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The FANUC A660-4002-T868-L8R503 is a specialized robotics cable designed for seamless integration within automation systems. It features male and female 15-pin D-Sub connectors ensuring versatile compatibility with various devices.
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| Manufacturer | FANUC |
|---|---|
| Product Type | Robotics Cable |
| Product Line | A660 |
| Part Number | A660-4002-T868-L8R503 |
| Connector A | 15-pin D-Sub male (RJ2 P1) |
| Connector B | 15-pin D-Sub female (RJ2 P1) |
| Minimum bending radius | 10× outer diameter |
| Operating temperature range | -20 °C to +80 °C |
| Cable length | 8 m |
| Conductor material | Tinned copper strands |
| Insulation | Polyolefin |
| Shielding | 80% tinned copper braid |
| Jacket material | Polyurethane (PUR) |
| Conductor Gauge | Multi-Gauge (Power + Signal) |
| Flex Rating | High-Cycle Continuous Motion |
| Voltage Rating | 600V AC/DC |
The A660-4002-T868-L8R503 cable from FANUC is designed for robotics applications, featuring connectors that include a male and female 15-pin D-Sub, specifically RJ2 P1. This cable measures 8 meters in length, providing adequate reach for numerous installations. It is engineered to endure a wide operating temperature range from -20 °C to +80 °C, ensuring reliable functionality in varying environments.
Composed of tinned copper strands, the conductors deliver effective power and signal transmission. The insulation is made from polyolefin, contributing to the cable's durability. Moreover, the cable includes an 80% tinned copper braid for shielding, which enhances its resistance to electromagnetic interference. The jacket material of the cable is polyurethane (PUR), offering additional protection against wear and environmental factors.
The cable features a multi-gauge conductor design, integrating both power and signal capabilities. Its exceptional flex rating indicates it is suitable for high-cycle continuous motion, accommodating applications where frequent movement occurs. With a voltage rating capacity of 600V AC/DC, this robotics cable meets the demands of industrial power and signal transfer.