Flashing

 Internal flash design
 Sliding Top Cover Design
 Ultra-thin Design
 Energy-saving Digital
 Single-size Design
 The circuit board adopts Voltage Stabilization Design
 Advanced Light Guide Method
 Safe and Efficient Power Preparation System
 Anti-pulse Damage

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Features

Internal flash design	The flashing function adopts an internal flashing design for the Exit Indicating lamps, which is distinguished. It can be linked or manually activated with a voice interruption function to achieve energy-saving and space-saving effects.
Sliding Top Cover Design	The sliding top cover design ensures that the frame cover does not move, allowing for quick replacement of circuit boards, display panels, LED strips, batteries, and other components, which saves time and is convenient.
Ultra-thin Design	The aluminum alloy shell is treated with anodization and can be wall-mounted, ceiling-mounted, or suspended. The overall maximum thickness is approximately 3cm.
Energy-saving Digital	The circuit board adopts a high-performance digital component design, which is energy-saving and environmentally friendly.
Single-size Design	Using 1:1 lamp dimensions of the BH type, suitable for places that require compliance with the Medical facility requirements. This maintains the sleek and elegant appearance of the LED indicating lamps.
The circuit board adopts Voltage Stabilization Design	Using a constant current and voltage dual-drive method to drive the LED, the rate of light decay is reduced, ensuring a longer lifespan. In the event of power supply discharge, the illumination remains unchanged within 60 minutes.
Advanced Light Guide Method	Using a direct-lighting type light guide plate, with ultra-high brightness and even illumination, ensuring clear and bright display content.
Safe and Efficient Power Preparation System	Using environmentally friendly nickel-metal hydride (Ni-MH) batteries with high efficiency, long lifespan, and the ability to be recharged and discharged up to 500 times. The batteries also have overcharge and over-discharge protection, and require a charging time of 12 hours, providing over 60 minutes of bright display time.
Anti-pulse Damage	The circuit board has protection design to absorb momentary high voltage and surges, minimizing damage to the circuit board.

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	Flashing

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