Question 1

Why is the Auto Test so important?

Accepted Answer

NEWS
Why is the Auto Test so important?
Nov 8, 2022
It is known to all that, in European and American countries, professional technical maintenance personnel work hourly pay is very high. No matter what industry you are in, as long as you can reduce the workload of manual maintenance as much as possible, it will bring great convenience and benefit to users. Therefore, a complete function of the auto test system is particularly important.
As a professional company which specialized in LED emergency drivers and inverters, Phenix lighting has always kept a close eye on product details in terms of design and development, always putting the users’ experience in the first place. All Phenix emergency modules have the automatic test function, so as to minimize the cost after installation.
How can all this automatic detection work be achieved? This is due to our choice of high quality Programmable MCU which from the world’s top brands. This gives us more opportunities to edit different programs to get the desired detection datum and to send different signals to the outside through our unique LED Test Switch (LTS). These functions include, but are far from limited to over temperature/ charge/ discharge protection, open/short circuit protection.
The LED Test Switch (LTS) consists of a LED signal lamp and a test switch. It can indicate various modes of the emergency module. By giving LTS different pressing instructions can realize the functions of e.g. battery’s disconnection, manual monthly and annual test and reset, and other personalized customer needs (e.g. adjusting the emergency power and time, etc). From the structural design point of view, it is not only suitable for indoor applications, but also for outdoor places, because we have two modes: IP20 and IP65 level.
																														
It is the in-depth development of these details that gives our products a unique performance advantages and provides more convenient services for our customers.

Question 2

Why is North American Emergency Lighting Technology leading in the World?

Accepted Answer

NEWS
Why is North American Emergency Lighting Technology leading in the World?
Sep 5, 2023
The North American region has always been at the forefront of technological innovation, and the field of emergency lighting is no exception. In this article, we will delve into the roots of North America’s world-leading emergency lighting technology from four aspects.
 Innovative Technology and Research and Development Investment With the widespread application of LED technology, innovative intelligent control systems are increasingly being used in North American emergency lighting. In recent years, North America has introduced wireless communication technology to make system monitoring more convenient and timely, providing real-time status and fault information for lighting fixtures. Through technologies such as sensors and network connections, the system can automatically detect environmental conditions and make corresponding adjustments, enhancing the efficiency and intelligence of emergency lighting. Batteries, as key components in emergency lighting systems, are essential for ensuring stability and reliability. Continuous research and development in battery technology in North America have improved battery charging efficiency, capacity, and lifespan. North American emergency lighting technology not only focuses on general commercial areas but also spans various fields such as healthcare, industry, transportation, and energy. This drives technical researchers to develop customized solutions for diverse needs, fostering diverse technological innovations.
																														
Technological Talent Reserve the North American region boasts world-class higher education systems, with renowned universities excelling in fields like electronic engineering, optics, and materials science. Technical talents in the field of emergency lighting often benefit from these high-quality educational resources. North America also hosts numerous research institutions and innovation centers specialized in lighting technology. These institutions are dedicated to driving innovation in the lighting field, attracting a plethora of scientists, engineers, and researchers. This collaboration between North American emergency lighting manufacturers and universities or research institutions promotes technology transfer and commercialization while offering students practical application opportunities.
North American emergency lighting technical talents actively participate in international seminars, exhibitions, and exchange activities, interacting with global counterparts. This international cooperation facilitates technical exchange and collaboration among different regions. Emergency lighting manufacturers invest continually in research and development, introducing new products and solutions. This requires substantial technical talents’ involvement in the design, testing, and optimization processes of products.
 Strict Regulations and Standards In the North American region, especially the United States and Canada, emergency lighting is subject to a series of stringent regulations and standards to ensure product quality, performance, and safety. These include:
 &#8211;       NFPA 101 – Life Safety Code: The National Fire Protection Association’s (NFPA) “Life Safety Code” is one of the most influential building codes in the United States. It includes provisions regarding emergency lighting, covering lighting requirements in various scenarios within buildings, such as evacuation routes and exit signs.
&#8211;       UL 924: Underwriters Laboratories (UL) has established the UL 924 standard, which specifies performance requirements for emergency lighting and power supply equipment. These devices must fulfill the requirement to provide sufficient lighting during power outages and ensure safe evacuation.
&#8211;       CSA C22.2 No. 141: The Canadian Standards Association has issued the CSA C22.2 No. 141 standard, encompassing the design and performance requirements of emergency lighting equipment to ensure reliability in emergencies.
&#8211;       IBC – International Building Code: The International Building Code published by the International Code Council is widely adopted in North America. It specifies the arrangement, illumination, and testing requirements of emergency lighting and exit signs.
&#8211;       Energy Efficiency Regulations: The North American region also has strict energy efficiency regulations, such as the U.S. Energy Policy Act (EPAct) and Canadian energy efficiency regulations. These regulations demand that emergency lighting equipment meets certain energy efficiency standards in both normal operation and emergency states.
&#8211;       IESNA Standards: The Illuminating Engineering Society of North America has released a series of standards, such as IES RP-30, providing guidelines on emergency lighting performance and design.
 Driven by Market Demand The North American emergency lighting market has always been substantial, with annual market demands covering a wide range of application areas, including commercial buildings, industrial facilities, healthcare institutions, educational institutions, and more. Due to strict regulations, standards, and people’s heightened focus on safety, emergency lighting products play a crucial role in various industries. Particularly in public places such as high-rise buildings, shopping centers, and hospitals, emergency lighting equipment is widely used. In emergencies like fires or power failures, emergency lighting systems ensure people can evacuate buildings safely and orderly, safeguarding lives. As a result, the North American market’s demand for high-quality and highly reliable emergency lighting products has maintained steady growth.
 Furthermore, with the continuous advancement of lighting technology, including the application of LED lighting technology and intelligent controls, the market’s demand for smarter, more energy-efficient, and more reliable emergency lighting solutions is on the rise. This trend also drives continuous technological innovation and product upgrades in the North American emergency lighting field to meet market demands.
In conclusion, the reason why North American emergency lighting technology holds a leading position in the world is a result of its continuous innovation, high-level technical talents, and strict requirements for quality and safety. This factors together drive North America’s outstanding performance in the field of emergency lighting technology.
 Phenix Lighting (Xiamen) Co., Ltd. is a German-funded company established in 2003, specializing in the research and development, and manufacturing of UL924 North American emergency lighting equipment and related lighting systems. The company is committed to providing a one-stop emergency lighting solution for professional customers worldwide.
 Phenix Lighting adheres to continuous independent innovation to maintain its technological advantage. Its emergency modules feature compact size, powerful functionality, reliability, and durability, and come with a 5-year warranty. Phenix Lighting’s emergency drivers and inverters are widely used in wind power generation, shipping, industrial and construction sectors, as well as other extremely harsh environments.

Question 3

Why choose Phenix Low temperature LED emergency driver series 18430X?

Accepted Answer

NEWS
Why choose Phenix Low temperature LED emergency driver series 18430X?
Sep 27, 2022
Sept. 24, 2022 &#8211; Xiamen China An article to answer all your questions regarding Phenix Lighting&#8217;s Cold Pack LED Emergency Driver series – 18430X-X.
Phenix Lighting is the first company in the world to launch the low temperature.LED emergency driver which can not only work well under -40°C but also the emergency time can reach over 90 minutes.
																														
