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The FANUC A660-8006-T744-L7.4M is a specialized robotic servo cable optimized for Fanuc M-series robots and controllers. It provides a cable length of 7.4 meters and features an M1 robot-rated classification, ensuring durability in demanding robotic applications.
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| Manufacturer | FANUC |
|---|---|
| Product Type | Robotic servo cable |
| Product Line | A660 |
| Part Number | A660-8006-T744-L7.4M |
| Cable Length | 7.4 meters |
| Cable Class | M1 robot-rated |
| Connector Type | Fanuc molded multi-pin |
| System Compatibility | Fanuc M-series robots/controllers |
| Wire Construction | Multi-core (power + signal) |
| Voltage Limit | Up to 600 V |
| Current Capacity | Servo-rated, axis-specific |
| Jacket Features | Oil- and abrasion-resistant |
| EMI Protection | Shielded (foil + braid) |
| Bend Radius | Tight radius, robot-joint capable |
| Temperature Range | –20 °C to +80 °C |
Serving as an essential component within robotic setups, the A660-8006-T744-L7.4M from FANUC is a robust robotic servo cable. Designed with operational versatility, this cable is 7.4 meters long and is rated M1 for robot applications. Compatibility with Fanuc M-series robots and controllers ensures seamless integration into existing systems.
The design incorporates multi-core wire construction to handle both power and signal transmission, enhancing performance in various robotic tasks. With a voltage capacity of up to 600 V, it meets the energy demands of complex applications.
This servo cable is engineered for specific axes, allowing for optimal current capacity tailored to individual robotic movements. Furthermore, the jacket is resistant to oil and abrasion, providing longevity even in challenging environments.
Featuring a shielded construction of both foil and braid, the cable effectively protects against electromagnetic interference, ensuring reliable data integrity. Additionally, it supports a tight bend radius, making it appropriate for use at robot joints, where flexibility is critical. This cable operates efficiently within a temperature range spanning –20 °C to +80 °C, accommodating diverse operational conditions.