Coaxial cable Rangeful RP-SMA male to RP-SMA female HF240T-RPSM-RPSF-5 5 m pure copper

Rangeful HF240T-RPSM-RPSF-5 is a 5 m coaxial cable designed for RF and antenna connections. It features RP‑SMA male to RP‑SMA female connectors and a pure copper conductor to support reliable signal transmission between devices with RP‑SMA interfaces. The cable is intended for use where a flexible, low-loss copper assembly is required to extend or link WLAN equipment, routers and external antennas.

Advantages

This coaxial cable combines a pure copper conductor with RP‑SMA male and RP‑SMA female terminations to provide consistent electrical contact and reduced conductor resistance. The 5 m length offers practical reach for indoor and short outdoor antenna placement while maintaining a balance between flexibility and signal attenuation. The construction supports common RF frequencies used in wireless networking and maintains connector polarity compatibility for RP‑SMA interfaces.

Suitable for

• Extending WLAN antenna connections
• Linking routers or access points to external antennas
• Replacing or upgrading short coax patch leads in RF test setups
• Connecting modules and devices that use RP‑SMA interfaces

Key specifications

• Cable length: 5 m
• Conductor material: pure copper
• Connector 1: RP‑SMA male
• Connector 2: RP‑SMA female
• Application: RF/antenna cable for wireless networking
• Construction: flexible coaxial assembly suitable for indoor use

How to use

Connect the RP‑SMA male end to the RP‑SMA female socket of the antenna or device that requires a male connector, and attach the RP‑SMA female end to the RP‑SMA male port of the router, adapter, or antenna feed. Ensure connectors are aligned and threaded gently to avoid cross‑threading; tighten by hand until secure. Route the cable to avoid sharp bends and reduce mechanical stress near the connectors. For outdoor routing, protect connections from direct moisture and UV exposure using appropriate weatherproofing materials.

Usage recommendations

For optimal signal performance, keep the cable run as short as practical, avoid tight bends and kinks, and use indoor or properly shielded outdoor routing. Verify connector polarity compatibility with your devices before connection, and hand‑tighten connectors rather than using pliers to prevent damage to threads and center contacts.