After this series was launched, we received various questions from many customers all over the world, here are some typical questions:&#8211; One question though how is battery problem solved? I mean batteries loose lots of capacity in cold applications, they are simply not meant for cold environments, or they perform way shorter time, so I wonder what kind of battery is used in your solution?&#8211; At such low temperature, usually there are problems for the battery to charge and discharge, how is it resolved in your product?&#8211; It is not clear if this is some special new battery you invented, or you use 2, or 3 or 4 times bigger capacity battery to make sure it last for 90 minutes under -40°C, or you use some heaters, or something else. It is ok you say that it does work, please advise how this can be achieved.
In the past, there are two main low-temperature emergency solutions in the market. One is to work on the formula of the battery to increase its low-temperature charging and discharging performance, the other is to heat the battery to enhance its charging capacity when the ambient temperature is below a certain temperature. These two solutions have shortcomings, by changing the battery’s formula to enhance its performance at low temperature, will make the battery’s performance at high temperature is restricted, and this kind of cold battery can only charge and discharge well from -20°C to +40°C or so, and the cost is high. However, the solution using heating plate can only solve the problem of charging at low temperature, and the discharge time will be reduced obviously and cannot be guaranteed.
The working principle of the 18430X-X Cold Pack LED Emergency Driver is to heat and keep the battery to a certain temperature so that the battery can be fully charged in normal and completely discharged in emergency situation. So the determining factors are the right temperature to make the battery fully charged, and to keep the right temperature range from start to above 90 minutes emergency working while the temperature drops without heating. It took us more than three years, through thousands of experiments, and compared the performance of different batteries and heat preservation material before we finally came up with the accurate and reliable curves of battery operation and environment temperatures, so that our products can work properly over 90 minutes in emergency situation at -40°C.
Moreover, 18430X-X’s outstanding low temperature performance does not come at the expense of its high temperature performance, instead, its ambient temperature range is from -40°C to +50°C
																														
18430X-X series is perfectly compatible to any DC LED load and most non-isolated and isolated dimmable or non-dimmable AC LED drivers.
18430X-X series has constant emergency power output, wide range of output voltage from 20 to 400VDC auto setting according to the LED load, output current is auto adjustable.
Different appearances, structures and sizes are suitable for all kinds of LED luminaires, IP20 and IP66 are optional.

Question 4

Who saves our lives when danger comes?

Accepted Answer

NEWS
Who saves our lives when danger comes?
Dec 7, 2022
Fear comes from the unknown. When people are in the darkness and lose the light in their eyes, they will be terrified of everything around; this fear is especially strong when danger comes.
																														
With the leading development of the industrial revolution, European and American countries first put forward the concept of emergency lighting solution, and continuously improve it in the relevant laws and standards. Although China started late in this field, it has developed rapidly. Up to now, emergency lighting solution has stepped into everyone&#8217;s life.
																														
At such a critical moment, a light that shines through the darkness can bring new hope to everyone, and even save lives in danger. The emergency lighting solution has come into people’s life under such circumstances.
																														
As a professional company in the field of emergency lighting solutions for more than 20 years, Phenix lighting always take &#8220;making the best products&#8221; as the basic requirement of our career. Every product goes through countless tests before it is finally completed, this includes all kinds of severe extreme environment testing, such as: High Temperature, Low Temperature, Double 85℃ Extreme Test (The PCBA passed switch on/off impact durability test at humidity 85 and temperature 85℃ more than 500 hours), etc.
																														
So far, our main products include LED emergency drivers and inverters. The operating condition includes both normal temperature environment and the extreme low temperature. Our cold-pack LED emergency driver 18430X series is the first cold emergency power packs series in the world, which can guarantee minimum 90 minutes emergency time in extreme temperature from -40°C to +50°C.
																														
The Inverter the other revolutionary product range of Phenix Lighting. The most obvious advantage of using the Inverter is that no need to change the original wiring of the lamps or fixtures, just need to connect it behind the mains power supply box. Our unique 0-10V Automatic Preset Dimming (0-10V APD) patent technology allows users to make utmost use of the inverter’s output power under any circumstances, and to help save the energy and cost.
																														
Today, emergency lighting equipment is an integral part of buildings around the world, and people&#8217;s choice of emergency products is more professional and rational. With professional attitude and the spirit of excellence, Phenix Lighting will always be your most loyal partner.

Question 5

When Do We Need a Cold LED Emergency Driver?

Accepted Answer

NEWS
When Do We Need a Cold LED Emergency Driver?
Jan 4, 2023
In the past decade, emergency lighting has been increasingly applied in all kinds of public places around the world. With the continuous expansion of market demand and the growing maturity of industrial technology, more and more products with special properties have entered people’s life. The Cold LED Emergency Driver is one of the most representative ones.
On the earth we live together, there are different temperature zones from the poles to the equator, and different countries are located in different temperature zones. For countries which are located in the temperate zone, solutions for emergency lighting are undoubtedly the most convenient, as the mild climates present few extreme challenges.
																														
However, for countries in extremely cold regions, take the northern Hemisphere as an example, such as northern Canada in North America, Russia in the north of Europe, and the four Nordic countries: Denmark, Sweden, Norway and Finland, the winter temperatures are generally below -30℃. In order to win precious time for people out of danger and subsequent maintenance, to maximize the protection of everyone’s life and property safety, the configuration of emergency lighting in public area is essential.
As we all know, when the ambient temperature of the battery is around 0℃or below, there will be some incomplete charging and discharging issues. So how to ensure emergency battery pack to be charged and discharged normally in these extremely low temperature environments has become the primary problem to be solved in the industry.
																														
The existing low-temperature emergency drivers on the market declares that can be used at the minimum temperature of -20℃. These products typically use one of following two solutions:
1)  By adjusting the material formula of the battery cell, to achieve better low temperature resistance. However, due to the limitation of the material formula, the battery cell’s high temperature performance has been limited, usually can only reach +40℃. At the same time, the low-temperature battery cell is 2 to 3 times more expensive than the normal or high-temperature battery… These greatly limit the application scope.
2)  Select the conventional cell and add the heating system, but no insulation system. Under the normal mode, when the ambient temperature drops to a certain level, the heating system starts to heat the battery to ensure that the battery can be charged normally at low temperatures. However, because there is no reliable insulation system in the emergency device, when the mains power is off, the emergency drive enters the emergency mode, and the temperature around the battery will drop rapidly in the case of extremely low temperature, the battery discharge performance will be greatly reduced, and the emergency time of more than 90 minutes cannot be ensured.
																														
Phenix Lighting&#8217;s first Cold-Pack LED Emergency Driver 18430X-X series  was developed to address these issues.
To solve these issues, under the current technological background, the battery cell, real-time temperature detection and heat preservation material are the three most important factors. In addition to choosing the battery with good low temperature performance, Phenix Lighting also put a lot of effort into developing battery insulation materials. The working principle of the 18430X-X Cold-Pack LED Emergency Driver is to detect the temperature around the battery in real time, heat and keep the battery to a certain temperature so that the battery can be fully charged in normal mode and completely discharged in emergency mode. Therefore, the determining factor is to ensure that the ambient temperature around the battery can sustain battery discharge for more than 90 minutes when the external ambient temperature drops to very low and the system does not heat up. Through more than three years and thousands of experiments, compared the performance of different batteries and insulation materials, Phenix Lighting finally came up with the accurate and reliable curves of the battery running and environmental temperatures, so as to guarantee the product can work properly and be discharged over 90 minutes in emergency mode at -40℃.
																														
Phenix Lighting 18430X-X series is the first Low temperature emergency led driver series in the world, which can guarantee minimum 90 minutes emergency time in wide temperature range from -40°C to +50°C. With its wide output voltage range from 10 to 400VDC, it is perfectly compatible with almost all AC LED luminiaires and DC LED loads. Constant emergency power output 9W/18W/27W optional, output current auto adjustable. 18430X-6 is IP66 rated and can be used directly in outdoor wet locations.
																														
For more details, warmly welcome to visit the Phenix Lighting’s website https://www.phenixemergency.com.

Question 6

What makes us be the expert for U.S. emergency lighting solution？

Accepted Answer

NEWS
What makes us be the expert for U.S. emergency lighting solution？
Oct 31, 2022
Phenix Lighting’s involvement in the North American emergency power field can be traced back to 2003. At that time, only a few local brands in USA dominate the market.
																														
