Acti9 iID (A9Z51216)
The A9Z51216 is a robust and cutting-edge protection device classified under the Acti9 iID series, designed to ensure superior safety and reliability in various electrical applications.
Schneider
Acti9 Residual Current Devices - RCDs
Acti9 RCD is an efficient and easy-to-install range of devices, suitable for residential and commercial buildings to provide protection against earth fault, ensuring people's safety against electrocution and fire. RCCB, add-on Vigi block and RCBO devices offer solutions to design a safe and reliable electrical installation. With local default indicators and coordination with Acti9 MCBs, Acti9 RCD provides efficiency and service continuity in most electrical applications.
Ranges
Acti9 Vigi iC40
Acti9 Vigi iC40 add-on Residual Current Devices up to 40A
Acti9 Vigi iC60
Residual current add-on devices up to 63 A for Acti9 iC60 Miniature Circuit Breakers
Acti9 Vigi C120
Residual current add-on devices up to 125 A for Acti9 C120 Miniature circuit breakers
Acti9 Vigi NG125
Residual current add-on device up to 125 A for NG125
Acti9 iID40
Residual current circuit breakers bottom connection (RCCB)
Acti9 ilD
DIN Rail Residual current circuit breakers (RCCB) up to 100 A
Acti9 iCV40
Residual Current Circuit Breakers with Overcurrent protection (RCBO) up to 40 A
Acti9 iDPN Vigi
Residual current circuit breakers with integrated overcurrent protection (RCBO) up to 40 A
Acti9 iC60 RCBO (2P, 3P, 4P)
Compact Residual Current Circuit Breaker with overcurrent protection (RCBO)
Acti9 iCV40
(A9DE2620)
The A9DE2620 is a versatile product code belonging to the Acti9 iCV40 category, known for its exceptional performance and adaptability in a wide range of electrical installations.
Catalog
Schneider RCDs Catalogue pdf
Use the link below to download the RCDs Schneider catalog
Schneider
Acti9 iC60 RCBO (2P, 3P, 4P)
The Acti9 iC60 RCBO (2P, 3P, 4P) is a range of high-quality residual current circuit breakers with overcurrent protection manufactured by Schneider Electric. These RCBOs are specifically designed to provide enhanced electrical safety by detecting and isolating fault currents and protecting against overload conditions.
Let's take a look at two specific product codes within this range:
1. The A9D27216 is an Acti9 iC60 RCBO with 2 poles (2P). This particular model has a specific current rating and offers protection against residual currents and overloads. It is suitable for various applications where both poles need to be protected against faults.
2. The A9D67316 is an Acti9 iC60 RCBO with 3 poles (3P). With its specific current rating, this RCBO is designed to offer protection against both fault currents and overloads in three-phase electrical systems. It is commonly used in industrial and commercial installations.
Both the A9D27216 and A9D67316 are reliable choices from the Acti9 iC60 RCBO range, providing efficient protection and ensuring safe electrical operations.
Compact Residual Current Circuit Breaker with overcurrent protection (RCBO)
A9D17210 - Acti9 iC60 RCBO (2P, 3P, 4P)
A9D17210 - Acti9 iC60 RCBO (2P, 3P, 4P)
A9D17210
A9D17210 is a reliable and high-performance device from the Acti9 iC60 RCBO series. It is available in 2P, 3P, and 4P configurations, providing effective protection against electrical faults while ensuring the smooth functioning of your electrical circuit.
Advanced Protection for Electrical Systems
Acti9 Residual Current Devices (RCD)
Experience advanced protection for your electrical systems with Acti9 Residual Current Devices (RCDs). These cutting-edge devices are designed to monitor and detect any leakage currents, providing enhanced safety and peace of mind against electrical faults. With their exceptional performance and reliability, Acti9 RCDs ensure that your electrical installations are safeguarded, reducing the risk of electric shock and potential damages. Invest in Acti9 RCDs and enjoy a secure and worry-free electrical environment.
WATCH A VIDEO
RCD (Residual Current Device)what is and how does it work?
RCDs: Essential devices that detect electrical faults and protect against electric shock hazards by quickly disconnecting the power.
