R69.00
In stock
R69.00
In stock
Enova Solutions introduces the XLR Male Cable Connector, a reliable and high-performance solution catering to the needs of professional audio and event technology. As part of the XL series, this connector, designated XL23MB, offers exceptional quality at an affordable price point.
Engineered with a robust metal housing and equipped with color-coded cable grommets (including grey), this connector provides a secure and stable connection for audio components. Its three robust solder terminals ensure a reliable electrical connection, essential for optimal audio performance.
The unique design of this connector includes triple-positioned collets, which prevent cable twisting or loosening while protecting the cable sheath. Adaptation to different cable diameters is straightforward, thanks to the removable clamping ring on the connector housing. The connector accommodates cable diameters ranging from 3.3mm to 7mm, ensuring compatibility with various setups and configurations.
Meeting the highest standards for insulation, material quality, and temperature resistance, this connector operates effectively in demanding environments. With an operating temperature range of -30°C to +80°C, insulation resistance exceeding 10 GΩ, and contact resistance of ≤ 3 mΩ, it ensures reliable performance in a wide range of conditions.
Constructed with high-performance plastics, phosphor bronze, and waterproof silicone components, this connector guarantees longevity and reliability. Its robust design makes it suitable for diverse industries, including radio and television technology, music, event technology, consumer electronics, medical technology, and industrial measurement and testing.
With specifications meeting industry standards, including UL94HB flammability classification and ROHS compliance, this connector offers peace of mind in terms of safety and reliability. Whether used by DJs, sound engineers, lighting technicians, or musicians, the Enova Solutions XLR Male Cable Connector delivers consistent performance in various applications.
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