UHF Coaxial Cable Rangeful HF400 PL259 to PL259, 10 m, 50 Ω, full copper, flexible

Rangeful HF400 PL259 to PL259 is a flexible UHF coaxial cable designed for HF, VHF and UHF signal transmission. The 10 m feedline features PL259 male connectors on both ends, a 50 Ω characteristic impedance, a full copper inner conductor and full copper shielding intended to provide stable RF performance for amateur radio, antenna connections, base stations and temporary installations requiring a durable, flexible connection.

Advantages

The cable combines a full copper conductor and full copper shielding to reduce signal loss and maintain consistent impedance across the 10 m length. Flexible construction allows easier routing in tight spaces and simpler handling during installation. Standard PL259 male connectors on both ends ensure compatibility with common SO-239 and UHF-type sockets used in radio equipment. The 50 Ω impedance matches typical transceivers and antennas intended for HF/VHF/UHF operation.

Suitable for

• Amateur (ham) radio transceiver to antenna connections
• Portable or temporary base station feedline
• Antenna tuning and testing setups
• Interconnecting radio equipment with PL259/SO-239 interfaces

Key specifications

• Length: 10 m
• Characteristic impedance: 50 Ω
• Connector type: PL259 male to PL259 male
• Conductor and shielding material: full copper
• Cable type: flexible UHF coaxial (HF400)
• Intended frequency bands: HF, VHF, UHF

How to use

Connect each PL259 male connector to the corresponding female SO-239 or UHF socket on radio equipment and antenna hardware. Ensure connectors are securely threaded to provide a stable mechanical and electrical connection. Route the cable to avoid sharp bends or kinks; maintain gentle curves to preserve the cable's characteristic impedance and minimize RF loss. For temporary setups, secure the cable with non-constricting ties or straps to prevent strain on connectors.

Usage recommendations

For best results, keep cable runs as short as practicable for your installation to reduce insertion loss. Avoid running the cable parallel and close to mains power lines to minimize potential interference. Periodically inspect connector terminations for corrosion or mechanical wear and replace any damaged connectors to maintain reliable RF performance.