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nVent ERIFLEX FleXbus Conductor

nVent ERIFLEX FleXbus Conductor is ready-to-use from one side with direct connection to busbar or circuit-breaker palm. It is an innovative and patented connection solution between two pieces of electrical equipment (such as a transformer, switchboard or generator). FleXbus Advanced maintains a high level of reliability and creates an easy and customizable connection on-site without additional design study, specific specialized workforce or expensive tools. The FleXbus Conductor is insulated with a low-smoke, halogen-free, flame-retardant (LSHFFR), high-temperature and class II material. FleXbus Conductor is a flexible, copper-plated, aluminum flat braid with insulation available from 2 to 10 meters length and under different cross section for 500A to 4500A applications. It allows for connection from the power supply to switchgear with only one conductor per phase up to 1600kVA and with two conductors per phase up to 3150kVA.

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  • RoHS
  • CE, ERIFLEX FleXbus
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Wire Diameter: 0.008"
Insulation Thickness: 0.098" – 0.138"
Wire Diameter: 0.20 mm
Insulation Thickness: 2.5 – 3.5 mm
Dielectric Strength: 20 kV/mm
Nominal Voltage, IEC: 1,000 VAC;1,500 VDC
Connector Material: Copper
Conductor Material: Copper Clad Aluminum
Euroclass CPR: Eca - s2, d2, a3
Complies With: IEC® 60695-2-11 (Glow Wire Test 960 °C);IEC® 61439.1;IEC® 61439.1 Class II;IEC® 60364
Halogen Free Rating: UL® 2885;IEC® 60754-1;IEC® 62821-2
Low Smoke Rating: IEC® 61034-2;ISO 5659-2;UL® 2885
Mechanical Resistance Rating: IK09
Insulation Material: Thermoplastic Elastomer
Connector Finish: Tinned
UV Resistance Rating: UL® 2556;UL® 854;IEC® 60 364: AN3 Level
Flammability Rating: UL® 94V-0
Working Temperature: -50 to 115 °C
Working Temperature: -58 to 239 °F
Insulation Elongation: 500 % Min
Installation Standard: AS 3008;BS 7671;CEI 64-8;CSN;DIN VDE 0100;HD 384;IEC® 60364;NBR 5410;NEN 1010;NFC 15-100;NIBT-NIN;NP (2002);ÔNORM;REBT;RGIE-AREI
Current Coefficient According to Temperature Rise
Temperature Rise ΔT 30°C ΔT 40°C ΔT 45°C ΔT 50°C ΔT 55°C ΔT 60°C ΔT 65°C ΔT 70°C
Derating Coefficient 0.71 0.82 0.87 0.91 0.96 1.00 1.04 1.08


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