- Customs tariff number
- 85444995
Technical Data TOPFLEX®-EMV-UV-2XSLCHK-J black 4 G 2.5 mm²
| Motor connection cable for frequency converters in alignment with DIN VDE 0250 | |
| Temperature range | flexible -15°C to +90°C fixed -40°C to +90°C |
| Permissible operating temperature of the conductor | +90°C |
| Nominal voltage | AC U0/U 600/1000 V |
| Max. permissible operating voltage | alternating current (AC) conductor/earth 700 V three-phase alternating current (AC) conductor/conductor 1200 V direct current (DC) conductor/earth 900 V direct current (DC) conductor/conductor 1800 V |
| Test voltage core/core | 4000 V |
| Mutual capacitance | see datasheet |
| Coupling resistance | see datasheet |
| Minimum bending radius | flexible <12 mm: 10x Outer-ø 12-20 mm: 15x Outer-ø >20 mm: 20x Outer-ø fixed <12 mm: 5x Outer-ø 12-20 mm: 7,5x Outer-ø >20 mm: 10x Outer-ø |
Details TOPFLEX®-EMV-UV-2XSLCHK-J black 4 G 2.5 mm²
Cable Structure
-
- Copper wire bare, finely stranded acc. to DIN VDE 0295 Class 5 / IEC 60228 Class 5
-
- Core insulation: XLPE
-
- Core identification: brown, black, grey, green-yellow
-
- G = with protective conductor GN-YE
-
- Cores stranded with optimal lay lengths
-
- 1. Screen: plastic-coated aluminium foil (St)
- 2. Screen: braided screen of tinned copper wires, approx. coverage 85%
-
- Outer sheath: Special-Polyolefin
-
- Sheath colour: black (RAL 9005)
-
- Length marking: in metres
Properties
-
- resistant to: UV radiation, weathering effects
-
- for outdoor use
-
- halogen-free
-
- the materials used during manufacturing are cadmium-free, contain no silicone and are free from substances harmful to the wetting properties of lacquers
-
- optimal screening enables interference-free operation of frequency converters
-
- low coupling resistance ensures good electromagnetic compatibility
-
- low mutual capacitance of the individual cores due to XLPE core insulation and low screen capacity, enable low-loss power transmission
Tests
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- corrosiveness of combustion gases acc. to DIN VDE 0482-754-2 / DIN EN 60754-2 / IEC 60754-2
-
- flame-retardant acc. to DIN VDE 0482-332-1-2 / DIN EN 60332-1-2 / IEC 60332-1-2
-
- bundle fire test acc. to DIN VDE 0482-332-3-24 / DIN EN 60332-3-24 / IEC 60332-3-24
-
- smoke density acc. to DIN VDE 0482-1034-1+2 / DIN EN 61034-1+2 / IEC 61034-1+2
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- UV-resistant acc. to DIN EN ISO 4892-2
-
- weather-resistant acc. to DIN EN ISO 4892-2
-
- electromagnetic compatibility acc. to DIN VDE 0875-11 / DIN EN 55011
Notes
-
- the conductor is metrically (mm²) constructed, AWG numbers are approximated, and are for reference only
Application
-
- This TOPFLEX®-EMV-UV-2XSLCHK-J motor connection cable for frequency converters ensures EMC in systems and buildings, facilities with devices and equipment from which electromagnetic interference fields can have an inadmissible influence on the environment. As a result of the permissible operating temperature of +90°C at the conductor, an enhanced current carrying capacity compared to PE insulated motor connection cables is permissible. Used as a connecting cable for medium mechanical stress with fixed installation and occasional free movement in dry, damp or wet rooms, as well as outdoors. Used in the automotive industry, food industry, environmental technology sector, packaging industry and in machine tools. Utilised as handling equipment for SIMOVERT drives in the industrial sector for pumps, fans, conveyor belts and air conditioning systems etc. EMC= Electromagnetic Compatibility; in order to optimise EMC properties, we recommend a double-sided and all-round large contact area of the copper braiding.