Cable for inverters BiTservo 3Plus-2XSLCYn-J 3x2.5+3G0.5 IP2201
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 m
Cable for inverters BiTservo 3Plus-2XSLCYn-J 3x2.5+3G0.5 IP2201
Inverter cable – flexible motor‑to‑inverter connection
Flexible connection cable designed for powering motors connected to inverters (frequency converters). Thanks to its symmetric construction (three phase conductors + three protective conductors) it provides even voltage distribution and minimizes electromagnetic interference – crucial in industrial applications requiring high‑quality control signals.
Why choose this cable?
- High current‑carrying capacity – cross‑linked polyethylene (XLPE) insulation raises the permissible current while maintaining low capacitance, reducing energy losses and conductor heating.
- Low inter‑core capacitance (70‑250 nF/km) and inter‑core shield capacitance (110‑410 nF/km) – ideal for VFD systems, where high capacitance could cause voltage drops and disturbances.
- Double central shield provides effective EMI protection and increases the cable’s mechanical strength.
- Environmental resistance – operating temperature from –40 °C to +80 °C for fixed installations and from –5 °C to +80 °C for movable installations.
- Flexibility and ease of installation – minimum bending radius matched to conductor diameter (e.g., Ø ≤ 12 mm → 5 × Ø), allowing routing in tight spaces and around moving machine parts.
- Electrical safety – rated voltage 0.6/1 kV and test voltage 2500 V guarantee solid insulation even in harsh industrial conditions.
- Durable PVC coating in classic black protects against mechanical and chemical agents while facilitating field identification of conductors.
Applications and practical benefits
The cable is suitable for:
- CNC machine and robot drive lines,
- transport systems and lifts,
- industrial installations requiring both fixed and flexible connections,
- environments with high humidity or variable temperatures.
Thanks to the symmetric construction (conductors spaced every 120°) a voltage balance is achieved on motor terminals, extending the lifespan of both motor and inverter. Low capacitance and good EMI protection help maintain stable operation of the frequency converter, reducing the risk of failures caused by network disturbances.
In summary, this flexible 3 × 2.5 mm² + 3 × 0.5 mm² cable is a practical solution for installers seeking a reliable power connection in inverter‑driven drive systems – it meets technical requirements and ensures long‑term operation without unnecessary downtime.

