Coaxial cable Rangeful HF240 12m, N connector hex to N connector hex, pure copper

Rangeful HF240 coaxial cable, 12 meters long, with N connector hex to N connector hex and a pure copper conductor. This RF cable is engineered for signal transmission applications requiring stable impedance, low conductor resistance and mechanically robust N-type hex connectors at both ends. The 12 m length provides extended reach for antenna installations, test benches and radio equipment interconnections while maintaining consistent performance across typical RF frequency ranges.

Advantages

The cable combines a pure copper inner conductor with quality N-type hex connectors to reduce signal loss and ensure reliable electrical contact. Its construction is intended to offer consistent characteristic impedance, mechanical durability at connector interfaces, and straightforward handling during installation. The fixed 12 m length eliminates the need for intermediate joints in many setups and helps preserve signal integrity over longer runs compared with multiple shorter cable segments and adapters.

Suitable for

• Antenna to transceiver connections for radio systems
• Laboratory test setups and measurement equipment
• Base station or repeater links requiring a 12 m feed line
• Temporary or permanent RF installations where durable N-type connectors are preferred

Key specifications

• Cable length: 12 meters
• Connector type (both ends): N-type hex
• Inner conductor material: pure copper
• Cable usage: RF signal transmission / coaxial feed line

How to use

Connect each N-type hex connector to the corresponding N female connector on your antenna, transceiver or test instrument. Tighten connectors by hand initially and finish with an appropriate torque wrench if specified by the mating equipment to ensure good mechanical and electrical contact. Avoid sharp bends near the connectors and maintain a bend radius according to common coaxial cable practice to prevent deformation of the conductor or dielectric.

Usage recommendations

For best RF performance, minimize additional adapters or transition joints, route the cable to avoid sources of interference, and secure it to prevent strain on connectors. When used outdoors, protect connector interfaces from moisture and corrosion using appropriate sealing methods. Verify connector tightness periodically in installations subject to vibration.