The Acti9 iPF k 3P+N 20 kA 340V Surge Protector from Schneider Electric is an advanced solution for protecting electrical installations against induced or conducted surges, especially those caused by lightning strikes. This surge protective device (SPD) is an essential element in electrical installations of tertiary and industrial buildings, providing reliable and efficient protection.
This type 2 surge protector is designed to protect both the installation and electrical equipment, limiting transient overvoltages and diverting dangerous currents to ground. Its ability to handle a maximum discharge current of 20 kA ensures the safety of the installation, reducing the surge amplitude to a non-dangerous level.
One of the main advantages of the Acti9 iPF k is its ability to easily integrate into existing electrical systems thanks to its DIN rail mounting, facilitating a quick and simple installation. The device is designed for TT and TN-S earthing systems, ensuring efficient surge protection in a wide variety of electrical environments.
This product is designed with exceptional durability and robustness. Its tunnel-type terminals allow connections for both rigid cables up to 25 mm² and flexible cables up to 16 mm², offering flexibility for different types of installations. Additionally, the tightening torque of 3.5 N.m ensures secure and reliable connections.
Thanks to its compact and lightweight design, the Acti9 iPF k easily integrates into electrical panels without taking up too much space, which is especially useful in installations where space is limited.
The Acti9 iPF k 3P+N 20 kA 340V Surge Protector from Schneider Electric is an effective solution for protecting electrical installations against induced or conducted surges. With its ability to handle discharge currents of up to 20 kA and its easy installation on DIN rail, it is a reliable and high-quality option for protecting both industrial and tertiary installations. Furthermore, its commitment to sustainability, backed by the Green Premium™ label, makes it an environmentally conscious choice without compromising performance.