Coaxial cable Rangeful HF240 BNC male to BNC male 7 m

Rangeful HF240 BNC male to BNC male 7 m is a coaxial cable designed to link devices that use BNC terminations for video, RF and test-equipment signals. The 7-metre length offers a balance between reach and manageability, providing a single-cable connection for cameras, monitors, oscilloscopes, signal generators and other BNC-equipped devices. The cable is intended for installations and temporary setups where a reliable BNC-to-BNC coax lead is required.

Advantages

This coaxial cable delivers a standard BNC-to-BNC connection with consistent impedance and straightforward plug-and-play use. Its 7 m length reduces the need for additional couplers while remaining flexible enough for routing around equipment racks and test benches. The fixed BNC male terminations on both ends simplify connections between professional and consumer test, measurement and video devices.

Suitable for

• Connecting CCTV cameras to monitors or recorders with BNC interfaces
• Linking oscilloscopes, signal generators and spectrum analyzers in test setups
• Temporary test bench wiring and laboratory measurement chains
• Video monitoring and analogue composite video connections

Key specifications

• Cable type: coaxial with BNC male to BNC male terminations
• Length: 7 metres
• Connector type: BNC male on both ends
• Intended signals: video, RF and test-equipment signals
• Typical uses: analogue video, signal transmission for measurement instruments

How to use

Align each BNC male connector with the corresponding female BNC jack on your devices, push the connector onto the jack and twist to lock until a secure connection is felt. Avoid excessive bending near the connectors and route the cable to prevent sharp kinks. For test setups, connect signal source to the input of the measurement device using this cable; verify correct signal levels and grounding before taking measurements.

Usage recommendations

For stable signal performance, keep cable runs away from high-power AC wiring and strong electromagnetic sources. Inspect connectors for dirt or damage before use and replace the cable if shielding or connector integrity is compromised. When used for sensitive measurements, minimize unnecessary jumper lengths and ensure firm BNC seating to reduce impedance mismatches.