1-3/4 in Low-Voltage Surface Raceway, 6 ft, Adhesive-Backed, White – HellermannTyton TSR3FW-6A

HellermannTyton TSR3FW-6A — 1-3/4 in Low-Voltage Surface Raceway, 6 ft, Adhesive-Backed White

This adhesive-backed 1-3/4 inch low-voltage surface raceway provides a clean, low-profile solution for routing and protecting data, audio/video, and security cabling on walls and other surfaces. The 6 foot length simplifies runs and minimizes joints for a neater appearance while reducing installation time. The pressure-sensitive adhesive backing enables fast placement without relying solely on mechanical fasteners, helping installers complete jobs more quickly. Its white finish blends into most interiors for a discreet installation in residential and commercial environments. The raceway helps prevent cable damage, improves cable organization, and enhances the finished look of installations. For retrofit and new-build projects, it offers a practical option where in-wall conduit is impractical or cost-prohibitive. The product is intended for low-voltage applications and should be used accordingly.

Key Features:

• 1-3/4 in nominal channel width for small to moderate low-voltage bundles
• 6 ft pre-cut length for straightforward runs and fewer joints
• Adhesive-backed design for fast surface mounting
• White finish for discreet, professional appearance
• Designed for low-voltage cable routing and protection

Specifications:

• Manufacturer: HellermannTyton
• MPN: TSR3FW-6A
• Type: Low-voltage surface raceway
• Length: 6 ft
• Color: White

Applications / Usage Context:

• Field installers and low-voltage technicians: quick surface routing for data, A/V, and security cabling.
• OEM customers: tidy external cable management for equipment enclosures and deployed systems.
• MRO operations: convenient option for repairs, retrofits, and facility upgrades where in-wall routing is not feasible.

Tri-Tek Electronics is an authorized distributor for HellermannTyton and provides full manufacturer warranty support with nationwide availability.