ANDONT 4-Stack LED Andon Tower Light

ANDONT 4-Stack LED Andon Tower Light

• Industrial Andon Tower Signal Light for Workstations : Designed for industrial workstations and production lines, this 4-Stack LED Andon tower light provides clear visual status signaling to support lean manufacturing, reduce response time, and improve operational efficiency.
• Industrial-Grade Construction with High-Visibility LEDs : Constructed with a PC lens, ABS housing, and aluminum alloy pole for long-lasting durability in industrial environments. Each color (Red/Yellow/Green/Blue) is equipped with 6 high-brightness LEDs with wide viewing angles and minimal light degradation, ensuring reliable visibility over time.
• ABB Selector Switch Control : Equipped with a 4-hole control box and genuine ABB industrial selector switches. Each layer supports ON (steady) and OFF modes, allowing operators to clearly indicate machine or process status with simple manual control.
• Mean Well Industrial Power Adapter – Stable and Energy Efficient : Powered by a genuine Mean Well industrial-grade AC-DC power adapter with a 2-pin USA plug, supporting a wide input range of 85–264VAC. Extremely low no-load power consumption (<0.075W), compliant with USA EISA 2007 / DoE and Canada NRCan standards. Flame-retardant 94V-0 housing and double insulation enhance electrical safety.
• Plug-and-Play Installation for Indoor Industrial Use : Compact design with included aluminum pole and mounting bracket for quick installation at workstations or machinery without complex wiring. Suitable for indoor applications such as factories, warehouses, workshops, laboratories, and maintenance areas.
• Wide Voltage Compatibility: Universal power supply accepts 85-264V AC input, making this signal tower compatible with electrical systems worldwide for flexible installation across different regions and facilities
• 360-Degree Visibility Design: High-intensity LED modules emit light in all directions, ensuring signals are visible from any angle in large industrial spaces, improving response time and communication efficiency