-45%
XVGB4SW | Tower Light – RAGB – 24V – LED – W.Buzzer – Base mounting – Schneider Electric
Product Overview
The XVGB4SW Tower Light by Schneider Electric is a high-visibility signaling device designed for industrial applications.
Featuring a multi-color (RAGB – Red, Amber, Green, Blue) LED light with an integrated buzzer, this tower light ensures clear and audible alerts in noisy environments.
Its compact and durable design makes it ideal for machine status indication, fault alerts, and process monitoring.
Key Features
- Multi-Color LED: Red, Amber, Green, and Blue (RAGB) LEDs for versatile signaling.
- 24V DC Operation: Compatible with standard industrial power supplies.
- Integrated Buzzer: Audible alarm for enhanced alerting in noisy environments.
- Base Mounting: Easy installation on flat surfaces or control panels.
- High Visibility: Bright LEDs ensure clear visibility even in well-lit areas.
- Durable Construction: Built to withstand harsh industrial conditions.
- Brand: Schneider Electric – A trusted name in industrial automation.
Applications
- Machine status indication (running, stopped, fault).
- Process monitoring in manufacturing and assembly lines.
- Safety alerts and emergency signaling.
- Quality control and inspection stations.
Technical Specifications
Model | XVGB4SW |
---|---|
Voltage | 24V DC |
LED Colors | Red, Amber, Green, Blue (RAGB) |
Buzzer | Yes (Integrated) |
Mounting | Base mounting |
Brand | Schneider Electric |
Why Choose This Product?
The Schneider Electric XVGB4SW Tower Light combines reliability, versatility, and high visibility, making it an excellent choice for industrial signaling needs.
Its integrated buzzer adds an extra layer of alerting, ensuring that critical notifications are never missed.
Trusted by industries worldwide, Schneider Electric products are known for their quality and durability.
Order Now
Enhance your industrial signaling with the XVGB4SW Tower Light.
Contact us for pricing and availability or to place an order.
Reviews
Clear filtersThere are no reviews yet.