One day, a customer from wind energy found us and put forward their requirements of the emergency module to fit their wind lighting kit, 100-277V universal voltage, good weather resistance (high humidity, low and high temperature, and corrosion resistance), vibration resistance, CE and UL certification, design life of more than 10 years, and with five years of warranty. Based on the market optimism, we started the research and development of this first global Universal Emergency Ballast  From design and development to final confirmation of quality standards and stable mass production, we spent nearly three years. Today, nearly two decade years later, the product is still popular with customers.
																														
From then on, we developed in succession a variety of CE/UL 100-277V universal emergency power packs which have passed the stringent testing standards in the energy field. The application covers not only the emergency solution in normal temperature environment, but also extreme environments and temperatures such as IP67 COLD-PACK LED emergency driver which is the global first emergency power packs series suitable for -40℃to +50℃extremely wide temperatures for outdoor use.
																														
When an industry insider asked: Why do you have to make an emergency power supply an industrial grade product? Aren&#8217;t you worried about the high cost? And our chief designer said: “My philosophy is to make the world&#8217;s top products; our products must meet industry benchmarks in terms of performance and reliability.”
																														
First, we strictly control the selection of raw materials, the key components are from the top class international brands (ST MCU, Rubycon capacitors, Hongfa relays and etc.) reliable and durable quality, long lifetime. And for the battery packs, we have chosen the international well-known brand battery cell, with higher capacity and better performance in low and high temperatures from &#8211; 5℃ and +55℃, the ultimate operating temperature can reach 70℃.
The research and development cycle of emergency power supply products is very long, not only because the circuit design is relatively complicated, but also the long cycle of feasibility verification of the scheme, reliability test of components, and durability test of high and low temperature charge and discharge cycles. For a new product, it often takes more than half a year to complete the Design Verification Process (DVP), from which all the potential failure risks of new products are found out and then eliminated.
																														
When comes into Production Verification Process (PVP), under the premise that all components have been strictly tested and all kinds of equipment have been repeatedly confirmed, each piece of PCBA is produced under strict quality control and need to pass the functional and electrical parameter tests. After the assembly process, each finished emergency unit need to be conducted the complete charge and discharge cycle test for 5 voltages, which takes about one week to finish.

Because of all team members’ attitude of continuous focus, as well as the pursuit of product quality make Phenix Lighting continuous progress in this field.
Our exploration in the field of emergency lighting solutions will never stop, Phenix Lighting will continue to innovate, bring more benefits to our customers, and we will care about your every need.

Question 7

What is the world’s smallest LED emergency driver？

Accepted Answer

NEWS
What is the world’s smallest LED emergency driver？
May 19, 2023
With the continuous progress and improvement of social development, the concept of “people-oriented” has been deeply rooted in urban construction and planning. When encountering an emergency, an effective and reliable emergency lighting system is particularly important. The LED emergency driver is the core part of the entire emergency lighting system. Its importance lies in that when the AC mains power fails, it can provide power support to the lighting fixture and assure people’s safety to the greatest extent or provide the adequate lighting for the subsequent maintenance work. Although there are many different brands and models available in the market, how to choose an LED emergency driver with excellent performance and reliable quality is still a topic which is worth discussing.
When it comes to emergency battery packs, we have to mention Phenix Lighting (Xiamen) Co. Ltd. As a professional company in the field of emergency lighting solutions for more than 20 years, Phenix lighting always take “making the best products” as the basic requirement of its career. Their products are widely used in wind power, marine, industrial and architectural fields and other extreme environments.
																														
Among the product categories of Phenix Lighting, The Linear LED emergency driver 18490X-X series is the smallest LED emergency driver (with built-in battery) in the world. Its cross-sectional size of 30x22mm is comparable to that of the smallest commercially available T5 electronic ballasts. The housing is made of high-quality aluminum alloy material, light but durable, which can be installed in very linear or compact LED lights. There are various emergency power options: 4.5W/9W/10W/13.5W/18W. With its wide range of output voltage from 5 to 300VDC, they are perfectly compatible with both DC LED loads and AC LED tubes or bulbs.
The battery cells used in the emergency drivers were selected from top reliable brands in the world. Moreover Phenix Lighting’s restrict internal quality control flow for the batteries guaranteed in terms of quality and emergency time.
 Every batch order will be 100% tested for electrical performance before delivery, and will be subjected to an aging test of up to five voltages after assembly. Through full verification and testing, we ensure that every set of products provided to customers is of the best quality.
Phenix Lighting provides the 5-year warranty for all the emergency modules. If you are choosing an LED emergency driver, Phenix Lighting is definitely worthy of your trust.

Question 8

What is the most suitable emergency solution for UFO lighting fixtures?

Accepted Answer

NEWS
What is the most suitable emergency solution for UFO lighting fixtures?
Mar 27, 2024
In the modern fast-paced life, illumination is no longer just about providing brightness; it is also a crucial aspect concerning safety and convenience. Particularly in emergency situations such as power outages or urgent evacuations, a highly efficient and reliable emergency lighting system becomes paramount. UFO lighting fixtures, with their unique appearance and outstanding performance, play an irreplaceable role in the industrial and commercial lighting sectors. LED UFO emergency lights have become a market necessity. However, considering the diverse range of UFO lighting fixtures available on the market, how to choose the appropriate emergency solution for UFO lighting and what constitutes a convenient UFO emergency solution are the subjects this article will delve into in detail.
																														
Considering the unique structure of UFO lighting fixtures: with a large emitting surface and limited space within the electrical box, which can barely accommodate any equipment other than LED drivers, when emergency functionality is required, the basic option is to choose an external emergency power supply. Currently, there are two mainstream choices for emergency solutions for UFO lighting fixtures in the industry:emergency lighting inverters and LED emergency drivers.
The widespread adoption of emergency lighting inverters has greatly facilitated various lighting projects and provided more flexibility in adaptation. This is because they do not require changes to the internal wiring of the fixtures and can be installed at the front end of multiple fixtures. However, for individual UFO lighting fixtures, the expensive cost of inverters undoubtedly becomes the biggest obstacle for users in their selection.
Compared to emergency lighting inverters, LED emergency drivers offer a price advantage for individual fixtures. Therefore, they have become the most preferred emergency solution for UFO lighting fixtures by lighting manufacturers.
The existing UFO emergency drivers on the market not only require opening the LED emergency driver housing or using a separate external waterproof junction box for intricate wiring but also involve removing the metal suspension chain from the UFO lighting fixture when installing the emergency module. This chain needs to be hung on the UFO emergency driver before suspending the UFO lighting fixture from the UFO emergency driver. These factors contribute to poor user experience and significantly elevate the installation and maintenance costs in the long run.
Phenix Lighting is a professional brand in China specializing in LED emergency lighting equipment required for the North American market. With a history of over 20 years since its establishment, the company has conducted extensive and in-depth market research to fully understand the actual needs of users. Based on this research, Phenix Lighting has launched a series of LED emergency drivers specifically designed for UFO lighting fixtures, known as the 18440X-UFO series.
																														
The most prominent feature of the 18440X-UFO is its super-simple and fast wiring method. There is no need to open the housing of the lighting fixture or the emergency driver. Simply rotating the waterproof connector of the emergency driver allows for quick wiring of the UFO emergency lighting fixture. With DC high-voltage output, selectable output voltages of 170VDC and 400VDC are available, making it suitable for applications in different mains power environments worldwide. Similar to the wiring method of emergency lighting inverters, it offers the simplicity but at the price point of LED emergency drivers.
																														
During on-site installation, the emergency module can be directly suspended above the UFO lighting fixtures, without the need for additional electrical boxes. This setup does not affect the original wiring or structure of the lighting fixtures; wiring can be done simply by opening the waterproof connectors at both ends. After wiring, the IP rating of the lighting fixture itself can still be effectively ensured (up to IP67).
																														
For UFO lighting fixtures equipped with 0-10V dimming functionality, they can automatically adjust and accept a load of up to 10 times the maximum power rating. Under emergency conditions, they provide constant power output. Emergency duration can be switched between 90 minutes and 180 minutes. With built-in batteries and a high waterproof rating of up to IP67, they are suitable for various outdoor and humid environments.
																														
