Why Choose the ABB AFS80-30-22-11 Safety Contactor?
The ABB AFS80-30-22-11 is a robust safety contactor designed for reliable switching and monitoring of motor and power circuits in industrial machinery and automation systems. As part of the advanced ABB AFS contactor series, it is specifically developed for machine safety applications requiring mechanically linked and mirror contacts for dependable status feedback.
This contactor provides reliable control of electrical loads while supporting modern machine safety standards. The integrated auxiliary contact blocks, built-in surge suppression and wide control voltage range help simplify installation and improve system reliability in industrial control panels.
With a three-pole main contact configuration and a control voltage range of 24–60 V AC and 20–60 V DC, the AFS80-30-22-11 is suitable for controlling motors up to 37 kW at 400 V AC (AC-3) and switching power circuits up to 125 A (AC-1).
Key Advantages
- Designed specifically for machine safety and industrial automation applications.
- 37 kW motor control capability at 400 V AC (AC-3).
- 125 A AC-1 switching capability for power circuits.
- Integrated mechanically linked and mirror auxiliary contacts.
- Wide 24–60 V AC / 20–60 V DC control voltage range.
- Built-in surge suppression reduces the need for additional components.
Key Features
- ABB AFS80-30-22-11 safety contactor.
- Three-pole main contact configuration.
- 2 normally open + 2 normally closed auxiliary contacts.
- 24–60 V AC 50/60 Hz control supply.
- 20–60 V DC control supply.
- Front-mounted fixed auxiliary contact blocks.
- Mechanically linked and mirror contacts according to IEC safety requirements.
- Built-in electronic coil interface and surge protection.
Reliable Switching for Machine Safety Systems
Safety contactors such as the ABB AFS80-30-22-11 provide dependable isolation and switching of electrical power circuits while allowing safety systems to monitor contactor status through mechanically linked and mirror contacts.
The AFS series is designed for integration into industrial machinery where reliable operation, reduced panel energy consumption and compliance with modern safety requirements are essential.
Typical Applications
- Industrial machinery safety circuits.
- Motor control and protection systems.
- Machine automation panels.
- Production and processing equipment.
- OEM machinery applications.
- Industrial control systems requiring monitored switching.
