F krimpovací konektor samec DELOCK 91779 pre kábel RG-6 so zmršťovacou bužírkou

DELOCK F crimp connector 91779 for RG-6 cable with heat-shrink sleeve is designed to terminate RG-6 coaxial cables used in TV, satellite and cable signal systems. The crimp-style attachment provides a stable electrical and mechanical connection while the integrated heat-shrink sleeve improves weather resistance and moisture protection. The connector is intended for field assembly, enabling reliable signal transmission and reduced risk of corrosion at the connection point.

Advantages

The crimp attachment offers a consistent, fatigue-resistant joint that maintains impedance and signal integrity when installed correctly. The integrated heat-shrink sleeve seals the connector body to the cable jacket, enhancing environmental protection without requiring separate sealing materials. The design supports straightforward installation with common crimping tools and heat sources, reducing installation time and ensuring repeatable results across multiple terminations.

Suitable for

Key specifications

How to use

Prepare the RG-6 cable by stripping the outer jacket, braid and dielectric to the dimensions appropriate for F crimp connectors. Insert the prepared cable into the connector so that the center conductor passes through the pin and the ferrule captures the braid. Use a compatible crimping tool to compress the ferrule to the cable, ensuring a secure mechanical and electrical contact. After crimping, apply heat to the integrated heat-shrink sleeve until it conforms to the cable jacket and connector body, creating a sealed interface that resists moisture ingress.

Recommendations

Use a crimping tool matched to F-type RG-6 ferrules and a controlled heat source for uniform shrinking. Verify the center conductor is properly seated and the crimp is firm before applying heat. For outdoor or exposed installations, inspect the heat-shrink seal after cooling to ensure full adhesion and consider additional weatherproofing if installation conditions are extreme.