Product Overview

The Kopul DMX55P-050-S Studio Series 5-Pin DMX Cable is designed specifically for artists and technicians who require reliable and accurate DMX signal transfer. Ideal for live concerts, theater productions, and DJ setups, this 50-foot cable ensures seamless connectivity between your DMX gear and controller.

Key Features

• Oxygen-Free Copper Conductors: Enhance signal integrity with high-quality OFC that provides superior conductivity.
• 110-Ohm Impedance: Engineered to meet industry standards, ensuring optimal digital signal transmission.
• Superior Interference Rejection: 92% coverage braided tinned copper shielding protects against EM and RF interference.
• Durable Chuck-Style Strain Relief: Keeps cable secure where it connects to the XLR connectors, reducing wear and tear.
• Flexible PVC Jacket: Offers excellent protection while maintaining flexibility for easy maneuverability.

Technical Specifications

Usage Scenarios

This cable is perfect for lighting designers and technicians who rely on stable connections in dynamic environments, such as theaters and concert venues. Its robust construction and flexible design make it ideal for setups requiring frequent adjustments and transport.

FAQs

• What is the maximum distance this cable can cover?
  This cable can efficiently transmit signals up to a distance of 3280.84 feet (1000 m).
• Can this cable be used outdoors?
  While the cable is durable, it is recommended for indoor use or covered areas to avoid exposure to extreme weather conditions.
• Is the cable compatible with all DMX controllers?
  Yes, it is designed to work with any standard DMX controller and lighting fixtures.
• What type of maintenance does this cable require?
  Regularly inspect the cable for damage, and store it properly when not in use to extend its lifespan.

Originality and Unique Features

The Kopul DMX55P-050-S stands out in the market due to its oxygen-free copper construction and high-quality shielding, ensuring that your digital signals remain pure and uncorrupted even in demanding environments.