RF-coaxiale SMA-bus krimstekker DELOCK voor LMR200 met krimpkous

DELOCK SMA female crimp connector for LMR200 with heat-shrink tube is a crimp-termination RF connector designed to provide a reliable SMA female interface for mini-coaxial LMR200 cable. It allows technicians and installers to create durable connections for antenna, radio and wireless equipment. The included heat-shrink tube enhances strain relief and offers basic environmental protection, improving longevity of the cable termination in common installation scenarios.

Advantages

The connector is engineered for crimp termination on LMR200 cable, providing consistent mechanical retention and electrical contact when installed with the appropriate crimp tools and ferrules. The SMA female interface ensures compatibility with standard SMA male plugs used on antennas, radios and RF modules. The supplied heat-shrink tube provides a tighter seal at the cable exit, increases mechanical stability and reduces the risk of damage from bending near the connector. The metal body maintains RF shielding and grounding continuity while the compact form factor suits space-constrained installations.

Suitable for

Key specifications

How to use

Prepare the LMR200 cable by stripping the outer jacket, braid and dielectric to the recommended dimensions for the crimp contact. Slide the heat-shrink tube and crimp ferrule over the cable before inserting the cable center conductor and dielectric into the connector body. Use the correct size crimp tool to compress the ferrule securely onto the cable braid, ensuring a steady mechanical and electrical connection. After crimping, position the heat-shrink tube over the junction and apply heat evenly until it conforms to the connector and cable, providing strain relief and basic environmental sealing.

Recommendations

Use manufacturer-recommended stripping dimensions and a dedicated crimp tool matched to the ferrule size for reliable results. Verify continuity and impedance where applicable, and avoid over-bending the cable near the termination to preserve RF performance.