Coaxial crimp plug DELOCK TNC for RG-59 with heat-shrink sleeve 91776

The DELOCK TNC crimp plug for RG-59 with heat-shrink sleeve is a coaxial connector designed for reliable video and RF signal transmission. This TNC plug provides a crimp-type termination for the inner conductor and a secure connection to the braid, while the integrated heat-shrink sleeve improves mechanical strain relief and offers basic environmental protection. The compact metal housing and threaded coupling ensure stable, vibration-resistant mating with TNC jacks commonly used in CCTV, video distribution and RF applications.

Advantages

The connector combines a crimp termination and an integrated heat-shrink sleeve to simplify assembly and increase connection durability. Its threaded TNC interface provides a secure mechanical and electrical mating that reduces signal loss and unwanted disconnections. The design is suitable for field installations and patching in equipment racks or outdoor enclosures when paired with appropriate cable routing and sealing.

Suitable for

Key specifications

How to use

Strip the RG-59 cable to the recommended lengths for the center conductor, dielectric and outer braid according to the connector's assembly instructions. Slide the heat-shrink sleeve over the cable before fitting the connector. Insert the center conductor into the contact pin and perform the specified crimp operation on the conductor and the ferrule to secure the braid. Position the heat-shrink sleeve over the joint and apply heat evenly until it contracts and provides a snug fit around the cable and connector body. Verify mechanical stability and continuity with appropriate tools before final installation.

Recommendations

Use a correctly sized crimp tool and die for RG-59 to ensure reliable electrical contact. When used outdoors or in humid environments, complement the heat-shrink sleeve with additional sealing methods such as adhesive-lined heat-shrink or weatherproof tape and ensure connectors are mounted with proper strain relief to avoid cable fatigue.