Leakage protector

The ABB DDA204 A-25/1 is an advanced residual current device (RCD) block designed to protect against sinusoidal alternating and direct pulsating earth fault currents. It offers reliable protection against indirect contacts and ensures safety in electrical installations.

ABB DDA204 A-40/0.03: Protects against sinusoidal and direct pulsating earth fault currents with 30 mA sensitivity. Suitable for residential, commercial, and industrial use.

Advanced protection against earth fault currents and indirect contacts. Suitable for assembly with MCBs S200 and S300P. High immunity and surge current capacity.

Short Description: The ABB DDA204 AC-40/0.1 is a 4-pole, 40A, 100mA RCD block for AC applications, offering reliable protection against electrical shock and high-quality performance.

The ABB DDA204 A-40/0.3 is a robust residual current device block, ideal for residential, commercial, and industrial settings. It provides comprehensive protection against earth fault currents and indirect contacts, ensuring a safe electrical environment.

The ABB DDA204 A-40/0.5 is a 4-pole, 40A, 500mA residual current device block designed for differential protection. It is compatible with MCBs S200 series and S300P, providing robust protection against sinusoidal alternating currents.

The ABB DDA204 A-40/1 is an advanced residual current device block that provides reliable protection against electrical shocks. It supports both solid-core and multi-wired configurations, making it versatile for various applications.

The ABB DDA204 A-63/0.03 is a high-performance residual current device block, offering robust protection against sinusoidal alternating earth fault currents and indirect contacts. It is suitable for assembly with MCBs S200 series and S300P, ensuring seamless integration into various electrical systems.

Short Description: The ABB DDA204 A-63/0.03 110V RCD block provides reliable protection against ground faults in naval and industrial applications, featuring a rated residual current of 30 mA and a rated current of 63 A.

Advanced residual current circuit breaker with 63A rating, 30mA sensitivity, and 10ms short-time delay for enhanced safety in industrial settings.

The ABB DDA204 A-63/0.03 AP-R Residual Current Device Block provides comprehensive protection against indirect and direct contacts, ensuring safety in residential and commercial settings with its 63A rated current and 0.03A fault current.

The ABB DDA204 A-63/0.1 is a reliable residual current device block that provides advanced protection against earth fault currents and indirect contacts, making it ideal for various applications.

Contact us for DDA204 A-63/0.3 specifications, availability and lead time.

Protect your electrical system with the ABB DDA204 A-63/0.3 AE, offering advanced earth fault protection and meeting international standards for reliability and safety.

Enhance safety with the ABB DDA204 A-63/0.5, a robust residual current device block offering protection against earth fault currents and sinusoidal alternating currents. Suitable for residential, commercial, and industrial use.

ABB DDA204 A-63/0.5 AE: Reliable protection against earth faults with 63 A rated current and 0.5 mA residual current sensitivity. Suitable for residential, commercial, and industrial use.

The ABB DDA204 A-63/1 RCD block provides comprehensive protection against sinusoidal alternating currents, ensuring the safety and reliability of electrical systems. It is designed for assembly with MCBs S200 series and S300P.

The ABB DDA204 A-63/1 AE is a 4-pole residual current device, providing earth fault protection and additional direct contact protection. Suitable for DIN rail mounting, it ensures safety and reliability in commercial, industrial, and residential settings.

Protect your electrical system with the ABB DDA204 AC S-63/0.3, a reliable residual current device block that safeguards against earth fault currents and indirect contacts.

The ABB DDA204 AC-25/0.03 is a high-performance residual current device block, ideal for residential, commercial, and industrial settings. It provides robust protection against earth fault currents and indirect contacts, ensuring a safe electrical environment.