If you are struggling to choose an emergency solution for UFO lighting fixtures, then quickly contact Phenix Lighting (https://www.phenixemergency.com). We offer the best solutions, top-quality products, and the most professional service team.

Question 9

What is the best emergency solution for Type A and Type A+B tubes?

Accepted Answer

NEWS
What is the best emergency solution for Type A and Type A+B tubes?
Jul 31, 2023
With the continuous progress and popularization of LED lighting technology, traditional fluorescent fixtures are being replaced one after another. The same trend is observed in the realm of tubes as well, as LED tubes gradually become the mainstream choice in the lighting market, with traditional fluorescent tubes phasing out. Taking the North American market as an example, LED tubes are mainly categorized into the following types:

Type A tube：

Type A tube is an LED tube that directly replaces traditional fluorescent tubes. It is compatible with existing electronic ballasts and can be directly inserted into the existing fluorescent lamp socket without any need to modify the wiring or fixtures.

Type B tube：

Type B tubes come with their own AC driver. When replacing the original fluorescent tubes with Type B tubes, it is necessary to remove the existing electronic ballast and directly connect the L and N of the LED tube to the AC power source.

Type A+B tube：

Type A+B tubes combine the characteristics of both Type A and Type B tubes. These tubes can be used with electronic ballasts or directly connected to the AC power source, providing greater flexibility.

Type C tube：

Type C tubes are LED tubes with external drivers. These tubes initially had better heat dissipation performance, but with the rapid advancement of LED chip technology, heat dissipation is no longer a significant concern. Due to higher manufacturing and installation costs compared to LED tubes with built-in drivers, Type C tubes are no longer favored by the market.
In the global lighting market, particularly in North America, which holds a dominant position, Type A and Type A+B tubes far outnumber Type B and Type C tubes in terms of usage, becoming the mainstream choice for customers in the region. The main reasons for this trend are as follows:

Direct Replacement: Type A and Type A+B LED tubes are direct replacements for traditional fluorescent tubes, requiring no modifications to existing lighting fixtures and wiring. Type A tubes work directly with the existing electronic ballasts, while Type A+B tubes offer the flexibility to either use the electronic ballast or bypass it and connect directly to the AC power source. This direct replacement feature makes the transition to LED lighting simpler and more convenient, reducing upgrade costs and project complexity.
 Flexibility: Type A and Type A+B LED tubes offer high flexibility, suitable for various applications. Type A tubes are suitable for situations where the existing electronic ballasts need to be retained, while Type A+B tubes can be selected to bypass the ballast when needed, providing greater tube compatibility. This allows these tubes to be widely used in various types of lighting facilities, whether it’s commercial buildings, offices, schools, or public places.
 Compatibility: Type A and Type A+B LED tubes have high compatibility with existing fixtures and accessories. This allows users to directly replace traditional fluorescent tubes with LED tubes without the need to replace the fixtures, saving costs and labor hours.
 Cost-effectiveness: Type A and Type A+B LED tubes generally have lower costs and are more budget-friendly compared to Type B or Type C tubes. Since there is no need to replace fixtures or rewire, these tubes offer an economical and efficient LED upgrade solution.

In this dynamic and ever-changing lighting market, the advantages of Type A and Type A+B tubes offer users many appealing choices.
Phenix Lighting, as a pioneering professional brand in China dedicated to Emergency Lighting Equipment, was established early on with a range of emergency products tailored for traditional fluorescent lamps, opening the gateway to emergency solutions. Based on the demanding requirements of the wind power industry at that time, our products gained widespread recognition from professional customers in the early North American market due to their excellent performance.
																														
In line with the market mainstream, Phenix Lighting has also developed a high-performance and cost-effective emergency solution tailored for Type A and Type A+B tubes. Introducing our 184000A1 product.
																														
After confirming the solution, we conducted extensive compatibility testing with various brands of tubes over an extended period. The test results received unanimous recognition from multiple customers.

Of course, we also have reliable Emergency Solutions matched for other types of tubes, such as Type B, Type C, and more. If you are also in the LED tubes industry and looking for suitable Emergency Solutions for different LED tubes, Phenix Lighting will undoubtedly be your best choice.

Question 10

What is the Auto Test Function of Phenix Lighting Emergency Equipment?

Accepted Answer

NEWS
What is the Auto Test Function of Phenix Lighting Emergency Equipment?
Jul 7, 2023
Emergency Lighting systems play a critical role in various sectors such as buildings, and industries. As the application areas continue to expand, the high maintenance costs have become one of the major challenges faced today. This issue becomes even more prominent in regions like Europe and America, where the cost of maintenance technicians is higher. Consequently, an increasing number of brands in the industry have incorporated the Auto Test function or Self-Test function into their LED emergency equipment. The aim is to reduce the costs associated with system maintenance in the long run.
As a company specializing in the field of emergency lighting for nearly 20 years, Phenix Lighting has always prioritized the exploration of product details to provide the utmost user experience. Therefore, from the early stages of product development, Phenix Lighting has set stringent requirements for the Auto Test feature in their LED Emergency Driver series and Lighting Inverter series, So, what exactly does the Auto Test function entail in Phenix Lighting’s product lineup? This article will take Linear LED Emergency driver 18490X-X series of Phenix Lighting as an example to make a detailed introduction to this:

Initial Auto Test：

When the system is connected properly and powered on, the 18490X-X will perform an initial Auto Test. If any abnormal conditions exist, the LTS will blink quickly. Once the abnormal condition is corrected, the LTS will function correctly.

Preprogrammed Scheduled Auto Test：

1) Monthly Auto Test
The unit will conduct the first Monthly Auto Test after 24 hours and up to 7 days after initial power on.
Then monthly tests will be performed every 30 days, and will test:
Normal to emergency transfer function, emergency, charging and discharging conditions are normal.
Monthly test time is approximately 30~60 seconds.
2) Annual Auto test
Annual Auto Test will occur every 52 weeks after the initial 24 hours full charge, and will test:
Proper initial battery voltage, 90-minute emergency operation and acceptable battery voltage at the end of the full 90-minute test.
If the Auto Test is interrupted by a power failure, a full 90-minute Auto Test will occur again 24 hours after the power is restored. If the power failure causes the battery to fully discharge, the product will restart the Initial Auto Test and Preprogrammed Scheduled Auto Test.

MANUAL TEST:

Phenix Lighting’s various series of emergency modules also feature manual testing compatibility. This functionality is primarily achieved by pressing the LTS (LED Test Switch) in normal mode:
1)    Press the LTS one time to simulate the emergency detection for 10 seconds.  After 10 seconds, the system automatically returns to the normal mode emergency mode.
2)    Press the LTS 2 times continuously within 3 seconds to force a 60-second monthly emergency test. After 60 seconds, it will automatically return to normal mode. After the test is completed, the next monthly test (30 days later) will count from this date.
3)    Press the LTS 3 times continuously within 3 seconds to force an annual test with a duration of at least 90 minutes. After the test is completed, the next (52-week) annual test will count from this date.
During any manual test, press and hold the LTS for greater than 3 seconds to terminate a manual test. The Preprogrammed Scheduled Auto Test time will not change.
The testing devices integrated in certain LED Emergency Drivers commonly found in the market are equipped with two separate components: a test switch and a signal indicator light. However, these components are limited to basic functionalities, such as indicating normal lighting (battery charging), indicating emergency lighting (battery discharging), switching between normal lighting and emergency lighting modes, and signaling a warning in the event of a circuit failure.
																														
