Specifications
| Item | Value |
|---|---|
| Cable Type / Model | VFD / inverter motor cable |
| Conductor | Fine stranded copper (flexible) |
| Insulation | XLPE / TPE (low-loss options) |
| Jacket | PVC / PUR / TPE (oil & abrasion resistant options) |
| Shielding | Copper braid shield (coverage per design) |
| Rated Voltage | Typical 0.6/1kV (inverter duty options) |
| Temperature Range | Typical -25°C to +90°C (material-dependent) |
| OD / Size Range | 3+3PE / 4G / 4+2PE constructions available |
| Standards / Compliance | RoHS/REACH; EMC-focused construction options |
Note: Specifications can be customized for OEM/ODM projects (core count, cross-section, jacket material, shielding, and markings).
Construction & Options
Construction:
- Optimized conductor geometry for inverter applications
- EMC-focused shielding packages (foil/braid options)
- Industrial jacket options for oil and abrasion resistance
Customization Options:
- Core count / cross-section (mm² or AWG)
- Jacket material (PVC / PUR / TPE / TPU / LSZH options)
- Shielding configuration (overall, pair, braid/foil) and drain wire
- Printing (logo, meter marking), color coding, and packaging
Datasheet, drawing, and sample build support are available upon request.
Typical Use & Selection Guide
Typical Scenarios:
- VFD motor connections with high-frequency switching noise
- EMC compliance considerations and grounding strategy
- Industrial environments with oil/abrasion exposure
How to Choose:
- Confirm motion type (fixed / flexing / torsion / reeling) and minimum bend radius
- Select voltage, conductor size, and core configuration for load and control needs
- Choose jacket material based on environment (oil, UV, abrasion, water, temperature)
- Decide shielding and grounding strategy for EMC/noise control
- Share installation details (travel length, speed, duty cycle) for validation
If you provide your application details, we can recommend the most suitable construction and confirm compatibility before mass production.
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