The Type-C Bayonet Waterproof Connector series by Shenzhen Sta Electronic provides robust USB connectivity (3.0/3.1 standards) for harsh industrial environments. Featuring a reliable bayonet coupling design, these IP67/IP68 rated connectors are ideal for high-speed data transfer where standard consumer USB fails. Constructed from V-0 flame-retardant PA66 plastic, they offer durable, reliable connections (rated for 500+ cycles) for panel mounting and custom overmolded cable assemblies.
Connector Type
Waterproof TYPE-C Connector
TYPE-C Standard
TYPE-C 3.0 / TYPE-C 3.1
Coupling Type
Bayonet
Cable Lengths
0.3 m / 0.5 m / 1 m / 2 m / 3 m
$0.00
Connector Type:
TYPE-C 3.0 Male to Male Overmolded Cable(Bayonet)
TYPE-C 3.1 Male to Male Overmolded Cable(Bayonet)
TYPE-C Male to USB2.0 Male Overmolded Cable(Bayonet)
TYPE-C Male to USB3.0 Male Overmolded Cable(Bayonet)
TYPE-C Female Back Mount Receptacle To USB 2.0 Male Overmolded Cable(Bayonet)
TYPE-C Female Back Mount Receptacle To USB 3.0 Male Overmolded Cable(Bayonet)
TYPE-C 3.0 Male to Female Back mount Receptacle Overmolded Cable (Bayonet)
TYPE-C 3.1 Male to Female Back mount Receptacle Overmolded Cable (Bayonet)
Fast & Secure Bayonet Coupling: The innovative bayonet locking design allows for quick mating and instant locking with a quarter-turn mechanism, significantly improving field installation efficiency and preventing accidental disconnection in high-vibration environments. Industrial Grade Type-C Interface: This series elevates the consumer Type-C 3.0/3.1 standard to an industrial level, offering IP68 protection and mechanical strength that standard USB ports cannot provide in demanding operational settings. IP68 Environmental Protection: With an IP67/IP68 waterproof rating, these connectors are fully sealed, utilizing silicone/rubber materials and PA66 shells to prevent water and dust ingress in outdoor or washdown scenarios. Durable and Certified Materials: The housing uses V-0 flame-retardant PA66 plastic. Brass contacts and PVC cables are used, and the product is certified by CE and RoHS for safety and longevity (≥500 mating cycles). Wide Operating Temperature Range: Built to function reliably in extreme climates, the connector operates efficiently from -40℃ to +105℃, ensuring stability in highly variable temperature environments.
TYPE-C Male to Male Overmolded Cable(Bayonet)
TYPE-C Male to USB Male Overmolded Cable(Bayonet)
TYPE-C Female Back Mount Receptacle To Male Overmolded Cable(Bayonet)
TYPE-C Female Back Mount Receptacle To USB Male Overmolded Cable(Bayonet)
Industrial Automation & Data Acquisition: Ideal for ruggedized tablets, data loggers, and control systems needing secure Type-C panel mount receptacles for data upload/download. Outdoor Kiosks & Vending Machines: The IP68 waterproof USB connector protects exposed ports from rain, ensuring reliable customer interaction in public spaces. Marine Electronics: Used in boating and marine environments for waterproof USB 3.1 connections to navigation and sonar equipment. Security & Surveillance Systems: Provides robust, sealed connections for IP security cameras and access control systems in high-humidity areas. IoT Devices & Data Acquisition: Ensures high-speed, reliable data transfer for Internet of Things gateways using durable, customized overmolded USB cables.
FAQ
Q1: What is the primary benefit of the Type-C bayonet coupling? A1: The bayonet coupling allows for a quick twist-and-lock connection, which is much faster than threaded connectors and provides a visual and tactile confirmation that the aviation plug is securely locked. Q2: Does this connector support USB 3.1 speeds? A2: Yes, the series is available for Type-C 3.0 and Type-C 3.1 standards, enabling high-speed data transmission in industrial settings. Q3: Can I order specific cable lengths? A3: Shenzhen Sta Electronic offers customized overmolded cable assemblies with standard lengths including 0.3M, 0.5M, and 1M, with custom lengths available upon request. Q4: Is the shielding customizable? A4: Yes, we offer customization options for shielding effectiveness to meet specific EMI/RFI requirements for sensitive industrial applications.
