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FANUC A660 A660-4003-T870-L0.9M

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A660-4003-T870-L0.9M

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FANUC's A660-4003-T870-L0.9M cable adapter is engineered for robust connections in robotic systems. The assembly measures 0.9 meters in length and handles up to 40 A of current, operating at a voltage rating of approximately 230 VAC.

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Technical specifications for A660-4003-T870-L0.9M

ManufacturerFANUC
Product TypeRobotics Cable Adapter
Product LineA660
Part NumberA660-4003-T870-L0.9M
Cable Length0.9 meters
Conductor MaterialMulti-core Stranded Copper
Diameter20 mm
ShieldingFoil Shielding
Jacket MaterialPVC
Current Capacity40 A
Voltage Rating~230 VAC
Wire Gauge18 AWG
Capacitance100 pF/m
Temperature Range–20 °C to +70 °C
Insulation Thickness1.0 mm
Impedance120 Ω
Dielectric Strength1000 VAC
Insulation Resistance>100 MΩ·km

The A660-4003-T870-L0.9M, manufactured by FANUC, serves as a specialized robotics cable adapter. This adapter spans 0.9 meters in length and is constructed with multi-core stranded copper conductors, delivering reliable conductivity. The design includes foil shielding to reduce electromagnetic interference, ensuring stable operation in connected applications.

With a substantial current capacity of 40 A, this cable adapter operates effectively at a voltage level of approximately 230 VAC. The cable's diameter measures 20 mm, providing a sturdy yet flexible assembly for ease of installation. Additionally, the wire gauge is specified at 18 AWG, which supports efficient transmission of power.

This unit features an insulation thickness of 1.0 mm, contributing to the overall durability of the assembly. With an impedance rating of 120 Ω, it supports various communication protocols, while its capacitance is noted at 100 pF/m.

Designed to withstand environmental variations, this adapter operates within a temperature range of –20 °C to +70 °C. The dielectric strength reaches up to 1000 VAC, making it suitable for high-voltage applications. Furthermore, the insulation resistance exceeds 100 MΩ·km, indicating excellent electrical insulation properties. The use of PVC for the jacket material ensures protection against physical damage, enhancing the assembly's longevity in industrial settings.