With the rapid development of social economy and the acceleration of urbanization, there are more and more large-scale urban complex buildings, and the accompanying fire safety management issues cannot be ignored. As an indispensable fire protection facility to ensure the safe evacuation of personnel, intelligent fire emergency lighting and evacuation systems are an important part of ensuring fire safety.
Intelligent fire emergency lighting and evacuation indication systems are widely used in hotels, hotels, hospitals, shopping malls, office buildings, schools, gymnasiums, cinemas, airports, waiting (ship) rooms, indoor pedestrian streets, urban traffic tunnels and other places. They can automatically fire alarm information based on Real-time calculations can automatically generate evacuation paths suitable for the situation in different places and under different fire conditions. As long as people evacuate along the direction of the evacuation lights, they can find the nearest safe exit while avoiding dangerous fire sources.
The intelligent fire emergency lighting and evacuation indication system consists of fire emergency lighting fixtures, emergency sign fixtures, emergency lighting controllers, emergency lighting centralized power supplies, emergency lighting distribution boxes and other system components.
In a safe and reliable system, the working voltage of emergency sign lights is DC24 V/DC36 V safe voltage. The emergency lighting is safe and reliable and can provide power to ensure the personal safety of firefighters.
The battery (pack) of fire emergency lights must be continuously charged and discharged during normal use. The capacity of the battery (pack) of fire emergency lights will decrease proportionally with the number of charges and discharges. The batteries (packs) of different types of fire emergency lights The service life, the number of charge and discharge allowed during the service life cycle and the attenuation curve are different. When designing the system, the initial installed capacity of the centralized power supply battery pack or the battery with the fire emergency light of the lamp should be determined according to the attenuation curve of the battery (pack) for the fire emergency light, and the fire emergency response should be ensured when the service life cycle is reached. The discharge time of the nominal remaining capacity of the lamp's battery (pack) can still meet the continuous emergency working time requirements required for the installation site.
GEM Battery GS series emergency light batteries provide higher energy density, storage and less self-discharge, which can provide long-time brightness and reliable power supply. GEM Battery GS series emergency light batteries can also be charged and protected by an intelligent battery management system, providing a safer and more reliable use experience.
Models: GS6-1.3, GS6-2.3, GS6-3.2,GS6-3.3, GS6-4.5, GS6-5, GS6-7, GS6-9, GS6-12, GS6-14, GS12-2.3, GS12-5,GS12-7, GS12-7.2, GS12-7.5, GS12-8, GS12-9, GS12-18
Capacity: 6V1.3Ah, 6V2.3Ah, 6V3.2AH,6V3.3Ah, 6V4.5Ah, 6V5Ah, 6V7Ah, 6V9Ah, 6V12Ah, 6V14Ah, 12V2.3Ah, 12V5Ah,12V7AH, 12V7.2AH, 12V7.5AH, 12V8AH, 12V9AH, 12V18AH
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