Coaxial cable Rangeful HF240 TNC male to TNC male 2 m pure copper

Rangeful HF240 TNC male to TNC male 2 m pure copper coaxial cable is a 2-meter RF cable designed for stable antenna and radio connections. Built with a pure copper conductor and TNC male terminations on both ends, this cable provides low-loss signal transmission for test setups, radio equipment, routers and antenna systems that require secure threaded TNC connections.

Advantages

The cable’s pure copper conductor reduces insertion loss and preserves signal integrity across its length. TNC male connectors provide threaded, vibration-resistant mating suitable for equipment subject to movement or outdoor use. The 2 m length offers flexible placement between transceivers, antennas, and measurement instruments while keeping cable run short to minimize attenuation. The construction is intended for consistent RF performance in VHF/UHF ranges commonly used in radio and networking applications.

Suitable for

• Connecting antennas to routers, radio transceivers and repeaters
• Laboratory and field test setups requiring reliable TNC terminations
• Short runs between RF equipment where low loss is important
• Replacing or extending existing TNC-terminated leads in communication systems

Key specifications

• Cable length: 2 m
• Conductor material: pure copper
• Connector type: TNC male to TNC male
• Intended use: RF/antenna connections, test equipment
• Design: low-loss coaxial construction for short runs

How to use

Verify compatibility of device connector threads and power levels before connecting. Align the TNC male connectors with the corresponding female TNC ports, engage the threads by hand and tighten until secure; avoid over-tightening to prevent damage to the connector or port. Route the cable to avoid sharp bends, kinks and sources of mechanical stress. For measurement or temporary setups, support the cable to prevent strain on the connector ends.

Usage recommendations

For best RF performance keep cable runs as short as practical and avoid running parallel to power lines to reduce interference. Inspect connector threads and mating surfaces for debris before use. If used outdoors or in exposed environments, protect connections from moisture and corrosion using appropriate weatherproofing methods.