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The A660-4002-T755 is a robust robot encoder cable designed for FANUC's A-100 and E-310 models, catering to 5-axis feedback requirements. It features an RF-style CTI-CN2 connector and can handle signals up to 300 VAC.
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| Manufacturer | FANUC |
|---|---|
| Product Type | Robot encoder cable |
| Product Line | A660 |
| Part Number | A660-4002-T755 |
| Robot Fit | A-100 / E-310 |
| Axes | 5-axis feedback |
| Connector | RF-style CTI-CN2 |
| Conductors | 20 signal lines + 1 drain |
| Conductor | Tinned copper strands |
| Insulation | PTFE per core |
| Jacket | TPU, oil & abrasion resistant |
| Shielding | Foil wrap + braided copper mesh |
| Signal Type | Differential pairs |
| Voltage Rating | Up to 300 VAC |
| Temperature Range | −25 °C to +80 °C |
| Bend Radius | ≥10× cable OD (~120 mm) |
The FANUC A660-4002-T755 is specifically engineered as a robot encoder cable, perfectly suited for the A-100 and E-310 robotic models. This cable affords 5-axis feedback, effectively managing high-precision motion control. Its RF-style CTI-CN2 connector facilitates seamless connectivity. Comprising 20 signal lines accompanied by a drain, this configuration ensures efficient data transmission.
Each conductor features tinned copper strands, enhancing conductivity and resilience. The insulation employed for each core is constructed from PTFE, providing excellent electrical and thermal stability. Furthermore, the outer jacket utilizes TPU material, which is resistant to both oil and abrasion, ensuring durability in demanding environments.
For added protection against interference, the cable sports a foil wrap complemented by a braided copper mesh. This shielding technique supports differential pair signaling, essential for minimizing transmission noise. The voltage rating of this cable allows operation up to 300 VAC, making it suitable for diverse applications.
Operating within a temperature spectrum of −25 °C to +80 °C enables the cable to function effectively in various climates. Additionally, a minimum bend radius of approximately 120 mm (10 times the cable's outer diameter) is required to maintain its structural integrity during installation and movement.