AC contactor

Short Description: The ABB GAF460-10-11-69 is a 48-130V DC Contactor suitable for various industrial applications. It offers high mechanical durability, wide voltage range, and meets IEC 60529 and UL/CSA safety standards.

A 3-pole contactor designed for DC-1 applications, offering a wide control voltage range of 100-250 VAC/VDC and a maximum load current of 700 A at 1000 V.

ABB GAF460-10-11-71 is a 3-pole contactor suitable for DC-1 applications, operating with a wide control voltage range of 250-500 V DC. It ensures reliable and efficient DC switching up to 1000 VDC, making it ideal for various industrial uses.

ABB GAF750-10-11-68 is a 3-pole DC contactor suitable for DC-1 applications, operating within a wide control voltage range of 24-60 VDC and supporting up to 1000 VDC. It ensures reliable operation with high mechanical durability and a maximum switching frequency of 300 cycles per hour.

The ABB GAF750-10-11-69 is a 3-pole DC contactor suitable for series connections up to 1000 VDC. It offers reliable power control and efficient operation in various DC-1 applications.

The ABB GAF750-10-11-70 is a 3-pole DC contactor designed for DC-1 applications, offering a wide control voltage range of 100-250 VAC/VDC. It features high current ratings and robust design for reliable performance.

The ABB GAF750-10-11-71 is a 3-pole DC contactor suitable for series connections in a 1-pole configuration, supporting up to 1000VDC. Reliable and efficient, it ensures safe electrical control in various applications.

The ABB UA110-30-00-26 is a 3-phase contactor specifically designed for capacitor duty applications, offering reliable performance and robust construction. It is suitable for various industrial automation and control systems, ensuring efficient and safe operation.

ABB UA110-30-00-36 Contactor: 3-phase, 110/120 VAC coil, 40 kVAR switching capacity, reliable capacitor switching for industrial applications.

The ABB UA110-30-00-42 contactor is a 3-phase capacitor switching solution designed for reliable operation in industrial applications. It features robust construction and advanced switching capabilities, ensuring efficient and safe capacitor switching.

The ABB UA110-30-00-80 is a 3-phase contactor suitable for capacitor switching applications, ensuring high performance and safety in industrial settings.

Short Description: The ABB UA110-30-00-81 is a 3-phase contactor ideal for capacitor switching applications, featuring a robust design and precise control for reliable operation in industrial settings.

The ABB UA110-30-00-83 contactor is a versatile, 3-phase capacitor switching solution with a 110/120 VAC coil, 40 kVAR, 80 kVAR, and 85 kVAR coil power ratings. It features 3NO contacts and is designed for reliable operation in various industrial applications.

Short Description: The ABB UA110-30-00-84 is a 3-phase contactor suitable for capacitor switching applications. It features a 110V coil and operates at 50Hz, ensuring reliable and efficient energy management.

ABB UA110-30-00-85: A 3-phase contactor for capacitor duty applications, featuring high switching frequency and robust operation. Ideal for industrial use.

Efficient 3-phase contactor for capacitor switching, suitable for 400-415V, 50Hz applications. Ideal for motor control and power circuits.

The ABB UA110-30-00-88 is a 3-phase contactor suitable for capacitor duty applications. It offers high reliability and efficiency, ensuring smooth operation in industrial settings.

The ABB UA110-30-11-42 contactor is a reliable 3-phase capacitor duty contactor designed for capacitor switching applications. It operates efficiently at 220-230V 50Hz and 230-240V 60Hz, ensuring precise control over power circuits and motors.

The ABB UA110-30-11-80 is a 3-phase contactor suitable for capacitor duty applications. It operates with control voltages from 24V to 690V and has a maximum permissible peak current 30 times the nominal RMS current.

The ABB UA110-30-11-83 Contactor is a 3-phase capacitor duty contactor engineered for reliable operation in industrial settings. It features a robust design, efficient switching capabilities, and meets stringent safety standards.