Coaxial cable Rangeful HF240 N male to N female, 2 m, pure copper conductor

Coaxial cable Rangeful HF240 N male to N female, 2 m, pure copper conductor is a 2-meter RF connection cable with N-type male and female terminations. Designed for transmission of radio-frequency signals, the cable uses a pure copper central conductor to provide consistent conductivity and reduced insertion loss across typical communications and test frequency ranges. The cable jacket and shielding are engineered to preserve signal integrity and to maintain stable impedance when used with compatible N-type connectors.

Advantages

The pure copper conductor ensures low electrical resistance and reliable signal transfer. Standard N-type male to female connectors make the cable compatible with a wide range of radio equipment, antennas and measurement devices. The 2 m length provides flexibility for equipment placement without excessive signal degradation. The cable construction reduces susceptibility to outside interference and helps maintain consistent impedance for predictable RF performance.

Suitable for

• Connecting radio transceivers and base station equipment
• Linking antennas to receivers or amplifiers with N-type ports
• Connecting test and measurement instruments in RF labs
• Temporary or permanent installations in coaxial RF setups

Key specifications

• Cable length: 2 m
• Connector configuration: N male to N female
• Center conductor material: pure copper
• Impedance: designed for standard 50 Ω systems
• Intended use: RF signal transmission for communications and testing

How to use

Attach the N male connector to the female N socket on the transmitting or measurement device, and connect the N female end to the receiving device or antenna with a matching N male connector. Ensure both connectors are threaded and hand-tightened, taking care not to cross-thread; if required, finish tightening with a suitable torque wrench to the equipment manufacturer's recommended torque. Route the cable to minimize sharp bends, kinks or contact with sharp edges, and avoid running parallel to high-power AC lines to reduce potential interference.

Usage recommendations

For optimal performance, verify that all connected equipment uses 50 Ω impedance. Inspect connectors periodically for corrosion or wear, and replace the cable if the outer jacket or connectors are damaged. In outdoor or harsh environments, use additional environmental protection such as weatherproofing boots or conduit to extend service life.