Neutrik: 763.488UK, NAC3FXX Powercon Connector, Locking, 10-16mm, Screw Terminal, IP20, -33°C to +80°C

Product Overview & Key Benefits

The Neutrik® NAC3FXX Powercon Connectors represent an essential component for ensuring a reliable power connection in various applications. With a rugged construction designed for durability, these locking AC mains cable connectors are colour-coded and keyed for power-out, featuring a screw terminal assembly that accommodates cable diameters of 10-16mm. Perfect for both professional and amateur use, these connectors guarantee safe power connections while significantly reducing the risk of accidental disconnection.

Technical Specifications & Product Details

• Lifetime:Typically 5,000 mating cycles
• IP Rating:IP20
• Terminals:Screw type
• Cable Diameter:10-16mm
• Temperature Range:-33 °C to +80 °C
• Contact Resistance:≤ 2 mΩ
• Weight:0.0200kg
• Dimensions:Width: 110mm, Height: 190mm, Length: 280mm

Ideal Uses & Applications

The Neutrik® NAC3FXX Powercon Connectors are designed for a wide range of applications, making them idéal for several scenarios:

• Domestic DIY Projects:Ideal for home audio setups and lighting installations where a secure power connection is paramount.
• Commercial Buildings:Suitable for professional installations in venues such as theatres, auditoriums, and conference centres.
• Hospitality Settings:Perfect for bars, restaurants, and event spaces requiring reliable power supplies for equipment like sound systems and lighting.
• Offices:A practical solution for office spaces where safe and stable power connections are necessary for technology.

Energy Efficiency & Cost Savings

With the increasing demand for energy-efficient solutions, the Neutrik® NAC3FXX Powercon Connectors stand out as a robust option that contributes to cost savings. By integrating these connectors into your power systems, you can help mitigate energy wastage. Their superior design, including circuit-breaking capability when mated with Powercon XX Series receptacles, ensures a safe and efficient power flow, ultimately aiding in reducing electricity costs. Furthermore, the longevity of up to 5,000 mating cycles assures cost-effectiveness in terms of replacements and maintenance.