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FANUC A660 A660-4003-T674

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A660-4003-T674

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The A660-4003-T674 is a robotics cable engineered by FANUC. This cable measures 14 meters in length and is suitable for a variety of applications in robotic systems. It is designed to effectively handle a maximum voltage of 600 volts, ensuring it meets the demands of rigorous operational environments.

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Technical specifications for A660-4003-T674

ManufacturerFANUC
Product TypeRobotics Cable
Product LineA660
Part NumberA660-4003-T674
Cable Length14 meters
Propagation Delay~5 ns/m
Capacitance90 pF/m
Inductance~0.5 µH/m
Signal Attenuation≤ 20 dB/km
Connector Current Rating10 A
Voltage Rating600V
Dielectric (Test) Voltage≥ 2000 V AC
Return Loss≥ 16 dB
Temperature Range-25°C to +80°C
Conductor Resistance40 Ω
Insulation Resistance≥ 100 MΩ
Dielectric Strength3.5 kV
Conductor Size0.75 mm²

The FANUC A660-4003-T674 robotics cable is specifically designed for high-performance applications in robotic systems. Spanning 14 meters, this cable offers considerable length for versatile installation in various configurations. It operates effectively under a maximum voltage rating of 600V, adeptly handling demanding operational conditions.

Signal transmission characteristics are notable, with an approximate propagation delay of 5 ns/m. This enables quick response times for signals traveling through the cable. Capacitance is measured at 90 pF/m, while inductance is approximately 0.5 µH/m, both contributing to the cable's ability to function reliably in dynamic settings. Additionally, the cable exhibits a signal attenuation of 20 dB/km or lower, allowing for minimal loss of signal strength over distance.

The 10 A current rating for connectors adds to the cable’s robustness, catering to varied connectivity needs. The dielectric strength is rated at 3.5 kV, with a dielectric (test) voltage specification of 2000 V AC or higher, ensuring safe operations even under potential electrical stress.

Environmental resilience is a key feature, as it operates within a temperature range of -25°C to +80°C. Furthermore, this cable has a conductor resistance of 40 Ω, alongside an insulation resistance of 100 MΩ or greater. Such specifications underscore the cable's capability to perform consistently in a broad range of industrial scenarios, making it a reliable choice for robotics applications.