Coaxial cable Rangeful HF240 2m, N connector hex to N connector hex, double coaxial, pure copper

Rangeful HF240 is a 2 m double coaxial cable fitted with hex N male-to-hex N male connectors and pure copper conductors. Designed for RF signal transmission, this coaxial assembly offers a balanced combination of flexibility and electrical performance suitable for short interconnects between N-type devices, measurement instruments and antennas. The cable is intended to provide a stable, low-loss path for frequencies typically used in laboratory testing, field setups and temporary installations.

Advantages

The double coaxial construction with pure copper conductors reduces resistive loss and ensures consistent impedance, improving signal integrity across the cable length. Robust hex N male connectors deliver secure, repeatable mating and good mechanical stability during handling. The 2 m length offers convenient reach for bench-top and near-field connections without excessive slack, while the cable’s build supports frequent mating cycles and practical use in test environments.

Suitable for

• RF lab measurements and instrument interconnections
• Connecting N-type antennas and transceivers for temporary setups
• Field testing and site verification where a short, low-loss cable is required
• Linking network analyzers, signal generators and spectrum analyzers to device under test

Key specifications

• Length: 2 meters
• Connector type: hex N male to hex N male
• Conductor material: pure copper
• Cable structure: double coaxial
• Intended use: RF signal transmission for test and short interconnects

How to use

Connect the hex N male connectors to corresponding N-type female ports on equipment, ensuring threads are hand-tightened and then secured with moderate torque to avoid damage. Route the cable to minimize sharp bends and avoid kinks to maintain characteristic impedance and minimize reflections. When disconnecting, unscrew connectors without twisting the cable jacket; handle the connector bodies rather than pulling on the cable to extend service life.

Usage recommendations

For best RF performance, avoid bending the cable below its minimum bend radius and keep it away from strong electromagnetic sources or heavy machinery that may introduce interference. Inspect connectors for contamination and mechanical wear before critical measurements, and replace the cable if core conductor or shielding damage is visible.