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FANUC Other EE-3285-104-002

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EE-3285-104-002

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The EE-3285-104-002 power cable by FANUC is designed specifically for robot servo drives, compatible with R-30iA/B and R-J3iB controllers. With a length of approximately 4 meters, it features a robust construction and reliable performance under various conditions.

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Technical specifications for EE-3285-104-002

ManufacturerFANUC
Product TypeRobot servo-drive power cable
Product LineOther
Part NumberEE-3285-104-002
Weight1.00 lbs (0.45 kg)
SeriesCable Modules
Compatible ControllersR-30iA/B, R-J3iB
Cable Length~4 m
End ConnectorsA12 circular plug to A30 receptacle
Power Conductors4 copper cores plus central shield drain
Conductor Gauge12 AWG
Voltage Insulation600 VAC rating
Continuous Current15 A per core
Jacket MaterialOil-resistant PVC
Inner InsulationPVC/XLPE
EMI ShieldingBraided tinned-copper with foil wrap
Flex Endurance≥10 million flex cycles
Min. Bend Radius100 mm dynamic
Operating Temperature Range–25 °C to +80 °C

FANUC's EE-3285-104-002 is a specialized cable for servo drive applications. This robot servo-drive power cable, measuring roughly 4 meters in length, serves as an essential connection between servo motors and compatible controllers, namely the R-30iA/B and R-J3iB series.

Its design incorporates four copper conductors equipped with a central shield drain, offering excellent conductivity. The 12 AWG gauge ensures sufficient current-carrying capability, supporting up to 15 A per core. With a voltage insulation rating of 600 VAC, the cable provides secure operation within specified electrical parameters.

Protection against environmental factors is enhanced via an outer jacket made from oil-resistant PVC. Additionally, the cable utilizes PVC/XLPE for inner insulation, allowing it to maintain integrity under various conditions. EMI shielding is accomplished through a combination of braided tinned-copper and foil wrap, minimizing interference from external electromagnetic sources.

Designed for durability, this cable boasts a flex endurance exceeding 10 million cycles while maintaining a minimum bend radius of 100 mm dynamically. It remains functional across a wide operating temperature range from –25 °C to +80 °C, ensuring reliability in a variety of industrial environments.