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Procab DMX AES/EBU XLR cable CLD953/10 — 10 m, male XLR to female XLR
Procab DMX AES/EBU XLR cable CLD953/10 — 10 m, male XLR to female XLR
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Procab DMX AES/EBU XLR cable CLD953/10 — 10 m, male XLR to female XLR
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Procab DMX AES/EBU XLR cable CLD953/10 — 10 m, male XLR to female XLR
Procab DMX AES/EBU XLR cable CLD953/10 — 10 m, male XLR to female XLR
Procab CLD953/10 is a 10-meter XLR cable engineered for DMX lighting control and AES/EBU digital audio/data transmission. The cable terminates with a male XLR on one end and a female XLR on the other, providing a standard balanced connection for professional AV rigs, stage installations, and live event setups. Its construction focuses on maintaining signal integrity across the 10 m length, ensuring consistent performance for control signals and digital audio links.
The cable offers balanced XLR connectivity suitable for both DMX512 control and AES/EBU digital audio, reducing susceptibility to interference. Its 10 m length provides convenient reach between equipment while avoiding excessive cable slack. Built with materials and shielding appropriate for professional environments, this cable supports stable data transfer and straightforward integration into lighting and audio chains.
Connect the male XLR plug to the XLR output of the source device (for example a lighting console or AES/EBU output) and plug the female XLR into the input of the receiving device (such as a fixture, digital audio interface or processor). Ensure connectors are fully seated and secured to avoid intermittent contacts. For DMX networks, maintain correct cable topology and termination where required; for AES/EBU audio, follow standard digital routing practices and sample rate management in your system.
Use the cable in environments where balanced XLR connections are specified. Avoid running the cable parallel to high-power mains runs for long distances to minimize potential interference. Inspect connectors regularly for wear and ensure secure connections during setup and strike to keep signal integrity consistent.
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