Neutrik: 763.481UK, NL4FXX Speakon Cable Connectors, 4 Pole, Screw Terminals, IP20, -33°C to +80°C, 37A RMS

Product Overview & Key Benefits

The Neutrik® NL4FXX Speakon Cable Connectors are the pinnacle of reliability in the world of audio connections. Perfect for professional sound engineers, musicians, and audio-visual technicians, these connectors are designed for optimal performance in demanding environments. Their robust design and secure twist-lock mechanism ensure a stable connection, making them an excellent choice for loudspeaker setups and other audio applications.

Technical Specifications & Product Details

• Model:NL4FXX
• Supplier SKU:763.481UK
• Connector Type:4 pole Speakon cable connector
• Current Rating:Up to 37 A rms
• Strain Relief:Chuck type for cable diameters 6-12mm and 10-16mm
• Lifetime:Typically 5,000 mating cycles
• IP Rating:IP20 (indoor use)
• Temperature Range:-33 °C to +80 °C
• Terminals:Screw type, ensuring stable and secure connections
• Cable Dimensions:Suitable for cables with diameters between 6 to 12mm
• Contact Resistance:≤ 2 mΩ
• Weight:0.0200kg
• Dimensions:Width: 110mm, Height: 190mm, Length: 280mm

Ideal Uses & Applications

These Neutrik® NL4FXX Speakon Cable Connectors are ideally suited for various applications, ranging from domestic audio setups to commercial installations. They are particularly popular in:

• Live Sound:Excellent for connecting loudspeakers in live performances, ensuring quick and secure setups.
• Corporate Events:Reliable for use in AV systems where speaker connections must be effortlessly managed.
• Home Theatre Systems:Enhances audio performance with secure connections that minimize noise interference.
• Studio Environments:Ideal for use in recording studios where quality sound transmission is crucial.

Energy Efficiency & Cost Savings

While primarily a connector, the efficient design of Neutrik® NL4FXX Speakon Cable Connectors can contribute to overall system performance enhancement. By providing a secure and reliable connection, they help reduce the risk of energy losses due to poor connectivity, thereby potentially saving costs in the long run. These connectors are built to withstand rigorous use, translating to less frequent replacements and lower maintenance expenses over time.