This WAGO PLC CPU belongs to the 753 series, offering advanced automation solutions in the electrical and electronics industries. This CPU is designed to provide scalable performance and highly flexible configurations, meeting the diverse requirements of automation tasks.

• Field bus independent supports various fieldbus systems for flexibility in connectivity
• Power jumper contacts facilitate internal data transmission and electronics supply
• Accommodates 16 bit and 32 bit controllers, industrial PCs, and interfaces for different automation tasks
• Configurable nodes for different channel requirements with digital, analogue I/Os, and special functions
• Tool free, rail mounted design for easy modifications and maintenance
• Utilises compatible I/O modules with pluggable connectors for easy replacement
• Fits in confined spaces with up to 8 channels in a 12mm wide module
• Spring pressure technology ensures continuous operation in demanding conditions

• Automation systems in industrial settings
• Control and monitoring applications in electrical installations
• Integration with fieldbus systems for data transmission
• Enhanced functionality for programmable logic controllers (PLCs)
• Streamlining operations in mechanical automation processes

Yes, the WAGO PLC CPU supports various fieldbus systems for enhanced connectivity options.

No, the compact design of the WAGO PLC CPU does not compromise its performance in any way.

Yes, the pluggable connectors of the 753 series I/O modules allow for easy module replacements without rewiring.

Yes, the WAGO PLC CPU is designed for seamless integration with different automation setups.

Yes, the spring pressure technology guarantees secure connections even in the most demanding environmental conditions.

Wago I/O system range

Remote I/O modular system for all functions.
Makes it easier to connect all I/Os thanks to its Cage clamp system®
Communication with PC, PLCs thanks to the various communication protocols.
Colour codes according to type of signal.
Do not forget to order the end module (508-3959)