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FANUC A660 A660-4002-T804-L8M

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A660-4002-T804-L8M

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The A660-4002-T804-L8M cable module from FANUC is engineered for integration with the R-30i series teach-pendant. This 8-meter long cable features a right-angle P2 plug connector, suitable for compact installations. It supports a voltage rating of up to 600V AC and maintains operational integrity under various conditions, thanks to its robust temperature range of -20 °C to +80 °C.

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Technical specifications for A660-4002-T804-L8M

ManufacturerFANUC
Product TypeCable Module
Product LineA660
Part NumberA660-4002-T804-L8M
Length8 m
ConnectorRight-angle P2 plug
Controller InterfaceFANUC R-30i series teach-pendant
Minimum Bend Radius10× cable diameter (approx. 135 mm)
Temperature Range–20 °C to +80 °C
Conductor MaterialTinned copper
Conductor CountMulti-core (approx. 25 cores)
InsulationPVC
Jacket MaterialPVC
ShieldingBraided copper with foil backing
Voltage RatingUp to 600V AC
Torsion Rating±180° per 0.5 m of cable

The FANUC A660-4002-T804-L8M is a specialized cable module designed for use with the R-30i series teach-pendant. Spanning a length of 8 meters, this module accommodates applications requiring substantial reach while ensuring a reliable connection through its right-angle P2 plug. The cable offers a voltage rating of up to 600V AC, making it well-suited for various operational environments.

Constructed for resilience, this module operates effectively across a temperature spectrum of –20 °C to +80 °C. Its conductors are composed of tinned copper, contributing to enhanced conductivity and resistance to environmental factors. The multi-core design hosts approximately 25 cores, providing multiple pathways for power and signal transmission.

The insulation and jacket materials are both made from PVC, ensuring robust support and longevity in harsh conditions. Additionally, the cable is protected by braided copper shielding with foil backing, minimizing electromagnetic interference to maintain signal integrity. The module's design includes a minimum bend radius of around 135 mm (10 times the cable diameter), enabling flexible routing options. Furthermore, it can withstand torsional movements of ±180° per 0.5 m, adding to its versatility in dynamic applications.