The LED signal light and the test switch are separate from other manufacturers
The LED Test Switch (LTS) integrated into Phenix Lighting’s various LED emergency drivers and Lighting Inverters combines an LED signal lamp and a test switch. In addition to common functionalities, the LTS can also display more operational statuses of the emergency system. By giving the LTS different pressing instructions, functions such as battery disconnection, manual testing, and reset can be achieved. It can also accommodate other personalized requirements, such as emergency power and time switching, disabling or enabling automatic testing, and other intelligent features.
The IP20 and IP66 LED Test Switch from Phenix Lighting
Phenix Lighting’s LED Test Switch (LTS) is available in two waterproof ratings: IP20 and IP66. It offers flexible installation options and can be used with various types of fixtures, locations, and environments. Whether it is indoors or outdoors, the LTS ensures reliable performance. As a result, Phenix Lighting’s products are widely used in various fields such as wind power, maritime, industrial, and architectural lighting.
																														
If you are in search of a suitable emergency lighting solution for your fixtures or projects, Phenix Lighting is your premier partner, offering the utmost professionalism and extensive expertise in product technology development.

Question 11

Unveiling the Remarkable Capabilities of INTEGRATED LED AC + EMERGENCY DRIVER

Accepted Answer

NEWS
Unveiling the Remarkable Capabilities of INTEGRATED LED AC + EMERGENCY DRIVER
 Jun 25, 2023
In the lighting industry, the pace of innovation never ceases, unveiling new breakthroughs and advancements every day. The progress and growth of the lighting market have been astounding. From traditional incandescent bulbs to fluorescent lights and now the dominant LED fixtures, we have witnessed a remarkable leap in lighting technology. LED fixtures have become the go-to choice for modern lighting due to their high efficiency, extended lifespan, and environmentally friendly attributes. As people continue to explore their lighting needs, the range of LED fixtures has expanded exponentially, offering a multitude of functionalities, sizes and designs.
Simultaneously, the exploration of emergency lighting solutions knows no bounds. From the era of Emergency ballasts during the fluorescent light era to the vast array of LED Emergency drivers saturating the market today, each new series marks another milestone in the continuous advancement of lighting technology. Phenix Lighting-an early entrant and trailblazer in the emergency lighting market, has consistently remained at the forefront of this field, persistently exploring and pushing the boundaries of the industry.
																														
 INTEGRATED LED AC + EMERGENCY DRIVER is the first series of products developed by Phenix Lighting for LED EMERGENCY DRIVER. It combines the functions of an AC LED driver and an emergency driver, providing both normal and emergency function for LED fixtures. From its inception, it has reached the pinnacle of success. Since its introduction, it has distinguished itself in the fiercely competitive emergency lighting market with its unique features and outstanding performance.

Small Size&#8211; Space Utilization Advantage:

The INTEGRATED LED AC + EMERGENCY DRIVER is a UL R-certified emergency product with an external battery that can accommodate different battery specifications to   meet various emergency powers and time requirements. For compact fixtures with   limited internal space, effectively utilizing this limited space becomes an unavoidable challenge in adding emergency lighting functionality to the product. With the introduction of Phenix Lighting&#8217;s INTEGRATED LED AC + EMERGENCY DRIVER 18450X, it not only replaces the ordinary AC driver function of LED fixtures but also provides emergency functionality. Moreover, its compact size allows for easy installation inside any space-constrained fixture, making wiring a simple task.

2. Versatile &#8211; Flexible Adaptability：

The INTEGRATED LED AC + EMERGENCY DRIVER features a 0-10V dimmable AC driver function and utilizes constant current output technology. It allows for precise selection of the appropriate current through DIP switches, ensuring that the LED fixtures operate at their optimal performance. The output voltage ranges from 18-60VDC, automatically matching the working voltage required by the fixtures. In emergency mode, different batteries and emergency output powers can also be matched through DIP switches.

Simplified Wiring &#8211;Low Maintenance Costs:

The INTEGRATED LED AC + EMERGENCY DRIVER combines both normal and emergency lighting functions, reducing the number of connection parts compared to conventional LED drivers, resulting in simplified internal wiring of the fixtures. This significantly streamlines the assembly, testing, and subsequent maintenance processes.
Continuing one of the most prominent features of Phenix Lighting&#8217;s emergency products, the INTEGRATED LED AC + EMERGENCY DRIVER series also includes an automatic test function that periodically checks the status of the entire lighting system to ensure the reliability of the emergency function. In the event of any fault in the lighting circuit, the LED test switch will rapidly flash for warming, effectively reducing the manpower and material costs associated with post-project maintenance personnel troubleshooting and repairs.
Therefore, even though this series was developed by Phenix Lighting in its early stages, it still holds a significant position in the market today.
As a professional company dedicated to the development, design, and manufacturing of various emergency lighting power supply equipment for over 20 years, Phenix Lighting consistently prioritizes product details and quality to provide customers with the highest level of service. With a comprehensive range of LED emergency drivers available, the company caters to various types of lighting fixtures. Additionally, their expertise in the field of Lighting Inverters has gained unanimous recognition from professional clients, particularly in the North American market. If you have any inquiries regarding Lighting Emergency Solutions, please feel free to contact us at any time.

Question 12

Understanding the Benefits of Linear Emergency Equipment from Phenix Lighting

Accepted Answer

NEWS
Understanding the Benefits of Linear Emergency Equipment from Phenix Lighting
Apr 13, 2023
Phenix Lighting is a professional manufacturer based in China that has been engaged in the production of 120-277V CE+UL universal emergency units since 2003. The company’s emergency units are widely used in numerous industries including wind power, marine, industrial, architectural fields, and other extreme environments. All of the units produced by Phenix are designed with professionalism and are designed to offer reliable emergency lighting and power equipment to their users.
																														
One of the most notable products that Phenix Lighting produces is the LED emergency battery backup kit 18490X-X series. The kit is a powerful device that is perfectly compatible with both DC led loads and AC LED tubes and bulbs. The output voltage ranges from 5 to 300VDC and the output current is auto-adjustable. This makes it an ideal device for users who require constant emergency power output in their facilities.
																														
The battery backup kit is also designed with an extremely slim aluminum housing and built-in battery. This design feature makes it easy to install and maintain the device, which reduces maintenance costs for businesses. Another noteworthy feature is the auto-test function, which adds to the unit’s reliability and durability.
In terms of marketing, the LED emergency battery backup kit produced by Phenix Lighting stands out from other devices on the market due to its slim design, high compatibility with various types of loads, and reliable performance. The product is also highly suitable for businesses and organizations that operate in extreme environments that require continuous emergency lighting and power equipment.
 In terms of providing professional services, Phenix Lighting has a highly trained team of professionals that support their customers through every phase of their product purchase and installation processes. This ensures that their clients are highly satisfied with the services provided, resulting in long-term and mutually beneficial business relationships.
																														
Overall, Phenix Lighting is an excellent company that produces highly reliable and durable LED emergency battery backup kits. Their commitment to professionalism and providing high-quality services to their customers is highly commendable, making them a leading manufacturer of emergency lighting and power equipment in China.

Question 13

Understanding the Benefits of LED AC + Emergency Driver from Phenix Lighting

Accepted Answer

NEWS
Understanding the Benefits of LED AC + Emergency Driver from Phenix Lighting
Apr 21, 2023
As a professional emergency lighting and power equipment manufacturer, Phenix Lighting has been serving the North America market since 2003. Our strong R&D capabilities have allowed us to develop a full range of emergency LED battery packs and Mini lighting inverters that provide reliable and efficient power backup in case of emergencies.
																														
One of our most popular products is the Integrated LED AC + Emergency Driver 18450X, This product is designed to provide normal and emergency operation of LEDs without requiring an extra LED driver. The AC driver function in normal mode allows for constant current and multi-current selectable output, as well as 0-10V dimmable features. In addition, four emergency output powers are easily selectable, making it the perfect choice for indoor, dry, and damp applications.
																														
