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Nexans VFD HEPR-SHF1 0,6/1kV 3x150+95mm2
Nexans VFD HEPR-SHF1 0,6/1kV 3x150+95mm2
Introducing Nexans VFD HEPR-SHF1 0.6/1kV cables, with three flexible class 5 copper conductors, insulated with HEPR, copper armouring and covered in a SHF1 non-halogenated compound, ideal for environments with a high concentration of people. Ideal for industrial automation and electric motors, protecting against electromagnetic noise. See technical details below:
Read moreDescription
Description
Standards
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ProductABNT NBR 7286 ; ABNT NBR NM 280
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InstallationABNT NBR 5410
Aplication
Nexans VFD HEPR-SHF1 0.6/1kV cables are used in the field of industrial automation, where there is an increasing presence of electromagnetic noise that can affect the operation of electric motors. Frequency inverter cables are particularly recommended for supplying and interconnecting systems with frequency inverters, designed to withstand the highest voltage gradients, through the presence of harmonics and suppression of noise and electromagnetic interference, which are present in these types of circuits. The covering of this cable is a non-halogenated thermoplastic compound type SHF1 (LFH - Low Fire Hazard), in black colour. It is particularly recommended for environments where, in the event of a fire, there is a potential risk due to the concentration of people or contamination of food and equipment.
Construction
- Phase conductors: Made of bare copper wires with a minimum conductivity of 100% IACS, soft-tempered, complying with class 5 stranding.
- Insulation: High-modulus ethylene-propylene compound (HEPR), for a maximum temperature of 90ºC in continuous operation.
- Core: Made up of three insulated conductors twisted together.
- Inner sheath: Layer of non-halogenated thermoplastic polyolefin compound (SHF1) extruded over the assembly, acting as a padding for the neutral conductor.
- Neutral conductor: Bare copper wires, helically arranged, regularly distributed over the inner sheath, reduced equivalent section for sections greater than 16 mm², in accordance with ABNT NBR 5410..
- Shielding: Copper tape applied to the neutral conductor, covering 100 per cent of the cable core.
- Outer sheath: Extruded layer of non-halogenated thermoplastic polyolefin compound (SHF1).
Identification
Insulation in black, red and white.
Note: Other colors can be evaluated on request.
Operation
Thermal limits according to ABNT NBR 6251.
- Continuous operation: 90°C
- Overload operation: 130°C
- Short-circuit condition: 250°C
Note:
- Dimensions and parameters determined on the basis of nominal values, therefore subject to the tolerances laid down in the specifications and manufacturing variations.
- All drawings, designs, specifications, plans and particulars of weights, size and dimensions contained in the technical or commercial documentation of Nexans is indicative only and shall not be binding on Nexans or be treated as constituting a representation on the part of Nexans, being subject to a systemic revision or update without any formal or previous communication, following the referenced standards.
Important:
1) OWNERSHIP OF TECHNICAL DOCUMENTATION: Ownership of drawings, plans, manuals, diagrams, schematics, information, documents, etc. relating to the products offered or supplied to the customer belongs to, and shall remain with, Nexans. Should the customer receive a copy of such documents, the customer agrees not to use such drawings or other documents without the prior express written authorization of Nexans.
2) CONFIDENTIALITY: The customer shall not disclose information relating to this technical documentation to third parties without Nexans' prior written permission, nor use such information for purposes other than those related to the execution of the proposal (if accepted). Without prejudice to the above, Nexans may disclose information to third parties that are part of the same economic group as Nexans, for the purposes of executing this proposal, if necessary.
Characteristics
Characteristics
Construction characteristics
Construction characteristics
Dimensional characteristics
Dimensional characteristics
Electrical characteristics
Electrical characteristics
Mechanical characteristics
Mechanical characteristics
Usage characteristics
Usage characteristics
Resources
Resources
Current carrying capacity
Conductor temperature: 90 °C; Ambient temperature: 30 °C.Conductor cross-section | ||||
---|---|---|---|---|
mm² | Cu | Cu | Cu | Cu |
150.0 | 343.0 | 302.0 | 281.0 | 264.0 |
1 cable/circuit |
2 cables/circuits in the same tray |
3 cables/circuits in the same tray |
4 cables/circuits in the same tray |
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