Neutrik NC3FRX-BAG 3-pin right angle cable socket
The Neutrik NC3FRX-BAG is a high-quality 3-pin XLR right-angle cable connector specifically designed for professional audio applications. As part of the RX series, the right-angle version of the XX series, this connector features numerous improvements that make it even more reliable and easier to install. Featuring a sleek, ergonomic design and a robust, black chrome-plated housing, the NC3FRX-BAG is ideal for applications where space and reliability are critical.
Highlights:
-
Slim design: Very slim, right-angled cable connector for applications with limited space.
-
Flexible cable outlet: 5 selectable cable outlet positions for greater installation flexibility.
-
Cage contact: Female connector with cage contact, which reduces contact resistance and wear on the male contacts due to lower spring pressure.
-
Solder barrier: Prevents solder from flowing into the mating area and ensures a clean and secure solder connection.
-
Improved locking: Larger locking latch for easier handling and a more secure hold.
-
Additional grounding spring: Provides a better connection to the housing and increases reliability.
-
Improved strain relief: Patented collet strain relief that withstands higher tensile forces and simplifies installation.
-
Kink protection: Polyurethane sleeve protects the cable from bending stress at the connector end.
-
Color coding: Possibility of coding and marking using colored rings and anti-kink sleeves.
Technical data:
-
Connection type: XLR, female
-
Electrical properties: Capacitance between contacts ≤ 4 pF, Contact resistance ≤ 3 mΩ, Insulation resistance > 2 GΩ
-
Mechanical properties: Service life > 1000 mating cycles, conductor cross-section max. 2.5 mm² (max. 14 AWG)
-
Material: Bronze contacts with 2 µm silver plating, zinc die-cast housing with black chrome plating
-
Environment: Operating temperature range from -30 °C to +80 °C, protection class IP 40
The NC3FRX-BAG is the ideal choice for demanding audio applications that require reliability, durability, and flexibility.