Our Integrated LED AC + Emergency Driver also comes with a range of features that set it apart from other emergency power supplies. With an auto-test function, you can rest assured that the system is always ready and prepared to provide the necessary backup power in case of an emergency. Additionally, the slim aluminum housing provides a sleek and modern design that is both functional and attractive.
 At Phenix Lighting, we understand the importance of emergency power in times of crisis. That’s why we’ve made it our mission to provide reliable and efficient emergency power supplies, such as our LED emergency power supply and LED emergency battery backup kit. All of our products are designed for maximum performance and are suitable for a wide range of applications.
 In conclusion, if you’re looking for a professional emergency lighting and power equipment manufacturer, look no further than Phenix Lighting. With our years of experience, strong R&D capabilities, and commitment to quality, we are the perfect choice for all of your emergency power supply needs. Whether you need an LED emergency power supply or an LED emergency battery backup kit, Phenix Lighting has you covered.

Question 14

The Top Linear Emergency Equipment Recommendations: A Buyer’s Guide from Phenix Lighting

Accepted Answer

NEWS
The Top Linear Emergency Equipment Recommendations: A Buyer’s Guide from Phenix Lighting
Apr 28, 2023
As a professional manufacturer, Phenix Lighting has been producing top-quality emergency lighting solutions since 2003. Our 120-277V CE+UL universal emergency units are widely used in extreme environments, ranging from wind power and marine applications to industrial and architectural fields.
																														
Our emergency units 18490X-X series feature a constant emergency power output and a wide range of output voltage from 5 to 300VDC. This allows for emergency operation of LED luminaries in both factory and field installations. Our products are perfectly compatible with both DC LED loads and AC LED tubes and bulbs, making them a versatile and reliable choice for emergency lighting needs.
																														
One of the standout features of our emergency units 18490x-x is their extremely slim aluminum housing design. This makes them suitable for indoor and damp applications and allows them to fit seamlessly into any environment. Additionally, our emergency units feature a built-in battery to ensure reliable operation when it is needed most.

Question 15

The third Christmas under the COVID-19 pandemic

Accepted Answer

NEWS
The third Christmas under the COVID-19 pandemic
Dec 20, 2022
This year is the third year that the COVID-19 pandemic has affected our lives. As countries around the world grow more optimistic about the epidemic, on current form, perhaps this year will be the last in which we are seriously troubled by the pandemic. In the past three years, all the people have gone through all kinds of difficulties, but also learned how to be stronger. With less than two weeks to go, the 2022 Christmas will arrive as promised. Before the outbreak of COVID-19, Christmas was undoubtedly a time of joy and peace, with people shopping, having parties and reuniting with their families…… But these three Christmases were destined to be different……During the Christmas under the epidemic, there was less of a carnival atmosphere than before, but the one thing that never changed was our best wishes for family and friends.
																														
It&#8217;s the same with people and it&#8217;s the same with companies. As a professional company which has been working in the field of emergency lighting equipment for nearly 20 years, Phenix Lighting has been serving every customer with the greatest enthusiasm. In this long period of 20 years, with the best quality, as well as the most sincere service, we have won the trust of global customers. At the same time, we also harvest a lot of partners who grow together with us. We wish every friend Merry Christmas at this very warm time of family reunion. May you all enjoy the happy time with your family. After experiencing diseases and disasters, we will deeply realize that peace and health is the most simple happiness!
																														
The past 20 years have been extremely precious for Phenix Lighting. Since the moment of the establishment, every member here has been determined to &#8220;inspirational products to the extreme&#8221;. Each new series launched, hidden behind an unforgettable experience, every failure in the past always gave us new ideas. Up to now, we have had very complete emergency power supply product range incl. LED emergency driver and Mini emergency inverter. One of our revolutionary products: cold-pack LED emergency driver 18430X seriesis the first cold emergency power packs series in the world, which can guarantee minimum 90 minutes emergency time in extreme temperature from -40°C to +50°C.
																														
In the future, we still have a long way to go and may face even more difficulties and challenges. But no matter what, our original intention will be unchanged, our pursuit of products will continue forever&#8230;&#8230;
Phenix Lighting will always be your most loyal party.
																														
Conclusion: The purpose of the holiday is not to give us the opportunity to ask for gifts, but to remind us to love and be loved. We hope the epidemic will be over as soon as possible and life will still be beautiful.

Question 16

The sustainable growth potential of the Lighting Inverter market

Accepted Answer

NEWS
The sustainable growth potential of the Lighting Inverter market
Sep 12, 2023
The lighting system is crucial in many places, especially in emergency situations such as fires, earthquakes, or other evacuation scenarios. Therefore, lighting systems need a backup power source to ensure that lighting equipment continues to operate even when the main power source fails. This is where the “lighting inverter” comes into play. A “lighting inverter” is a device used in lighting systems, typically employed to address power outages or electrical failures. It is defined as a type of power inverter or Uninterruptible Power Supply (UPS) used to supply power to emergency lighting fixtures, ensuring that lighting equipment within a building or facility continues to function in the event of a grid power failure.
A lighting inverter converts direct current power (typically from batteries) into alternating current power to supply lighting fixtures and other equipment related to the lighting system. When the main power source fails, the lighting system automatically switches to the backup power provided by the lighting inverter, ensuring a continuous power supply to the lighting equipment for necessary illumination during emergency evacuations and safety measures. Such devices are commonly used in various locations, including commercial buildings, hospitals, schools, sports arenas, subways, tunnels, and more. With the continuous increase in global demands for energy efficiency and environmental sustainability, the Lighting Inverter market is poised for significant and sustainable growth.
From the perspective of output waveform types, Lighting Inverters can primarily be categorized into the following types:

Pure Sine Wave Inverter: Pure sine wave inverters produce an output waveform that is identical to the pure sine wave AC waveform provided by the electrical grid. The output current from this type of inverter is very stable and smooth, making it suitable for devices that require high-quality waveforms, such as lighting equipment and electronic devices. Pure sine wave inverters can be compatible with nearly all types of loads and provide high-quality electrical power.
Modified Sine Wave Inverter: Modified sine wave inverters produce an output waveform that is an approximation of a sine wave but differs from a pure sine wave. While it can meet the needs of general applications, it may cause interference or noise for certain sensitive loads, such as some power tools, electronic devices, and precision instruments.
 Square Wave Inverter: Square wave inverters produce an output waveform that is similar to a square wave. These inverters are typically low-cost but have poor waveform quality and are unsuitable for many loads. Square wave inverters are mainly used for simple resistive loads and are not suitable for lighting equipment and other sensitive devices.

It’s worth noting that for lighting systems, pure sine wave inverters are the ideal choice because they can provide high-quality power output, avoiding interference and noise, and are also compatible with various types of lighting equipment. Modified sine wave inverters and square wave inverters may have adverse effects on certain lighting equipment, so the choice of inverter should be based on the specific requirements and types of loads.
																														
Phenix Lighting as a specialized company with over 20 years of expertise in emergency lighting solutions, not only offers a comprehensive LED Emergency Driver series but also leads the industry in Emergency Lighting Inverter technology. Phenix Lighting’s Lighting Inverter products belong to the category of pure sine wave inverters, known for their flexibility in accommodating various types of lighting loads. Additionally, these products feature slim size, lightweight design, and robust functionality. Currently, the company primarily focuses on Mini Lighting Inverters and Parallelable Modular Inverter ranging from 10 to 2000W.
																														
Phenix Lighting possesses proprietary patented technology for 0-10V Automatic Preset Dimming (0-10V APD). When there is a power outage, the inverter will automatically reduce the power output of dimmable fixtures, ensuring that their brightness meets emergency lighting requirements. This effectively extends the runtime of the emergency lighting system or increases the number of fixtures on the load, helping customers save costs and achieve energy efficiency goals. Phenix Lighting’s 0-10V APD technology contributes to sustainable lighting solutions by reducing energy consumption and carbon footprint, contributing to the development of more environmentally friendly lighting systems.
																														
If you are also an experienced professional in the field of emergency lighting and are seeking a partner in the Lighting Inverter sector, Phenix Lighting is undoubtedly your best choice.

