Product Introduction
The GE IC695PNC001CA RX3i Profinet Controller Module is an industrial communication module designed to provide seamless connectivity between RX3i control systems and PROFINET-based networks. Acting as a communication interface within the automation architecture, the module enables efficient data exchange between controllers, distributed I/O devices, drives, operator interfaces, and other networked equipment.
The module plays an important role in modern industrial automation systems by supporting real-time communication and centralized control of field devices. It helps simplify network integration, improve system flexibility, and enhance operational efficiency across a wide range of industrial applications.
Designed for demanding industrial environments, the IC695PNC001CA delivers reliable network performance and supports the implementation of scalable automation solutions. It is widely used in manufacturing, process control, power generation, water treatment, material handling, and infrastructure applications.
Product Specifications
| Parameter | Description |
|---|---|
| Model | IC695PNC001CA |
| Series | RX3i |
| Product Type | PROFINET Controller Module |
| Function | Industrial Ethernet communication |
| Communication Protocol | PROFINET |
| Network Type | Industrial Ethernet |
| Controller Role | Network Controller |
| Application | Industrial automation and control |
| Compatible Platform | RX3i Automation System |
| Installation | Rack-mounted |
| Operating Environment | Industrial applications |
| Dimensions | 150 × 35.6 × 125 mm |
| Weight | 0.44 kg |
Applications
● Industrial Ethernet networks — Enables communication between control systems and field devices across PROFINET networks
● Distributed automation systems — Supports integration of remote I/O stations and networked equipment
● Manufacturing facilities — Provides reliable communication for production and assembly operations
● Material handling systems — Connects conveyors, drives, sensors, and control equipment
● Process automation — Facilitates data exchange between controllers and field instruments
● Power generation plants — Supports communication infrastructure for automation systems
● Water and wastewater treatment — Integrates monitoring and control devices into centralized networks
● System modernization projects — Assists in upgrading legacy automation systems to Ethernet-based architectures
Advantages
● Reliable network communication — Ensures stable data exchange between automation devices
● Real-time information transfer — Supports fast communication for industrial control applications
● Improved system flexibility — Simplifies expansion and integration of additional devices
● Seamless RX3i integration — Designed for use within RX3i automation platforms
● Enhanced operational visibility — Provides efficient access to process and device information
● Reduced wiring complexity — Supports distributed network architectures using Ethernet technology
● Industrial-grade reliability — Suitable for continuous operation in demanding environments
● Scalable automation support — Helps accommodate future system growth and expansion
Excellent PLC
