Coaxial cable Rangeful Mini UHF (MUHF) male to SO239 UHF, RG58, 10 m, 50 Ω

Coaxial cable Rangeful Mini UHF (MUHF) male to SO239 UHF, RG58, 10 m, 50 Ω provides a flexible RF connection for applications that require conversion between a Mini UHF (MUHF) male plug and a SO239 UHF socket. Constructed on standard RG58 coaxial, the cable maintains 50 ohm impedance across its 10 m length and is intended for linking transceivers, antennas, adapters and other radio-frequency equipment where MUHF-to-SO239 interfacing is needed.

Advantages

The cable offers straightforward MUHF male to SO239 female connectivity with the characteristic flexibility of RG58 construction, enabling easy routing through equipment racks, vehicle installations and limited-access conduits. Its 50 ohm impedance supports common amateur radio and RF applications, while the 10 m length reduces the need for additional extension assemblies. Connectors are pre-fitted to ensure consistent mechanical and electrical contact without onsite termination.

Suitable for

• Connecting handheld or mobile radios with MUHF output to equipment or antenna systems with SO239 input
• Temporary and permanent RF link installations where a 10 m lead is required
• Vehicle installations and rack-mounted systems that need flexible coax routing
• Interfacing adapters, SWR meters or antenna tuners that accept SO239

Key specifications

• Cable type: RG58 coaxial
• Connector A: Mini UHF (MUHF) male
• Connector B: SO239 UHF socket (female)
• Impedance: 50 ohm
• Length: 10 meters
• Construction: flexible coax suitable for routing and installation

How to use

Inspect both the MUHF male and SO239 socket for cleanliness and secure mating surfaces before connecting. Route the cable to avoid sharp bends and high-tension points; maintain a bend radius consistent with RG58 flexibility to prevent deformation. Align the MUHF male and push or screw as required by the connector type, then tighten the SO239 coupling to ensure firm contact without over-torquing. After installation, verify RF continuity and check for acceptable standing wave ratio (SWR) in the operating frequency band.

Usage recommendations

Avoid running the cable parallel to power lines for extended distances to minimize interference, and keep the cable dry and protected from prolonged UV exposure. For critical links, periodically inspect connectors for corrosion and replace the cable if the dielectric or shielding shows signs of wear.