These modular input/output (I/O) solutions by ABB offer versatile connectivity, efficient data processing, and robust performance for industrial automation systems, enhancing reliability and productivity.
These modular input/output (I/O) solutions by ABB offer versatile connectivity, efficient data processing, and robust performance for industrial automation systems, enhancing reliability and productivity.
open
close
Model:[“3HAC4790-1″,”3HC2206-1″,”3HAC030630-1 DSQC678″,”3HAC033556-001 DSQC627″,”3HAC020446-001”]
Type:[“Digital Input/Output Modules”,”Analog Input/Output Modules”]
Dimensions (WxHxD):[“35mm x 96mm x 105mm”,”35mm x 96mm x 105mm”,”40mm x 85mm x 115mm”,”40mm x 85mm x 115mm”,”55mm x 100mm x 110mm”]
Weight:[“Approx. 110g”,”Approx. 110g”,”Approx. 150g”,”Approx. 150g”,”Approx. 200g”]
Operating Voltage:[“DC 24V”,”DC 24V”,”DC 24V”,”DC 24V”,”DC 24V”]
Communication Protocol:[“EtherCAT”,”EtherCAT”,”DeviceNet”,”Profinet”,”EtherCAT”]
Input Current:[“Max. 20mA”,”Max. 20mA”,”Max. 30mA”,”Max. 30mA”,”Max. 50mA”]
Output Current:[“Max. 250mA”,”Max. 250mA”,”Max. 400mA”,”Max. 400mA”,”Max. 600mA”]
The ABB 3HAC series I/O modules are engineered for maximum efficiency and reliability, featuring a compact design that ensures minimal space usage on the control panel.
These modules support a wide range of communication protocols, enabling seamless integration with various automation systems, including EtherCAT, DeviceNet, Profinet, ensuring compatibility with existing infrastructure.
Each module in the series is equipped with robust protection mechanisms against overvoltage and current spikes, safeguarding against potential damage and ensuring prolonged operational life.
The modular design allows for easy installation and maintenance, reducing downtime during upgrades or repairs. A quick-release mechanism facilitates quick disconnection without tools.
Comprehensive diagnostics and error reporting features provide real-time monitoring and troubleshooting capabilities, enhancing system uptime and productivity.
Designed with durability in mind, these modules are tested under extreme environmental conditions to withstand industrial environments, ensuring reliable performance in harsh settings.