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The FANUC A660-4004-T058#L14R63A is a hybrid cable designed for robotic arms, providing both signal and power connectivity. Measuring 1.7 meters in length, it is engineered to support a voltage rating of 300V AC/DC and accommodates a current range of 2-10A.
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| Manufacturer | FANUC |
|---|---|
| Product Type | Robotic Arm Signal/Power Hybrid Cable |
| Product Line | A660 |
| Part Number | A660-4004-T058#L14R63A |
| Length | 1.7 meters |
| Shielding Type | Multi-layer braided shielding |
| Voltage Rating | 300V AC/DC |
| Current Capacity | 2-10A |
| Temperature Range | -15°C to +80°C |
| Insulation Material | Heat-resistant PVC or TPE |
| Flexibility Class | High-flex, torsional-rated |
| EMI/RFI Shielding | Integrated shielding for interference protection |
| Connector Compatibility | FANUC R-30iB/R-30iA interfaces |
| Minimum Bend Radius | Compact bend radius for robotic integration |
The A660-4004-T058#L14R63A cable from FANUC serves a critical role as a robotic arm signal and power hybrid cable. With a length of 1.7 meters, it is constructed to handle a voltage rating of up to 300 volts AC or DC. This cable is capable of supporting a current capacity ranging from 2 to 10 Amperes, making it suitable for various robotic applications. High-quality multi-layer braided shielding is utilized to deliver effective protection against electromagnetic interference (EMI) and radio frequency interference (RFI).
This cable remains functional within a temperature range of -15 degrees Celsius to +80 degrees Celsius, ensuring reliable performance in diverse operating environments. The insulation material consists of either heat-resistant PVC or TPE, providing durability and flexibility. It falls into a high-flexibility category and is rated for torsional applications, which highlights its adaptability in dynamic robotic systems.
Additionally, this hybrid cable is compatible with FANUC's R-30iB and R-30iA interface connections, making it easy to integrate into existing robotic setups. The design of this cable includes a compact minimum bend radius, ensuring that it can be routed efficiently within compact robotic environments without jeopardizing performance.