Single-pole 3-position switch iSSW-20-1-3 20A 1CO A9E18073

Modular switch for your installation

The iSSW-20-1-3 single-pole switch is a reliable solution for manual control of electrical circuits. Designed by Schneider Electric, this 3-position (1CO) switch with a rated current of 20A is ideal for use in domestic and industrial installations. Its compact dimensions – only 1 module wide – allow for efficient use of space in the distribution board.

Functionality and safety

This switch, belonging to the Acti9 series, is distinguished by its high quality and compliance with safety standards. It has enforced isolation according to DIN VDE 0113, which provides additional protection against electric shock. The IP40 degree of protection guarantees resistance to the ingress of solid objects, which is particularly important in harsh working conditions. The switch is designed to operate at AC 250V and has two poles.

• Versatile application: ideal for lighting circuits, socket outlets and control of electrical devices.
• Easy installation: thanks to its standard modular dimensions (1 module wide), it will easily fit into any Acti9 distribution board.
• Durable construction: made of high-quality materials, ensuring long-lasting and trouble-free operation.
• Safety: enforced isolation according to DIN VDE 0113 minimizes the risk of electric shock.
• Clear markings: no printing/symbol allows for flexible adaptation to the specific needs of the installation.
• Suitable for industrial isolation: meets the requirements of IEC/EN 60669-1 and IEC 60947-5-1 standards.

The iSSW-20-1-3 switch is not only a set of technical parameters, but above all a practical solution for installers and end users. The rated current of 20A allows for the safe connection of most standard energy consumers, and the rated voltage of 250V ensures compatibility with most electrical networks. The installation depth of 75 mm facilitates mounting in various types of distribution boards. The lack of a signal lamp simplifies the design and increases the reliability of the device.