Product Description
The Blizzard Lighting DMX - 5PIN - 3Q is an outstanding 5 - pin XLR male to female DMX cable. These Cool Cable DMX cables are professional - grade, perfect for stage lighting applications that demand reliable data transmission. They meet USITT standards for DMX512 cables, with a 120 - ohm characteristic impedance, low capacitance, and a double (foil and braid) shield for top - notch signal integrity. Unlike regular microphone cables, they're built specifically for data transfer. The 5 - pin XLR connectors and wire wrapped 5 times tighter than traditional XLR cables ensure a clear and stable signal path for your DMX data. They're designed to handle the demands of professional use. The extra - flexible, tough, and abrasion - resistant jacket stays flexible in extreme temperatures. Whether it's a concert stage or a temporary event lighting setup, these cables offer the reliability you need. Plus, they come with a free velcro cable wrap to keep your cables organized during transport and storage. Key features include a 5 - pin XLR(M) to XLR(F) design for reliable data, 120 - ohm impedance, double shielding, a durable jacket, and a convenient cable management solution. Product specs are double shielding, 120 - ohm impedance, low capacitance, 2 conductors, 0.34mm conductor gauge, and oxygen - free copper wire.
Using this Blizzard Lighting DMX cable is easy. Just connect the 5 - pin XLR male end to the source device and the female end to the receiving device. When setting up, make sure to handle the cable gently to avoid any damage to the connectors. For storage, use the included velcro cable wrap to keep it organized and prevent tangles. In extreme temperature environments, although the cable's jacket is designed to stay flexible, try to avoid leaving it in direct sunlight or freezing conditions for extended periods. If the cable gets dirty, you can use a soft, dry cloth to clean it. Regularly check the connectors for any signs of wear or damage. If you notice any issues, it's best to replace the cable to ensure reliable data transmission.
