AC contactor

Short Description: The ABB UA75-30-00RA is a 3-pole contactor for capacitor switching, ensuring reliable operation in high-current applications. It features a block-type design with damping resistors to limit current peaks and is suitable for installations where peak currents far exceed nominal rms values.

ABB UA75-30-00RA 24V 50Hz / 24V 60Hz contactor for capacitor switching, featuring 3 main poles and damping resistors for peak current control.

The ABB UA75-30-00RA is a 3-pole contactor for capacitor switching, suitable for high-performance applications with peak currents up to 100 times nominal rms current. It operates at 400-415V 50Hz and 415-440V 60Hz, ensuring reliable operation in various conditions.

Short Description: ABB UA95-30-00 is a 3-phase contactor suitable for capacitor duty applications, operating with a control voltage. It features high mechanical durability and meets safety standards, making it ideal for industrial use.

Short Description: The ABB UA95-30-00-36 is a 3-phase contactor suitable for capacitor switching applications. It operates with a control voltage and offers high thermal current and short-time withstand current capabilities, making it ideal for industrial use.

The ABB UA95-30-00-42 is a 3-pole contactor suitable for capacitor switching applications, operating at 110/50 and 120/60 Hz. It offers reliable power control and efficient switching capabilities.

ABB UA95-30-00-80: 3-phase contactor for capacitor switching, high peak current, reliable operation, IEC and UL/CSA compliant.

The ABB UA95-30-00-81 is a 3-phase contactor ideal for capacitor switching applications. It provides reliable and efficient operation, making it suitable for various industrial settings.

Short Description: ABB UA95-30-00-84 is a 3-phase contactor suitable for capacitor switching applications, operating at 110V 50Hz and 110-120V 60Hz.

Short Description: ABB UA95-30-00-84 is a 3-phase contactor suitable for capacitor switching applications, offering high peak current handling and reliable operation with control voltages from 24 to 690 V.

Short Description: ABB UA95-30-00-85 3-phase contactor for capacitor switching, 24V control voltage, high thermal current rating, and robust performance.

ABB UA95-30-00-84 is a 3-phase contactor suitable for capacitor switching applications, operating at 110V 50Hz and 110-120V 60Hz. It features high thermal current and withstands short-time current with a maximum breaking capacity of 240 cycles per hour[1].

The ABB UA95-30-00-88 is a 3-phase contactor suitable for capacitor switching applications. It operates at 230-240V 50Hz or 240-260V 60Hz, ensuring efficient and safe electrical control with a maximum permissible peak current 30 times the nominal RMS current.

ABB UA95-30-00RA-80: A 3-phase contactor for capacitor switching, operating with control voltages from 24 to 690 V. High peak current and robust thermal performance ensure reliable operation.

The ABB UA95-30-00RA-81 is a 3-phase contactor suitable for capacitor switching applications. It operates at 24V 50Hz and offers high thermal current and breaking capacity for reliable performance.

The ABB UA95-30-00RA-84 is a 3-phase contactor suitable for capacitor switching applications, with a maximum permissible peak current 100 times the nominal RMS current. It ensures efficient and safe operation in various industrial settings.

The ABB UA95-30-11-80 is a versatile 3-phase contactor engineered for capacitor switching applications. It offers high reliability and efficiency, ensuring smooth operation in a wide range of industrial environments.

The ABB UA95-30-11-83 is a robust 3-phase contactor engineered for capacitor switching applications, offering reliable performance and high current handling capabilities.

The Abb UA95-30-11-84 motor control system offers high efficiency and reliability, making it perfect for industrial applications. It ensures precise control and extended lifespan, enhancing your operations.

The ABB UA95-30-11-85 is a 3-phase contactor suitable for capacitor duty applications. It offers high thermal current, robust mechanical durability, and operates within a wide range of control voltages, making it ideal for industrial automation and control systems.