You are entitled to cancel your order for the Goods without penalty within seven days of the Goods having been delivered to you. In such an event, you will receive a full refund of the purchase price within thirty days of the date of cancelling this agreement.
Goods may be returned only when defective, damaged or if the product supplied is not the same product as what was ordered. If the Goods are defective in any way this must be reported within twenty four hours after the product having been delivered to you and must be returned to us within a period of one month after delivery.
Tecnix makes the high-quality 3-pin DMX Cable your lighting rig deserves. This 22-AWG stranded, copper-conductor cable provides the ideal conductivity needed for DMX transmission. A twisted pair of conductors, an outer layer of dense polyethylene insulation, and a shield of Duofoil provides not only solid contact but also excellent DMX signal protection. You can trust your show to Tecnix cables.
The 3-pin DMX cable carries your programming commands from board to fixture through quality 22-AWG wire and connectors all wrapped in a shielding that maintains the integrity of your signal by rejecting interference. Whether you're re-cabling your rig, stocking up the road case for another rental, or designing the mobile lighting and effects rig of your dreams.
Tecnix cables maintain the company's commitment to making the highest quality audio cables. Since day one, Tecnix cables have been the professional's choice for the most demanding applications. The tough design of the entire line make Tecnix cables the smart choice for your needs. From simple hookup cables to complex studio harnessing, only high-grade components and time-proven manufacturing techniques are employed. To ensure you are receiving the highest quality cable for your Rands, try a Tecnix cable today!
Specifications
Connectors: 3PIN-DMX XLR Female / XLR Male
Gold Plated Connectors For Better Stability
Black Connectors For Easy Identification & Hidden
Each Contact point on Connectors are individualy heat shrinked for better stability
