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CG-008-8 - 8-Inch Vinyl Velcro Cable Cover for Robotic Welding - Sold Per Foot

Packaging: Sold by the foot
$5.56/ft $4.63/Sold by the foot only $4.63/ftSave 17%

Usually ships within 3-5 business days

SKU: CG-008-8 Categories: ,

OVERVIEW

Industrial Cable Protection for Robotic Applications

In the high-demand environment of automated manufacturing, the integrity of robotic umbilical packages is paramount to maintaining uptime and process consistency. The CG-008-8 Cable Cover is engineered to provide a robust protective layer for complex cable bundles found in robotic welding cells and industrial automation setups. Manufactured from high-quality vinyl, this cover offers excellent resistance to common industrial contaminants such as oil, grease, and dust, while providing a durable barrier against abrasion caused by repetitive motion and contact with cell fixtures.

The design features a practical Velcro closure system running the entire length of the cover. This feature is critical for Maintenance, Repair, and Operations (MRO) efficiency, as it allows technicians to install or remove the protective sleeve without the need to disconnect power cables, gas hoses, or control wires. This capability significantly reduces Mean Time To Repair (MTTR) during routine inspections or cable replacements. The 8-inch flat width provides ample capacity to encase substantial cable bundles, ensuring that power leads, shielding gas lines, and communication cables are kept tightly organized and shielded from the environment.

This product is sold by the foot, offering maximum flexibility for facility managers and integrators. Whether outfitting a small collaborative robot or a large industrial articulated arm, you can procure the exact length required for the specific range of motion, minimizing waste and ensuring a tailored fit. By reducing the friction and snagging potential of loose cables, this vinyl cover not only protects the cables themselves but also contributes to the smooth operation of the robotic equipment.

Key Technical Benefits

  • Abrasion Resistance: Protects sensitive hoses and insulation from rubbing against robot arms or fixtures.
  • Contaminant Shielding: Keeps hydraulic fluids, cutting oils, and shop dust away from porous cable jackets.
  • Retrofit Capability: Velcro design enables installation on active cells with minimal disruption.
Additional Information
Packaging Description:sold by the foot
Material:Vinyl
Closure Type:Velcro
Width:8 inches
Application:Cable Management, Robotic Welding
Color:Black
----- new values below ----
Material:Vinyl
Closure Type:Velcro
Width:8 inches
Application:Robotic Welding, Cable Management
Color:Black
Packaging Description:sold-by-the-foot

INCLUDED

  • 1 x Length of 8-inch Vinyl Velcro Cable Cover (Sold by the foot)

APPLICATIONS

  • Robotic welding cells (MIG/TIG/Spot)
  • Automated material handling systems
  • Industrial cable management
  • Protection of hydraulic and pneumatic hoses
  • Bundling of loose power and control leads

FAQ

This product is sold by the foot. If you order a quantity of 10, you will receive a single continuous piece that is 10 feet long.

The cover has a flat width of 8 inches. When wrapped around cables, this accommodates a bundle diameter of approximately 2.5 inches depending on how tight the Velcro is overlapped.

The material is Vinyl, which offers good abrasion and oil resistance but is not designed for direct contact with high heat or heavy weld spatter. For high-heat applications, a leather or aluminized cover would be recommended.

Yes, the Velcro closure allows you to wrap the cover around existing cable bundles without the need to disconnect or depin any connectors.

Yes, it is specifically designed for robotic use to bundle and protect the umbilical cables during movement.

Yes, the vinyl material can be easily cut with standard shop scissors or a utility knife to fit your specific length requirements.

The Velcro used is industrial grade and designed to stay closed during the repetitive flexing and twisting typical of robotic arm movements.