Vanco 820356 Cat6 Inline Coupler White

Product Description

The VANCO 820356 is a Cat6 inline coupler in a white finish, designed to join two Cat6 patch cables end-to-end in a single connection point. This keystone-style coupler maintains the signal integrity required for Gigabit Ethernet and other high-speed data applications running over Cat6 infrastructure. It is sold individually and is a standard tool for low-voltage network installers working in residential and commercial structured wiring environments. Electricians and data cabling technicians reach for this type of coupler when extending a cable run or repairing a damaged segment without re-pulling wire.

This coupler is suited for use in horizontal cable runs, patch panel applications, and wall plate installations where a female-to-female Cat6 connection is needed. It fits standard keystone wall plates and surface-mount boxes, making it a flexible option for structured cabling projects of varying scope. The white color coordinates with common white wall plates and faceplates used in residential and light commercial installs.

Key Features

• Joins two Cat6 patch cables inline without re-termination
• Cat6-rated for Gigabit Ethernet and high-speed data transmission
• White finish for compatibility with standard white wall plates and faceplates
• Keystone-compatible form factor fits most wall plates and surface-mount boxes
• Sold individually, one coupler per unit

Compatibility

Designed as an OEM-style replacement or addition for Cat6 structured cabling systems using standard keystone wall plates, patch panels, and surface-mount enclosures.

Installation Notes

Low-voltage data cabling technicians or licensed electricians typically install inline couplers as part of structured wiring systems. No special tools are required beyond a screwdriver for wall plate mounting. Follow local building codes and TIA-568 structured cabling standards when routing and terminating Cat6 cable. Avoid sharp bends or kinks in the cable at either coupler port to maintain signal performance.