Specifications
General
Product Type: 3-Pole AC Contactor
Series: A26 (ABB A-Series)
Model: A26-30-10
Main Contact Configuration: 3 normally open (3NO) poles
Auxiliary Contacts: Typically 1 NO auxiliary contact (add-on if required)
Design: Block type, non-reversing contactor
Mounting: Panel or DIN rail compatible
Enclosure Protection: IP20
Electrical Ratings
Rated Operational Voltage (Main Circuit): Up to 690 V AC
Rated Current:
AC-1: ~45 A
AC-3: ~40 A at 400 V (motor control)
Rated Control Voltage (Coil): Depends on variant (24 V, 110–120 V, 220–240 V, 380–400 V AC)
Rated Insulation Voltage (Ui): 1000 V AC
Rated Impulse Withstand Voltage (Uimp): 8 kV
Frequency: 50/60 Hz
Performance
Rated Making / Breaking Capacity (AC-3): Suitable for motor loads up to ~11 kW at 400 V
Mechanical Endurance: High operating cycle design
Coil & Control
Coil Type: AC coil versions (various voltages)
Coil Consumption: Typical ~12 VA holding power (model dependent)
Coil Operating Limits: Approx. 0.85–1.1 × rated control voltage
Mechanical
Number of Poles: 3 main poles
Contact Material: Silver alloy for conductivity and durability
Termination: Screw terminals
Dimensions (approx): Width 54 mm, Depth 93.6 mm, Height 90 mm
Weight: ~0.60 kg
Environmental
Operating Temperature Range: –40 °C to +70 °C
Altitude Capability: Up to 3000 m
Standards & Compliance
Designed according to IEC 60947-4-1 standards
UL/CSA approvals available on certain variants
Typical Applications
Motor control and switching
Industrial automation systems
Power distribution and control panels
HVAC and compressor systems
Integration with overload relays and PLC control
The ABB A26-30-10 is a compact, 3-pole AC contactor from ABB’s A-line contactor series.
It is designed for switching and controlling three-phase power circuits, such as motors, resistive loads, heating elements, and general industrial electrical loads. The robust magnetic construction provides reliable performance in industrial environments, with easy installation and compatibility with auxiliary contacts and overload relays.
Typical applications include motor control, power distribution panels, HVAC systems, and automation control circuits.