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FANUC A660 A660-2003-T143-L9R003B

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A660-2003-T143-L9R003B

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The FANUC A660-2003-T143-L9R003B is a specialized teach pendant cable designed for robust application in industrial environments. Measuring 29.52 feet (9 meters) in length, this cable features a circular MS connector for reliable connectivity.

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Technical specifications for A660-2003-T143-L9R003B

ManufacturerFANUC
Product TypeTeach Pendant Cable
Product LineA660
Part NumberA660-2003-T143-L9R003B
Cable Length29.52 feet (9 meters)
Connector ShapeCircular
Connector TypeMS connector
Protection RatingIP67
Sheath MaterialPolyvinyl Chloride (PVC)
Wire Connection MethodSolder
Outer Jacket ColorJet black
Contact Resistance5 milliohms or less
Insulation Resistance1,000 megaohms or more at 500 Volts DC
Number of Pins20 pins (male and female connectors)
Connection DirectionStraight
Removal MethodBayonet

The A660-2003-T143-L9R003B teach pendant cable from FANUC belongs to the A660 series and is tailored for use in challenging industrial settings. It spans 29.52 feet (9 meters), allowing flexibility during equipment setup. The cable features a circular MS-type connector, providing a secure connection essential for effective communication between devices.

Built with Polyvinyl Chloride (PVC), the outer sheath of this cable is jet black, featuring attributes conducive to durability. It offers an IP67 rating, ensuring it is both dust-tight and can withstand immersion in water, thus enhancing reliability in tough conditions.

Regarding electrical characteristics, the cable maintains a contact resistance of 5 milliohms or less, facilitating efficient signal transmission. Insulation resistance exceeds 1,000 megaohms at a voltage of 500 Volts DC, indicating robust performance in terms of insulation integrity. The 20-pin configuration, with both male and female connectors, ensures effective compatibility with associated equipment.

The connection is designed for a straight direction, making integration straightforward. Furthermore, it employs a bayonet method for removal, adding convenience during setup and maintenance. This robust cabling solution is integral for applications requiring dependable connectivity in robotics and automation systems.