Coaxial Cable Rangeful HF240 BNC male to PL259 UHF 50 Ohm 15 m

Coaxial cable Rangeful HF240 with BNC male to PL259 UHF connectors is a 15 m, 50 Ω RF cable intended for HF and UHF radio applications. The cable provides a stable impedance match between transceivers, antennas and test equipment. Its flexible construction facilitates routing in confined spaces and makes temporary or permanent installations easier while maintaining signal integrity for voice and data communication across short to medium runs.

Advantages

This coaxial cable combines common radio connectors—BNC male and PL259 UHF—with a 50 Ω characteristic impedance suitable for most HF/UHF radio equipment. The 15 m length allows placement of antennas or radios at a distance without additional joins, reducing potential points of signal loss. Flexibility of the jacket simplifies installation through conduits or around obstacles, and the standardized connector types ensure compatibility with a wide range of transceivers, antennas and accessories.

Suitable for

• HF and VHF/UHF amateur radio stations
• Connecting transceivers to mobile or base station antennas
• Temporary field deployments and antenna testing
• Radio communication setups in vehicles or small stations

Key specifications

• Connector A: BNC male
• Connector B: PL259 UHF (male)
• Impedance: 50 Ω
• Length: 15 m
• Cable type: flexible coaxial for RF use
• Intended frequency range: HF and UHF bands

How to use

Check that both connected devices are powered off before attaching the cable. Align the BNC male by pushing and twisting to lock into the BNC female socket; screw the PL259 onto the UHF female socket until hand-tight, avoiding over-tightening. Route the cable to avoid sharp bends and sources of strong electrical interference. For longer-term outdoor installations, secure the cable with appropriate clips and protect connector junctions from moisture using weatherproofing tape or boots. Periodically inspect connectors and the cable jacket for wear or corrosion.

Usage recommendations

For best signal performance, minimize the number of connectors and adapters in the feedline, keep cable runs as short as practical for your setup, and use proper strain relief at both ends. Verify connector seating and perform a basic SWR or continuity check after installation when connecting antennas to transmit-capable equipment.