889D-F8FB-10
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Overview of Allen Bradley 889D-F8FB-10
The Allen Bradley 889D-F8FB-10 is a high-quality DC micro cable, designed for industrial automation applications. It features a PVC cable with a black braided shield, making it suitable for various environments. The cable is equipped with a 24 AWG wire size and uses the IEC standard color code for easy identification. This model is part of the Allen Bradley 889 series, known for its reliability and durability in industrial settings.Key Features of Allen Bradley 889D-F8FB-10
- **Cable Type**: PVC with a black braided shield for electromagnetic interference protection. - **Conductor Size**: 24 AWG, suitable for most industrial control applications. - **Connector Material**: CuZn, offering excellent strength and corrosion resistance. - **Connector Type**: M12 Female (Bus) Straight, providing a secure and reliable connection. - **Weight**: Approximately 1474 grams, indicating a robust build. - **Country of Origin**: Multiple countries, reflecting global manufacturing standards. - **Standards**: C-TICK and KC certified, ensuring compliance with international standards. - **Temperature Rating**: -20 to 80 degrees C, suitable for a wide range of thermal conditions. - **Voltage**: Rated for 300 volts, suitable for typical industrial automation voltages.Technical Specs of 889D-F8FB-10
| Specification | Description |
|---|---|
| Cable Type | PVC with Braided Shield |
| Conductor Size | 24 AWG |
| Connector Type | M12 Female (Bus) Straight |
| Length | 5.25 inches |
| Width | 5.25 inches |
| Weight | 1474 grams |
| Standards | C-TICK, KC |
| Temperature Rating | -20 to 80 degrees C |
| Voltage | 300 volts |
Applications / Use Case
The Allen Bradley 889D-F8FB-10 is primarily used in industrial automation for connecting control systems, motors, or other devices requiring a reliable and shielded connection. Its durability and resistance to environmental factors make it suitable for use in manufacturing, process control, and automation systems. The cable's design ensures minimal electromagnetic interference, making it ideal for applications where signal integrity is crucial.Related Resources
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