AMPHENOL LTW FLKB03EGFSGCP001 Signal Data Power Connector
The FLO series provides a quick, reliable mating solution for signal, data, and power transmission in indoor and outdoor settings. Featuring a metal shell for 360° EMI shielding, it ensures secure connections. Its auto-latching mechanism offers fast, dependable engagement, making it ideal for industrial, automation, and electronic applications. With flexible customization options, this series guarantees durability and high-performance connectivity across diverse environments, meeting demanding technical and environmental standards while supporting a wide range of wire and panel thickness configurations for versatile deployment.
Dimensions: Length varies with configuration, typical diameter 14mm
Compliance: IP68 waterproof, Electro-mechanical standard
Construction: Metal shell, robust plastic housing, sealed locking mechanism
Buy the Amphenol Series FLO Signal Data Power Connector: FLKB03EGFSGCP001
Purchase the Amphenol Series FLO FLKB03EGFSGCP001 connector online today to ensure your projects benefit from high-quality, reliable connection technology. Designed for demanding environments, this connector offers IP68 waterproof protection, a sturdy metal shell for EMI shielding, and a quick auto-latching mechanism for fast, secure mating. Its versatile configuration options accommodate different pin counts and panel thicknesses, making it ideal for industrial automation, electronic devices, and outdoor installations. Invest in this durable, high-performance connector for seamless signal, data, and power transmission wherever you need dependable connectivity.
Order your Amphenol Series FLO FLKB03EGFSGCP001 connector today and enhance your projects with dependable, waterproof, auto-latching connectivity solutions.
Frequently Asked Questions
Where can I buy AMPHENOL LTW FLKB03EGFSGCP001?
You can click on the BUY or RFQ button to purchase FLKB03EGFSGCP001 from an authorized AMPHENOL LTW distributor.
How do I troubleshoot issues or seek technical support for part FLKB03EGFSGCP001?