Coaxial cable 5m Rangeful HF240 N male to N female, HF240 pure copper conductor

Coaxial cable Rangeful HF240, 5 m long, with N male to N female connectors and a HF240 pure copper conductor is designed for reliable RF signal transmission and antenna connections. The cable provides stable impedance continuity and low insertion loss across common radio frequencies. Its 5 meter length and flexible construction make it suitable for indoor and outdoor routing between radio equipment, antennas and test instruments.

Advantages

This coaxial cable uses a pure copper HF240 conductor to ensure good conductivity and consistent signal transfer. The N male to N female connectors deliver a mechanically secure, threaded connection that is commonly used in amateur radio and professional RF setups. The cable construction balances flexibility with shielding to reduce loss and maintain impedance, facilitating repeatable measurements and stable antenna feeds.

Suitable for

• Ham radio transceivers and antennas
• Wireless equipment connections and installations
• RF test setups and laboratory measurement leads
• Indoor and short outdoor antenna feeder runs

Key specifications

• Cable type: coaxial HF240 with pure copper center conductor
• Length: 5 meters
• Connectors: N male to N female, threaded RF connectors
• Impedance: designed for standard 50 Ω RF systems
• Construction: flexible jacket with shielding to minimize signal loss

How to use

Connect the N male connector to the corresponding N female socket on the transceiver, antenna, or test instrument and secure the threaded connection by hand until snug; avoid overtightening. Route the cable to minimize sharp bends and keep it away from sources of strong electromagnetic interference. For outdoor runs, protect any exposed connectors from moisture with appropriate sealing or weatherproofing methods. When disconnecting, hold the connector body rather than pulling the cable to prevent stress on the conductor and connections.

Usage recommendations

For best results, maintain gentle bend radii consistent with the cable’s flexibility, verify connector torque within manufacturer guidelines if available, and inspect connectors regularly for corrosion or wear. Use short runs where possible to reduce loss at higher frequencies and employ proper weatherproofing for outdoor installations.