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FANUC A660 A660-4002-T671-L15R93

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A660-4002-T671-L15R93

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The A660-4002-T671-L15R93 cable from FANUC is designed specifically for robotics arms. Operating under 480 VAC, it is optimized for compatibility with the FANUC R‑30i series controller, providing seamless integration and reliable performance.

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Technical specifications for A660-4002-T671-L15R93

ManufacturerFANUC
Product TypeRobotics arm cable
Product LineA660
Part NumberA660-4002-T671-L15R93
Intended Controller LinkFANUC R‑30i series
Core ConfigurationPower, signal, dual RF coax
Total Conductors16 conductors + 2 RF lines
Rated Voltage480 VAC
Operating Temperature–40 °C to +85 °C
InsulationCross‑linked polyethylene
JacketPolyurethane sheath
EMI ShieldingBraided copper shield
Target Robot ModelsS‑400 & S‑480 series
Flex Lifespan>5 million cycles
Min Bend Radius≥8×Cable Diameter
Impedance50 Ω
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FANUC's A660-4002-T671-L15R93 is a specialized cable crafted for connecting robotics arms. This cable caters primarily to the FANUC R‑30i series and targets the S‑400 and S‑480 robot models. With a robust configuration, the cable comprises a combination of power, signal, and dual RF coax lines. This enables comprehensive communication and energy supply for demanding robotic applications.

It has a reliable rated voltage of 480 VAC, ensuring consistent electrical performance. The cable consists of 16 individual conductors along with 2 RF lines, facilitating high-quality signal transmission. Designed with an impressive operating temperature range from –40 °C to +85 °C, it remains functional in extreme conditions.

The insulation is made of cross‑linked polyethylene, offering excellent durability. Meanwhile, the polyurethane sheath provides additional resistance against wear and tear. To enhance its protective capabilities, the cable includes braided copper shielding for EMI protection, reducing interference during operation.

Offering a flex lifespan of over 5 million cycles, this cable is engineered for longevity and reliability in dynamic applications. It also features a minimum bend radius of at least 8 times the cable's diameter, ensuring flexibility without compromising integrity. With a characteristic impedance of 50 Ω, this cable is suitable for various RF applications, meeting the performance demands of advanced robotics.