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The A660-8006-T391-L8R503 RF signal cable from FANUC is designed for smooth connectivity in 5-axis robots, facilitating links between the controller and the wrist. With a robust construction and a length of 8 meters, it enhances performance in diverse industrial applications.
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| Manufacturer | FANUC |
|---|---|
| Product Type | RF signal cable |
| Product Line | A660 |
| Part Number | A660-8006-T391-L8R503 |
| Axes | 5-axis robots |
| Use | Controller-to-wrist RF link |
| Connector | M1 circular RF |
| Length | 8 m |
| Jacket | PU, oil/coolant-resistant |
| Shielding | Foil + braid, >90 dB |
| Conductor | Ag-plated copper |
| Capacitance | ~100 pF/m |
| Material | Halogen-free, flame-retardant |
| Bend Radius Rating | High-flex cyclic endurance |
| Temperature Range | –50 to +80 °C |
FANUC’s A660-8006-T391-L8R503 is a specialized RF signal cable designed for efficient communication in robotic applications. This cable is particularly suitable for use with 5-axis robots and establishes a reliable RF link from the controller to the robotic wrist. The total length of this cable measures 8 meters, providing flexibility in installation.
It features an M1 circular RF connector, standardizing compatibility within the FANUC family of products. The cable jacket is constructed from polyurethane (PU), which offers resistance against oil and coolant, substances often encountered in industrial environments.
In terms of performance, the A660-8006-T391-L8R503 cable is well-shielded using a combination of foil and braid, achieving a shielding effectiveness greater than 90 dB to minimize electromagnetic interference. The conductor consists of silver-plated copper, promoting high conductivity.
With a capacitance value of approximately 100 pF/m, the cable is engineered to minimize delay issues. Its halogen-free and flame-retardant materials enhance safety and durability in rigorous utility environments. Additionally, the cable is rated for high-flex cyclic endurance, making it suitable for applications where flexibility is essential. Operating effectively in temperatures ranging from –50 to +80 °C, this cable performs reliably whether in cold or heat, aligning with stringent industrial standards.