TUBU IP66 grade LED tri-proof lights - emergency version, integrating regular emergency, DALI intelligent emergency, emergency self-test function, and optional -40℃ extreme low temperature emergency solution. All lamps adopt lithium iron phosphate batteries to ensure absolute safety and long life during use, providing you with stable and reliable emergency lighting solutions in a variety of complex environments.
In the introduction of conventional emergency, DALI emergency, with emergency self-test function and -40 ℃ emergency program, we are detailed from the following aspects, follow the footsteps of china TUBU IP66 LED tri-proof light emergency version supplier.
Conventional Emergency Lighting System
Conventional emergency lighting system refers to the emergency situation, such as power outages, fire, etc., can be automatically or manually activated, for personnel evacuation, rescue, etc. to provide the necessary lighting system. This type of system usually includes emergency lamps and lanterns, backup power (such as batteries) and control circuits and other parts. It is characterized by simplicity, reliability, and the ability to respond quickly at critical moments to protect the safety of personnel.
DALI Emergency Lighting System
DALI (Digital Addressable Lighting Interface) emergency lighting system is a digital addressable lighting interface based emergency lighting solutions. It introduces the DALI protocol, which enables emergency equipment and other DALI equipment (such as ballasts, transformers, LED lighting, etc.) to work together on the same DALI line.
Advantages of the DALI Emergency Lighting System
Compatibility - All DALI - compatible emergency control systems work together, providing users with a wide range of options.
Automated commissioning and testing - The system provides automated commissioning and testing capabilities to help eliminate human error and ensure the reliability and safety of emergency lighting.
Continuous Monitoring - DALI's bi-directional communications allow the system to quickly monitor the status of emergency lighting equipment and continuously check the utility power supply.
Cost savings - Emergency and normal lighting equipment can share the same DALI line, reducing installation and maintenance costs.
Lighting System with Emergency Self-test Function
Lighting systems with emergency self-test function add a self-test function on the basis of conventional emergency lighting. The function is usually realized through the built-in intelligent chip, regular function testing of the lamps and lanterns to ensure that they can work properly in emergency situations. The self-test may include battery power, light source brightness, control circuit and other aspects. Once abnormalities are detected, the system will issue an alarm in time to remind the user for maintenance or replacement.
-40 ℃ Emergency Program
For emergency lighting systems that need to work in extreme low-temperature environments (-40 ℃), special countermeasures need to be taken to ensure the reliability and stability of the system.
Measures
Selection of cold-resistant materials - Select batteries, light sources, control circuits and other components that can work properly in low-temperature environments.
Enhance insulation measures - Provide insulation for key components such as luminaires and batteries to minimize heat loss and improve the system's ability to withstand cold temperatures.
Increase preheating - Preheat the luminaire before startup to ensure that it can quickly reach its normal operating state even at low temperatures.
Regular Maintenance and Inspection - Maintenance and inspection of the system is particularly important in extremely low temperature environments. Regularly check the working condition of the lamps, batteries and other components to identify and deal with problems in a timely manner.
Different types of emergency lighting systems have their own characteristics and advantages. When choosing, comprehensive consideration should be made according to the actual needs and use of the environment, in order to ensure that the system can play a proper role in critical moments.