Signal lamp red 230 V LED BA9S standard SP22-LC-230-LED\AC

230V LED signal lamp – reliable indication of operating status

This red Spamel SP22-LC-230-LED\AC signal lamp is a solid and versatile solution for visually indicating the status of devices and installations. Designed for mounting in 22 mm diameter holes, it can be used in control panels, machine housings, and control cabinets. Thanks to its high IP65 protection class, it is resistant to moisture and dust, allowing it to be used in both production environments and outdoors.

Construction and application

The signal lamp uses an LED as a light source, which guarantees a long service life and low energy consumption. The rated operating voltage of 230V AC makes it compatible with most standard electrical installations. Screw connection facilitates quick and safe mounting. The red lens color provides clear and easily recognizable signaling.

Lamps from the SP22 series are ideal for alarm signaling, indicating the operating status of devices, or informing about failures. A wide rated voltage (24…230V) allows for flexible adaptation to different control systems. The design based on functional modules makes it easy to create personalized solutions.

Key features and benefits

• Durable construction: Made of high-quality plastic and with IP65 protection – resistance to dust and water ingress.
• Energy saving: The use of LED technology translates into lower operating costs and longer lamp life.
• Versatility: Compatible with 230V AC installations and easy to install thanks to the screw connection.
• Clear signaling: The red lens color ensures clear visibility even in difficult lighting conditions.
• Standard hole size: A diameter of 22 mm allows mounting in most available control panels and machine housings.
• Safety: Compliance with safety standards confirmed by the CE marking.
• Durability: Manufactured by the renowned Spamel manufacturer, guarantees reliable operation for a long time.
• Ease of integration: Possibility of use with other elements of the SP22 series, allowing for the creation of comprehensive signaling systems.