Product Overview: KEB 09.10.670-0241-28-28 Cable
The KEB 09.10.670-0241-28-28 is a high-grade, shielded industrial connection cable specifically designed for use with KEB COMBIVERT drive systems. In high-performance motion control, signal integrity is paramount; this cable ensures that power or encoder signals are transmitted between the inverter and the motor without the risk of electromagnetic interference (EMI) or signal degradation.
Precision Engineering and Shielding
This cable is manufactured with high-density copper braiding and specialized insulation materials that provide excellent flexibility and mechanical durability. The 09.10.670 series is engineered to withstand the rigors of industrial environments, including exposure to vibrations, varying temperatures, and chemical coolants. Its high shielding efficiency is critical for preventing crosstalk and ensuring that the high-frequency switching of the IGBTs does not interfere with sensitive sensor feedback.
Key Technical Characteristics
- Part Number: 09.10.670-0241-28-28.
- Type: Shielded Connection/Encoder Cable.
- Conductor Material: High-purity copper.
- Shielding: Tinned copper braid (>85% coverage).
- Flexibility: Suitable for fixed or flexible installations (Ref. bending radius).
- Connector Type: Factory-terminated for KEB standards.
- Durability: Oil and abrasion-resistant jacket.
Reliability for Drive Systems
Using genuine KEB cabling like the 09.10.670-0241-28-28 prevents common drive errors such as «Encoder Fault» or «Phase Loss» that can occur with poor-quality third-party cables. The exact impedance matching of this cable ensures that signals remain crisp even over longer distances, which is vital for high-resolution absolute encoders used in precise positioning tasks.
| Feature | Specification |
| Temperature Rating | -30°C to +80°C |
| Voltage Rating | Meets KEB Drive Standards |
| EMC Protection | High Signal Integrity Design |
Maintenance Insights
When installing the 09.10.670-0241-28-28, ensure that the shield is properly grounded at the drive and motor ends as per KEB’s EMC installation guidelines. Avoid sharp bends that exceed the minimum bending radius to prevent internal conductor fatigue, especially in moving cable carriers.
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