Coaxial cable Rangeful HF400-RPSM-NF-7, full copper, 50 Ω, length 7 m

Coaxial cable Rangeful HF400-RPSM-NF-7, full copper, 50 Ω, length 7 m is a 7-meter RF coaxial cable designed for reliable transmission of radio frequency signals. The cable uses full-copper conductors to provide consistent conductivity and stable 50 Ω characteristic impedance, making it suitable for antenna feeds, radio equipment connections and other short-to-medium run RF installations where low insertion loss and signal integrity are needed.

Advantages

The full-copper inner conductor and copper outer conductor construction reduce resistive loss and help maintain signal quality across the 7 m length. The defined 50 Ω impedance ensures compatibility with common RF devices and minimizes reflections when properly matched. The cable’s length and flexible construction allow straightforward routing and integration with compatible connectors without special tools or adapters.

Suitable for

• Antenna feeds for terrestrial or portable radio systems
• Connecting transceivers, receivers and RF test equipment
• Short to medium run installations where low-loss coax is required
• Laboratory and bench setups for RF measurements

Key specifications

• Impedance: 50 Ω
• Conductor material: full copper
• Length: 7 m
• Cable type: coaxial for RF signal transmission
• Application: low-loss short-to-medium distance RF connections

How to use

Route the coaxial cable between devices ensuring gentle bends and avoiding sharp kinks. Connect the appropriate compatible connectors at both ends, verifying firm mechanical contact and correct polarity. Keep the cable away from high-power mains wiring and strong electromagnetic interference sources to preserve signal quality. For impedance-sensitive systems, confirm connectors and adapters maintain 50 Ω matching to minimize reflections.

Usage recommendations

For optimal performance, use the Rangeful HF400-RPSM-NF-7 cable for runs up to 7 m in environments without excessive mechanical stress. Inspect connectors before use, avoid tight bending radii, and maintain proper shielding continuity to reduce insertion loss and preserve RF signal integrity.