Schneider XA2EW36B1 | Complete illuminated push button, Easy Harmony XA2, plastic, flush, blue, 22mm, spring return, 24V AC DC, 1NO

Schneider XA2EW36B1 is a complete illuminated push button designed for reliable control and signaling in industrial panels, machinery, and automation systems. Part of the Easy Harmony XA2 range, this model features a blue flush operator, 22 mm mounting diameter, spring return mechanism, and a built-in 24V AC/DC illumination system, making it a practical and durable choice for modern control applications.

Built for dependable performance, Schneider XA2EW36B1 comes with 1 normally open (1NO) contact and slow-break operation, helping operators achieve accurate and responsive machine control. Its ergonomic illuminated design improves visibility in low-light environments and supports safer, more efficient operation in electrical panels and industrial workstations.

This illuminated push button is made with a plastic body and metallic-look bezel, offering a balance between durability, lightweight construction, and professional appearance. It fits standard 22 mm panel cut-outs and supports screw clamp terminals for secure wiring and straightforward installation. With strong mechanical durability rated up to 1,500,000 cycles, it is suitable for demanding industrial environments where long service life is essential.

Schneider XA2EW36B1 is ideal for use in control panels, OEM machines, automation cabinets, and electrical distribution systems where clear status indication and dependable push-button operation are required. The integrated blue illumination helps operators quickly identify the control point, while the spring return action ensures smooth and reliable momentary operation.

Choose Schneider XA2EW36B1 for a cost-effective and high-quality illuminated push button that combines easy installation, reliable switching performance, and trusted Schneider Electric engineering. It is an excellent solution for professionals looking to improve panel functionality, operator convenience, and system efficiency.