Introduction

The HARTING ix Industrial® PushPull Type-C® Connectors represent a new generation of compact, robust connectors designed for high-performance Ethernet applications. With advanced features like PushPull locking and Type-C coding, these connectors are engineered to meet the rigorous demands of modern industrial environments.

Part Description

HARTING ix Industrial® PushPull Type-C® Connectors are shielded connectors that provide secure, reliable connections for Ethernet networks. Their true PushPull locking mechanism ensures quick and secure mating and unmating, reducing installation time and minimizing the risk of accidental disconnection. The Type-C coding prevents mismating, enhancing network reliability. With a current rating of 1.5A and voltage ratings of 50V AC/60V DC, these connectors are suitable for a wide range of industrial data and power applications. Their compact design allows for flexible network segregation and efficient use of space in control cabinets and devices.

Applications

• Industrial Ethernet networking
• Factory automation systems
• Robotics and machinery interconnections
• Data acquisition systems
• Industrial control panels
• Power-over-Ethernet (PoE) devices

Industries

• Manufacturing
• Automation and robotics
• Transportation and logistics
• Energy and utilities
• Building automation
• Process control

Usage Ideas

1. Smart Factory Network Backbone
   Use these connectors to establish a robust, high-speed Ethernet backbone in a smart factory, ensuring reliable communication between machines and control systems.

2. Modular Robotics Platforms
   Integrate the connectors into modular robotic arms, allowing for quick and secure swapping of end-effectors or modules without downtime.

3. Industrial IoT Gateways
   Employ the connectors in industrial IoT gateways to provide secure, shielded Ethernet connections in harsh environments, supporting real-time data transfer and remote monitoring.

Conclusion

The HARTING ix Industrial® PushPull Type-C® Connectors offer a powerful combination of compact design, secure locking, and reliable performance for demanding industrial Ethernet applications. Their versatility and robust construction make them an excellent choice for a wide range of industries seeking to enhance connectivity, reduce installation time, and improve network reliability.