Question 17

The choice of emergency solution for Linear Lights

Accepted Answer

NEWS
The choice of emergency solution for Linear Lights
Jan 11, 2023
With the progress of modern technology and the continuous improvement of our living standards, people’s appreciation of aesthetics is also changing. People in modern society, especially the young generation, no longer simply pursue gorgeous and complex items as they did many years ago. Simple fashion sense and pure blooming line beauty are accepted and loved by more and more people. In this context, linear light is applied to all kinds of commercial, office and industrial places with its stylish and simple style, flexibility and ease of use in stitching, modeling and control. At the same time, it has become one of the best-selling series of the major lighting brands.
																														
The most prominent feature of Linear Lights is its straight lines and extremely compact cross section. When choosing the right LED emergency driver for Linear Lights, the size issue was the first consideration for users.
																														
The most notable feature of Phenix Lighting Linear LED emergency driver 18490X-X series is its compact size. With a cross-section size of W 30mm X H 22mm, it is designed exactly in accordance with the cross-section size of the world&#8217;s thinnest traditional fluorescent electronic ballast, addressing most customers&#8217; concerns about the size of the led emergency module. Its slim and simple appearance, as if it is specially born for linear lights.

Phenix Lighting Linear LED emergency driver 18490X-X series: 4.5W/9W/10W/13.5W/18W. With its wide range of output voltage from 5 to 300VDC, they are perfectly compatible with both DC LED loads and AC LED tubes or bulbs. From the connection mode, 18490X-1 series with terminal block can be placed directly in the slimmest linear lamps inside. For 18490X-2 and 18490X-3 series, external wires with metal conduits generally connected to the outside of the lamps. Among them, 18490X-2 series is specifically for AC lamps, the wiring is very simple, and the 18490X-3 series can be used for both DC LED loads and AC LED tubes or bulbs. They can provide more than 90 minutes of emergency time for all kinds of lamps in 0-50℃ environment.
In addition, the 18490X-4 series can be directly used for AC lamps, wiring is extremely convenient, and at the same time, this series with IP66 waterproof rating, can be used in wet places.
																														
Of course, in addition to the perfect fit and strong performance matching, super cost-effective and market competitiveness is also the main reason for many customers to come to this series. For more information, please visit the Phenix Lighting website: https://www.phenixemergency.com.

Question 18

The birth and growth of a proven emergency power supply

Accepted Answer

NEWS
The birth and growth of a proven emergency power supply
Nov 25, 2022
In 2003, with the official establishment of Phenix Lighting, we started the R&D of the first global full-voltage emergency ballast as required by a foreign customer in the wind energy. With the continuous deepening of research and development, along with the overcoming of technical difficulties, we strongly felt in the field of emergency lighting, especially for the top customers in the North American market, only the excellent professional research and development ability and sufficient reliable product performance can win the survival in this market. The strict requirements from the market also coincide with our development concept of “making the best products”.
																														
From then on, we officially devote ourselves to the development and manufacturing of emergency lighting products. Through 20 years of continuous exploration and attempts, up to now, we have had very complete emergency power supply product range incl.LED emergency driver and Mini emergency inverter.
In this long period of 20 years, each new series launched, hidden behind an unforgettable experience.
The development cycle of an emergency power supply is very long, not only because the electrical circuit design is complicated, also consider that it needs a long time to verify the feasibility of the scheme, reliability test of components and durability test such as high and low temperature charge-discharge cycle.
In Design Verification Process (DVP) phase, we will combine with the relevant requirements of DFMEA (Design Failure Mode and Effects Analysis), and carry out a comprehensive consideration of the various risks that may exist in the design stage. The first DVP samples need to pass hundreds of test items. Through rigorous analysis of each test result, the performance of the product is assured. If one of the technical indicators fails to meet the criteria, all test items must be restarted after debugging. Through such a rigorous system, new product’s potential failure risks are eliminated one by one.
																														
After the completion of the first DVP samples test and approval test, DVP (Design Verification Process) Trial Production is needed. The component SMTs and plug-ins are carried out in the 100,000 level dust-free workshops. All kinds of jigs and fixtures should be in place, and the furnace temperature curve should be measured well to ensure that each piece of circuit board is heated evenly and each solder joint is firm without damaging components. After the PCBA is finished, each board shall pass the electrical parameter test, and after various indicators are achieved, the assembly and aging process shall be carried out. Before aging test, 20 times of switching on off impact tests will be carried out. And then 5 voltages of charging and discharging cycle test will be carried out for a week so as to check the tolerance of the product and components finally. After that, the DVP pilot product will undergo more high and low temperature reliability tests in the R&D laboratory, which will continue for about six months.

After the successful trial production of DVP, the first PVP (Production Verification Process) Trial Production was officially entered. In strict accordance with PFMEA (Process Failure Mode Effects Analysis) after the volume of the potential risk analysis, refer to the DVP process is exactly the same, until the completion of 5 voltage charge-discharge cycle test. It is mainly to inspect the correctness and consistency of batch incoming materials, as well as if all factors such as the human, machine, material, method and environment are correct in the production process. After a successful PVP Trial Production, the mass order production can be approved.
																														
Each batch order is tested for 100% electrical performance before delivery and is subjected to a five-voltage aging test after assembly. Through adequate verification and testing, ensure that each product provided to customers is of the highest quality.

Question 19

Small Size Lights up the Big future – the world’s smallest size emergency driver

Accepted Answer

NEWS
Small Size Lights up the Big future – the world’s smallest size emergency driver
Jun 21, 2023
It is well known that all emergency lighting products introduced by Phenix Lighting share a common characteristic – their compact size. As the creator and record holder of the world’s smallest emergency drivers and inverters, Phenix Lighting consistently delivers products that combine small dimensions, exceptional functionality, and reliability. These features enable seamless integration with various LED lighting applications. Unlike competing products on the market that often utilize iron casings, all emergency modules from Phenix Lighting are housed in high-quality aluminum alloy enclosures. This choice offers advantages such as superior heat dissipation, lightweight construction, and an aesthetically advanced design.
																														
Regarding voltage output, Phenix Lighting’s emergency drivers incorporate automatic LED load monitoring technology, allowing for automatic voltage adjustment to match the requirements of LED drivers. This versatility makes our products suitable for both AC and DC LED loads, significantly reducing the need for diverse inventory. In contrast, certain emergency modules available on the market provide fixed voltage outputs, necessitating different models for low voltage, medium voltage, and high voltage applications. This not only complicates the selection process but also increases inventory requirements for customers.
Phenix Lighting’s emergency drivers and inverters remain unaffected by load variations, consistently providing constant power output during emergencies.
Additionally, Phenix Lighting places great emphasis on selecting electronic components of exceptional quality. Our products incorporate key components from top international brands, including ST MCU, Rubycon capacitors, Hongfa relays, and others. This deliberate choice ensures enhanced reliability, durability, and extended lifespan.
Phenix Lighting utilizes batteries from renowned international brands, offering higher capacity and exceptional performance in both low and high-temperature environments (-5°C to +55°C). This commitment guarantees product reliability and stability across various temperature conditions, particularly ensuring consistent emergency lighting performance. Our emergency modules incorporate a dual comprehensive battery protection mechanism, comprising battery protection boards and battery temperature safeguards on the emergency modules. This approach ensures that the batteries operate within optimal temperature ranges, further enhancing safety.
All battery packs selected by Phenix Lighting undergo rigorous internal testing, including a 100-cycle high-temperature accelerated aging test. This testing guarantees both the quality and lifespan of our products. Even within the five-year warranty period, our battery packs provide sufficient capacity margins to ensure emergency lighting for over 90 minutes, even at temperatures ranging from -5°C to +55°C. Under normal temperatures (25°C to +50°C), the emergency lighting duration can reach 120-140 minutes, and even in -5°C conditions, it can maintain a minimum of 90-100 minutes of emergency operation. It is worth noting that many emergency lighting products available on the market often fail to meet these standards, particularly at or near 0°C temperatures.
In terms of program control, Phenix Lighting’s emergency drivers feature automatic detection capabilities, incorporating safeguards such as over-temperature protection, overcharge/discharge protection, open-circuit/short-circuit protection, and programmable MCU functionalities. These features enable our products to automatically monitor and protect system operations, as well as offer additional control functions as needed.
Phenix Lighting’s emergency drivers are equipped with an integrated LED test switch (LTS) that combines LED signal lights and a test switch. The LTS provides real-time status indication of the emergency system and allows for various functions through different press commands. These functions include battery disconnect, manual monthly and annual tests, reset options, and other personalized customer requirements.
Prior to entering mass production, all Phenix Lighting emergency modules undergo rigorous “double 85″ limit testing. This testing involves subjecting the emergency modules to over 500 hours of on/off shock durability testing fewer than 85% humidity and 85°C temperature conditions.
During mass production, each emergency lighting product from Phenix Lighting undergoes rigorous testing procedures. Phenix Lighting ensures that every aspect of the product meets the highest standards in the industry.
This includes conducting 100% PCBA electrical parameter testing to verify the performance of the printed circuit board assembly. Additionally, comprehensive functional testing is carried out on each unit to ensure its proper operation and adherence to specifications. Furthermore, a rigorous one-week charge/discharge cycle testing is performed using different voltage inputs (100V, 230V, and 300V) to assess the battery’s performance and endurance. These meticulous testing procedures, although unseen by customers, are crucial in maintaining Phenix Lighting’s commitment to delivering products of exceptional quality. As a result of these efforts, our products have achieved a defect rate of less than 5000PPM, reflecting the high standards we uphold.
In summary, Phenix Lighting’s emergency drivers have revolutionized LED emergency lighting technology with their world-leading compact size, innovative features, and outstanding performance. Our unwavering commitment to excellence and cutting-edge technology allows us to provide customers with lighting solutions that are safe, reliable, and durable. With a focus on superior quality and innovative design, Phenix Lighting aims to continually meet the evolving needs of the emergency lighting industry and exceed customer expectations.

