UHF Female LMR 100 Crimp

1. Prepare the Cable:
– Strip the Outer Jacket: Use the cable stripping tool to remove approximately 1 to 1.5 inches of the outer jacket from the LMR 100 cable. Be cautious not to damage the underlying braided shield.
– Expose the Shielding: Pull back the braided shield to reveal the dielectric insulation. Trim any excess shielding to ensure a proper fit inside the connector.
– Strip the Dielectric: Strip the dielectric insulation to expose the center conductor. The exposed length of the center conductor should be around 1/4 to 1/2 inch.

2. Prepare the Connector:
– Slide on the Ferrule: If the UHF female connector includes a ferrule (a metal sleeve that will be crimped onto the shield), slide it onto the cable before inserting the cable into the connector.
– Insert the Cable: Insert the prepared end of the LMR 100 cable into the UHF female connector. Ensure that the center conductor aligns with the center pin of the connector and the shield fits against the ferrule.

3. Crimp the Connector:
– Crimp the Ferrule: Use the crimping tool to crimp the ferrule onto the braided shield of the cable. Ensure the crimp is tight and secure, making a solid connection between the shield and the connector.
– Crimp the Center Pin: Use the crimping tool to crimp the center pin of the UHF female connector onto the center conductor of the cable. Ensure the center conductor is properly inserted into the pin before crimping.

4. Assemble and Insulate (Optional):
– Check the Fit: Ensure the connector is firmly attached and that there are no loose parts. The center pin should be well-aligned, and the shield should be securely crimped.
– Apply Heat Shrink Tubing (Optional): For additional insulation and strain relief, slide heat shrink tubing over the joint and apply heat to shrink it tightly around the connector and cable.

5. Inspect the Assembly:
– Verify Connections: Check the crimped areas to ensure they are clean and well-formed. Make sure the center conductor and shield are properly connected.
– Test the Connection: Optionally, test the assembled connector with appropriate equipment to ensure it’s functioning correctly and there are no issues with signal transmission.