enetSEAL+ Ethernet Connectors FAQ

Q: What makes enetSEAL+ Ethernet connector housings suited for industrial and automotive applications?

A: enetSEAL+ Ethernet connector housings feature IPX9K-rated sealing, high-temperature resilience (-40°C to +125°C), and vibration-resistant construction, making them suited for rugged applications in commercial vehicles, agriculture, and construction machinery.

Q: What mounting options are available for enetSEAL+ Ethernet connector housings?

A: These housings support cable-to-cable, wire-to-wire, and wire-to-board configurations, with panel mount and free-hanging (cable mount) options, providing installation flexibility for different network architectures.

Q: What contact sizes and current ratings are supported by enetSEAL+ Ethernet connector Housings?

A: The housings support 1.2mm contact sizes, with gold-plated terminals for enhanced conductivity and a maximum current rating of 22A, making them suited for power and signal applications in industrial Ethernet networks.

Q: What are the key advantages of enetSEAL+ Ethernet connector headers for industrial and commercial vehicles?

A: enetSEAL+ Ethernet connector headers are designed for rugged, high-speed Ethernet connectivity in harsh environments. Key advantages include:

• IP6K7-rated sealing, providing protection against dust, moisture, and water ingress.
• MCON 1.2 CB terminals, providing vibration resistance and long-term reliability.
• 100BASE-T1 Ethernet compatibility, delivering high-speed data transmission over single-pair UTP cables.
• Tool-free mounting and PCB retention, making installation easy and secure.
• Compact and space-saving design, allowing integration into automotive, construction, and agricultural networks.

Q: How do enetSEAL+ Ethernet connector headers compare to traditional M12 and CAN connectors?

A: enetSEAL+ Ethernet connector headers provide a more compact and efficient alternative to traditional M12 and CAN-based Ethernet connectors by offering:

• Sealed wire-to-board connectivity in a fully shrouded, vibration-resistant design.
• High-speed 100BASE-T1 Ethernet transmission, reducing cabling complexity and improving network efficiency.
• Through-hole solder PCB termination, enabling secure and stable connections under extreme conditions.
• Versatile mounting options, including vertical and right-angle PCB configurations, making them suited for tight-space applications in commercial vehicles.

Q: What applications are enetSEAL+ Ethernet connector headers best suited for?

A: enetSEAL+ Ethernet connector headers are optimized for industrial and commercial transportation applications, including:

• In-Cabin Ethernet Networks – Supports 100BASE-T1 backbones, displays, cameras, and infotainment systems.
• Vehicle Sensor Integration – Enables radar, LiDAR, and telemetry data connectivity in autonomous vehicle architectures.
• Sealed ECU and Controller Applications – Provides secure wire-to-board connections for network gateways, power distribution units, and control modules.
• Chassis and Exterior Connectivity – Enables high-speed data transmission for smart vehicle diagnostics and vehicle-to-cloud communication.

Q:What are enetSEAL+ Ethernet connector accessories used for?

A: enetSEAL+ Ethernet connector accessories, such as mounting clips, are designed to securely attach enetSEAL+ connectors to panels, bulkheads, and automotive chassis, preventing vibration-related disconnections in industrial, automotive, and commercial Ethernet networks.

Q:What materials are enetSEAL+ Ethernet connector accessories made from?

A: These accessories are constructed from PBT GF (Glass-Filled Polybutylene Terephthalate), providing high-impact resistance, UV stability, and heat resistance up to 125°C (257°F), making them suitable for extreme environments.

Q: : How do I choose the right mounting clip for my enetSEAL+ Ethernet connector?

A: enetSEAL+ connector mounting clips are available in five different thicknesses for various panel sizes. Choose the clip based on your panel thickness:

• 4.5mm – Brown (2325098-2)
• 3.5mm – Gray (2325098-4)
• 3.0mm – Yellow (2325098-6)
• 2.0mm – Violet (2325098-7)
• 1.0mm – Green (2325098-8)

For additional guidance, refer to TE Connectivity’s product documentation.