ACT RG-59 patch-kaapeli musta 75 ohm 10,00 m

The ACT RG-59 patch cable Q7110M is a 10.00 m, black coaxial cable with 75 Ohm impedance designed for video and audio signal transmission. Fitted with BNC connectors on both ends, it provides a reliable connection for CCTV systems, broadcast equipment and other professional AV setups. The cable complies with RoHS and model Q7110M specifications and is intended for installations where a 75 Ohm coaxial link is required.

Advantages

The cable offers a standard 75 Ohm impedance for minimal signal reflection and stable video quality. Its 10 m length provides flexibility during installation, while the BNC-to-BNC terminations ensure straightforward, secure connections. The black outer jacket supports discreet installation in residential and commercial environments, and RoHS compliance confirms reduced environmental impact.

Suitable for

• CCTV camera connections
• Analog video signal routing in broadcast and monitoring systems
• Interconnections between DVRs, monitors and video processors
• Audio-over-coax and composite video applications

Key specifications

• Brand: ACT
• Model / MPN: Q7110M
• EAN: 8716065155174
• Cable type: RG-59 coaxial
• Length: 10.00 m
• Impedance: 75 Ohm
• Connectors: BNC — both ends
• Colour: Black
• Standards: RoHS compliant

How to use

Connect one BNC connector to the BNC socket of the source device (camera, DVR or video player) and the other connector to the input of the destination device (monitor, recorder or switcher). Ensure connectors are fully seated and, if present, tighten any twist-lock on the BNC to secure the connection. Route the cable to avoid sharp bends and sources of electromagnetic interference for best signal integrity.

Recommendations

For optimal performance, use this RG-59 10 m cable for short- to medium-distance analog video runs. For longer distances or high-bandwidth digital signals, consider higher-grade coaxial types (e.g., RG-6) or balanced/digital transmission alternatives. Inspect connectors periodically and avoid excessive bending near terminations.