Why Choose the ABB 1SAL102111R9912 MC2CB00ATWED-RAIL Mini Contactor?
The ABB 1SAL102111R9912 is a compact MC2CB00ATWED-RAIL mini contactor designed for reliable switching of electrical loads, motors and control signals in industrial, commercial and railway applications. As part of the ABB MC2C-RAIL mini contactor range, it provides a space-saving solution where dependable performance and robust installation are required.
Featuring a 4-pole configuration with 2 normally open (NO) and 2 normally closed (NC) main contacts, the MC2CB00ATWED-RAIL is suitable for controlling single-phase and three-phase loads up to 7.5 kW at AC-3 and 20 A at AC-1. The compact design, screw terminal connections and rail-approved construction allow reliable integration into electrical control systems.
With a 24–41 V DC coil supply, the ABB 1SAL102111R9912 provides reliable DC-operated contactor control for automation systems, machinery and applications requiring resistance to shock and vibration.
Key Advantages
- Compact rail-approved mini contactor for demanding applications.
- 4-pole 2NO+2NC contact arrangement for flexible switching.
- 7.5 kW AC-3 motor switching capability at 400 V.
- 20 A AC-1 rated current for general load switching.
- 24–41 V DC coil operation for DC control systems.
- Suitable for applications requiring enhanced shock and vibration resistance.
Key Features
- ABB MC2CB00ATWED-RAIL mini contactor.
- 2 normally open main contacts.
- 2 normally closed main contacts.
- 24–41 V DC coil voltage.
- DC-operated contactor design.
- Screw terminal connections.
- Rail-approved construction.
- Compact 45 mm wide format.
Reliable Switching for Industrial and Railway Systems
Mini contactors provide efficient switching of motors, electrical loads and control circuits while maintaining a compact installation footprint. The ABB MC2CB00ATWED-RAIL is designed for applications where reliability, durability and space efficiency are essential.
Its rail-approved construction supports use in industrial machinery, automation equipment and transport-related electrical systems where dependable switching performance is required.
Typical Applications
- Railway and rolling stock equipment.
- Industrial automation systems.
- Machine control panels.
- Motor switching applications.
- Transportation electrical systems.
- DC control circuits requiring compact contactors.