De-sta-co CABL-010 End Effector Extension Cordset 78in

Product Description

The DE-STA-CO CABL-010 is a polyurethane end effector extension cordset designed for robotic and automated tooling applications. At 78 inches in overall length, it extends signal or power connections between end-of-arm tooling and the robot arm or control interface. The cordset uses a quick-disconnect connection type for fast, reliable field swaps without tools. Built from polyurethane throughout, it delivers abrasion resistance and oil resistance suited to demanding industrial environments. Licensed robotics integrators and automation technicians are the primary installers of this cordset.

This extension cordset is used in robotic end-of-arm tooling setups, particularly where standard cable runs fall short of the required reach. It is appropriate for both new builds and replacement installations on automated assembly lines, pick-and-place systems, and similar robotic platforms. Its IP67 protection rating makes it a fit for wash-down environments or areas with fluid exposure. The robotic-grade construction supports continuous flex cycles typical of articulating robot arms.

Key Features

• 78-inch overall length extends reach between end effector and control interface
• Polyurethane body and component material for abrasion and oil resistance
• IP67 protection rating guards against dust ingress and temporary submersion
• Quick-disconnect termination allows fast, tool-free cable exchanges
• Robotic-grade construction rated for continuous flex in articulating arm applications

Compatibility

Designed as an OEM-style extension cordset for robotic end-of-arm tooling systems requiring a quick-disconnect cable interface.

Installation Notes

Installation is typically performed by automation technicians or robotics integrators. De-energize and lock out the robot controller and any associated tooling power supplies before disconnecting or reconnecting cordsets. Verify that the quick-disconnect coupling is fully seated and latched before returning the system to service. Route cables to avoid pinch points or excessive bend radii during arm articulation.