PLCs – Controllers
Optimum performance and availability: Thanks to their ultra-high performance, low power consumption, numerous interfaces, space-saving design and high reliability, WAGO’s user-friendly controllers (PLCs) are cost-effective automation solutions.
Your benefits with WAGO Controllers:
- Programmable with e!COCKPIT (CODESYS 3) and CODESYS 2
- Fieldbus-independent – compatible with all standard fieldbus protocols and ETHERNET standards
- Scalable computing power from fieldbus controllers to PFC100 and PFC200 Controllers
- Combinable with the WAGO-I/O-SYSTEM 750: 500+ I/O modules for maximum flexibility and functional variety
- Also ideal for extreme environments
Maximum Performance in a Minimum Space:
PFC100
Diverse outputs in a compact housing! With the PFC100 Controller, WAGO offers an excellently equipped controller at a compelling cost-benefit ratio.
- Economical project planning with e!COCKPIT
- Ready for future business with scaleable control technology
- Security packets provide on-device data security
Our Most Powerful Line of Controllers: PFC200
- These PLCs are suited for smaller control applications in both standard and harsh environments.
- They are fieldbus-independent and ideal for decentralized fieldbus systems.
- These controllers are also available as 750 XTR variants for applications in extreme environments.
For Extreme Applications:
PFC200 XTR
- These controllers withstand extreme climates, vibration, impacts and surge voltages.
- They are fieldbus-independent and ideal for decentralized fieldbus systems.
- PFC200 XTR Controllers feature an embedded Linux operating system and CODESYS 3-based e!RUNTIME environment.
Our Most Versatile Controllers:
Controllers 750
- These modular controllers are available for all prominent fieldbus systems within the WAGO-I/O-SYSTEM.
- They can be quickly commissioned and are maintenance-free.
- The 750 Series features a space-saving design.
For Extreme Environments:
750 XTR Controllers
- Rated for cold and heat from −40 to +70°C (−40 ... +158°F)
- Extreme isolation: up to 5 kV of impulse voltage
- Vibration resistance: up to 5g of acceleration
Telecontrol Protocols
Be perfectly prepared for future energy market requirements. Select WAGO telecontrollers support the IEC 60870-5-101, -103 and -104, as well as 61850-7, 61400-25 and DNP3 protocols for wireless (GPRS) or wired (via ETHERNET) connection to the control system.
Cloud
Record, digitize, and link data profitably – this is the core concept behind Industry 4.0. A simple software upgrade transforms the WAGO PFC100 and PFC200 Controllers into IoT controllers that transmit data from the field level to the cloud.
Embedded Linux
Embedded Linux is available for users who are ready to take complete control and prefer directly using a lean and secure operating system. This real-time Linux® software provides a wide range of advantages, including the flexibility of using open-source code that adapts the source code to a user's specific needs at any time. In addition to being highly stable, this robust operating system also offers ongoing optimization through the active open-source community, keeping you both current and ready to adapt to what’s next – especially when it comes to security.
Cybersecurity
Increased networking and nearly universal connection to the Internet fuel the trend to secure data storage and data transmission. In order to ensure information security and integrity during Web access and data transfers, the encryption methods SSH and SSL/TLS are integrated into the PFC100 and PFC200 Controllers for establishing secure HTTPS and FTPS connections. A firewall provides additional protection against unwanted access.
CODESYS
All WAGO Controllers are equipped with the high-performing CODESYS industry standard. This enables software development in the IEC 61131-3 PLC programming languages (ST, FBD, LD, IL, SFC and CFC). As a trusted programming environment, CODESYS guides developers, enabling them to reuse and further develop existing programs without relearning software. This means that modern paradigms, such as Object-Oriented Programming (OOP), or modern visualization technologies are available.
