Chauvet Pro DMX5P25FT 5-Pin 25' DMX Cable

Chauvet Pro DMX5P25FT: Enhance Your Lighting Setup with Reliable Connectivity
The Chauvet Pro DMX5P25FT is a robust 5-pin DMX cable specifically designed to connect and communicate across your lighting fixtures with unparalleled reliability. At 25 feet long, this cable is perfect for setups that require extended reaches without sacrificing signal integrity. Whether you are setting up for a live performance, theater production, or a special event, the DMX5P25FT ensures that your lighting commands are delivered precisely and consistently.

Built to Last with Superior Design
Crafted to meet the rigorous demands of live event and tour environments, the Chauvet Pro DMX5P25FT cable features durable construction and high-quality 24-AWG wire. This design not only enhances the longevity of the cable but also ensures optimal performance by preventing signal loss and interference, making it an essential component of any professional lighting system.

Secure and Stable Connections
The DMX5P25FT is equipped with robust 5-pin connectors that ensure a secure and stable connection between devices. These connectors are designed to lock into place, reducing the risk of disconnections that can occur during live performances. This feature is crucial for maintaining the integrity of your lighting setup and ensuring seamless operation throughout any show.

Versatile and User-Friendly
This 25-foot cable provides ample length to connect fixtures that are spaced further apart, offering flexibility in the layout and design of your lighting array. The versatility of the DMX5P25FT makes it suitable for various applications, from simple setups in small venues to complex configurations in large spaces.

Enhanced Safety and Compliance
The Chauvet Pro DMX5P25FT adheres to stringent standards of quality and safety, ensuring that it not only performs to expectations but also upholds the safety protocols necessary in professional lighting environments. This compliance is critical for protecting your equipment and personnel from potential electrical and fire hazards associated with inferior cabling.