Coaxial cable Rangeful HF240 SMA male to N male 5 m pure copper

Coaxial cable Rangeful HF240 SMA male to N male 5 m pure copper is a 5‑metre RF interconnect designed to link equipment with SMA and N type ports. Constructed with a pure copper conductor and tailored dielectric, this coaxial assembly supports consistent impedance and low loss across the cable length. The SMA male and N male terminations are fixed to provide secure mechanical and electrical connections for test benches, antenna systems and general RF setups that require a flexible, copper‑conductive feed line.

Advantages

This Rangeful HF240 cable offers reliable conductivity thanks to its pure copper inner conductor and consistent mechanical performance from precision SMA male and N male connectors. The 5 m length delivers reach for installations where equipment cannot be placed adjacent while maintaining predictable signal behavior. Its construction focuses on stable impedance and minimized signal attenuation appropriate for laboratory, field and commercial RF use.

Suitable for

• Connecting transceivers, signal generators or spectrum analyzers with SMA and N ports
• Antenna installations where antenna and radio use different connector types
• Temporary or permanent test setups in RF laboratories and workshops
• Field measurements and equipment linking in communications and broadcast systems

Key specifications

• Cable length: 5 metres
• Inner conductor material: pure copper
• Connector types: SMA male to N male
• Cable type: coaxial HF240 construction
• Characteristic impedance: designed for consistent impedance (typical for RF coaxial use)
• Mechanical flexibility: suitable for routing in lab and field environments

How to use

Inspect connectors and cable for visible damage before use. Align the SMA male and N male connectors with their respective device ports and attach by engaging the threads or coupling mechanism until secure; avoid over‑tightening to prevent connector damage. Route the cable to avoid sharp bends and heavy compression, maintaining gentle curves with a radius appropriate to the cable diameter. For test and measurement tasks, allow the cable to stabilize in position before taking measurements to reduce variation caused by handling.

Usage recommendations

Store the cable coiled without tight kinks and protect connector interfaces with caps when not in use. Use appropriate torque when tightening connectors and periodically inspect for corrosion or wear. For critical high‑performance measurements, verify system calibration with the cable in place to account for its insertion loss.