enetSEAL+ Ethernet Connector Headers

Reliable High-Speed Data Transmission

• Optimized Terminal Pitch – Enables low signal loss, minimal electromagnetic interference (EMI), and consistent data integrity for 100BASE-T1 of single twisted pair channel.
• High-Performance Contacts – Features gold-plated MCON 1.2 CB terminals, reducing resistance and enhancing signal transmission in harsh environments.

Sealed for Harsh Environments

• IP6K7-rated ingress protection – Provides sealed performance against dust, moisture, and water immersion, providing long-term durability in industrial and automotive applications.
• Vibration-Resistant Construction – Designed for high-vibration environments, reducing the risk of signal interruptions and connection failures in heavy-duty transportation, construction, and agricultural vehicles.
• Temperature Resilience – Operates reliably in extreme temperatures ranging from -40°C to +125°C (-40°F to 257°F), making it suited for outdoor and in-vehicle network applications.

Easy Installation, Assembly, and Maintenance

• Tool-Free Mounting – Enables quick, hassle-free attachment to printed circuit boards (PCB mount headers) without specialized tools, reducing assembly time.
• Standardized MCON 1.2 CB Terminals – Compatible with existing TE tooling, making installation and field servicing more efficient.
• Serviceable Design – Terminals can be removed and replaced using simple hand tools, minimizing downtime and reducing maintenance costs.

Secure Mating and PCB Retention

• Locking Interface – Prevents accidental disconnections, providing stable, secure connections in high-vibration environments.
• PCB Mounting Retention – Includes mounting screws and alignment features, reinforcing mechanical stability and reliable positioning on the board.
• Fully Shrouded Header – Protects terminals from external impacts and debris, providing long-lasting electrical performance.

Compact, Space-Saving, and Versatile Design

• Small Form Factor – Designed to fit through a 20mm tube, making it the smallest sealed Ethernet connector in TE’s portfolio.
• Wire-to-Board Flexibility – Available in vertical and right-angle PCB mount configurations, offering versatile placement options for compact designs.
• Supports 20-22 AWG UTP Cables – Compatible with various Ethernet cable types, enabling customized network architecture in automotive, industrial, and commercial applications.

Future-Proof and Industry-Ready

• Automotive-Grade Compliance – Meets USCAR2 standards, providing compliance with automotive Ethernet specifications and long-term reliability in commercial vehicles.
• Broad Compatibility – Works seamlessly with MATEnet inserts, Heavy Duty Sealed Connector Series, and next-generation vehicle network architectures.
• Scalable Network Integration – Supports 100 Mbps Ethernet backbones, sensor data transmission, and cloud connectivity for future-ready transportation applications.

• Industry-Proven Technology: Uses the MCON 1.2 CB terminal system, trusted in high-vibration applications.
• Easy Maintenance & Field Repairs: Terminals can be removed and replaced using simple hand tools, reducing downtime.
• Seamless Integration with Existing Systems: Compatible with MATEnet inserts and TE’s Heavy Duty Sealed Connector Series.
• Supports Future-Proof Vehicle Architectures: Enables high-speed data transfer in next-generation transportation systems.

enetSEAL+ Ethernet connector headers enable single twisted pair Channel Ethernet solutions for:

In-Cabin Networking:

• Ethernet backbones (100/1000BASE-T1)
• Camera systems
• Displays & infotainment units
• Gateways and network switches

Chassis & Exterior Applications:

• Radar/LiDAR sensor connectivity
• Telemetry systems
• Sealed controllers and ECU connections

These headers are engineered to withstand extreme vibrations, moisture, and contaminants, providing reliable connectivity in industrial and heavy-duty vehicles.

The enetSEAL+ Ethernet connector headers from TE Connectivity offer rugged, sealed, and high-speed Ethernet connectivity for industrial and commercial vehicles. With easy installation, robust vibration resistance, and long-term reliability, these headers are suited for network backbones, sensor arrays, and vehicle-to-cloud connectivity.