Question 20

Professional Insights: Phenix 18440X-UFO Emergency Module

Accepted Answer

NEWS
Professional Insights: Phenix 18440X-UFO Emergency Module
Apr 1, 2024
The 18440X-UFO emergency module is an emergency solution provided by Phenix Lighting specifically for LED high-bay and UFO luminaires in the market, aimed at providing simpler and more convenient wiring. This article will provide a detailed analysis of this product from both technical and functional perspectives.
																														
The 18440X-UFO emergency module incorporates several advanced technologies and features to ensure reliability and stability in various emergency situations. One of the most important aspects is its capability for fast wiring and installation without the need to alter the original luminaire wiring or open the emergency driver housing. This is made possible by its carefully designed patented structure and internal circuitry, making the installation process more straightforward and efficient.
																														
Additionally, the 18440X-UFO emergency module features an automatic dimming function. When the LED high-bay or UFO luminaire driver supports 0-10V dimming, it can connect to a load power up to ten times the emergency power, meaning that only one emergency driver with an output power equivalent to one-tenth of its own power is needed to drive the LED high-bay or UFO luminaire. Moreover, the 18440X-UFO reserves sensor interfaces for automatic sensing, compatible with both DC and AC sensors.
																														
Furthermore, the 18440X-UFO boasts the following key features:
High Voltage DC Output: The emergency module provides high voltage DC output (170VDC @ 120-277VAC, 400VDC @ 277-480VAC), catering to the emergency power supply needs of various luminaires and lighting equipment. This high voltage output ensures stable power supply in emergency situations, guaranteeing the safety lighting requirements within buildings.
Constant Emergency Power Output: It delivers constant emergency power output, ensuring that lighting equipment operates at optimal performance during emergencies. This constant output can adapt to different emergency situations, ensuring user safety and comfort.
Convertible Emergency Output Time: Users can switch the emergency output time between 90 minutes and 180 minutes according to actual needs, adapting to various lighting application scenarios. This flexible output setting makes this emergency module more suitable for various lighting applications.
Automatic Testing Function: Equipped with an automatic testing function, it regularly checks the system’s operation status to ensure reliability and stability during emergencies. This automatic testing function significantly reduces user maintenance costs and workload, ensuring the long-term operation of the system.
Ultra-Slim Aluminum Alloy Housing: The 18440X-UFO emergency module features an ultra-slim aluminum alloy housing design, with lightweight and IP67 protection rating. This design ensures the stability and reliability of the emergency module in outdoor and humid environments.

Question 21

Preferred Choice for Emergency Lighting: Analysis of the Advantages of Emergency Lighting Inverters

Accepted Answer

NEWS
Preferred Choice for Emergency Lighting: Analysis of the Advantages of Emergency Lighting Inverters
jun 13, 2023
In the early stages of the era of emergency lighting, the industry widely employed a one-to-one configuration of fixtures and emergency drivers to fulfill the requirements. This approach included early fluorescent lamps, which utilized electronic emergency ballasts to enable emergency lighting functionality for the fluorescent fixtures. Similarly, various LED fixtures that emerged later also adopted LED Emergency Drivers to provide emergency solutions for the fixtures, still following the one-to-one compatibility mode between fixtures and emergency drivers. Although this approach may be considered conventional, LED Emergency Drivers  maintain an unshakable position in various projects due to their mature production technology and relatively lower prices.
																														
In recent years, with the increasing specialization in various industries, the division of labor within the lighting industry has become more apparent for lighting fixture manufacturers and lighting project engineering service providers. For lighting fixture manufacturers, when it comes to implementing emergency solutions for a specific type of lighting fixture, traditional options such as emergency ballasts or emergency drivers are still their best choice. They would choose a suitable LED Emergency Driver to match their own LED fixtures, creating a complete LED lighting system with emergency backup to meet the market’s demand for emergency lighting. 
However, for lighting project engineering service providers, all planning and implementation are done considering the entire project as a whole. In a lighting project, various types of lighting fixtures are involved to meet the diverse requirements of different areas. Clearly, the traditional model of using LED Emergency Drivers alone cannot simultaneously fulfill the emergency requirements for different types of lighting fixtures. In such cases, the advantages of the Emergency Lighting Inverter become evident:

Powerful compatibility:The Emergency Lighting Inverter can provide AC output in the form of a pure

sine wave, identical to the waveform of utility power. This enables it to be used with various types of 
lighting systems, including halogen lamps, LED fixtures, fluorescent fixtures, LED strip lighting systems,
 CFLs (compact fluorescent lamps), linear fixtures, and more. This strong compatibility makes it suitable 
forvarious environments, including retail spaces, commercial buildings, hotels, industrial facilities, 
schools, and healthcare institutions.

Flexibility and integration: Unlike the traditional fluorescent emergency ballasts or LED Emergency Drivers that require one-to-one pairing with fixtures, the Emergency Lighting Inverter can provide emergency functionality for multiple types of fixtures simultaneously.

When there is a need to equip emergency functionality for different types of fixtures at the same time or when the fixtures themselves cannot integrate emergency functions, the EmergencyLighting Inverter is an excellent choice. This flexibility simplies the design and installation process, making the emergency lighting system more streamlined.

Remote installation:The Emergency Lighting Inverter can be installed remotely, providing irreplaceable  advantages for centralized management and subsequent maintenance of the entire emergency lighting system.
Long-term benefits:Although the individual cost of an Emergency Lighting Inverter may be higher than  that of traditional LED emergency drivers, the long-term benefits are more significant. The flexibility and  compatibility of the Emergency Lighting Inverter allow  it to be suitable for various types of lighting systems and fixtures. This means that in different projects and with different lighting requirements, only one  Emergency Lighting Inverter is needed to meet the emergency power supply requirement, eliminating the need to purchase and install multiple models of LED emergency drivers. This reduces procurement and inventory  costs, and simplifies supply chain management. Additionally, as the Emergency Lighting Inverter supports  remote installation and centralized management, it can reduce the costs of daily operation and maintenance.  The inverters can be centrally placed in easily accessible and maintainable locations, reducing labor and time  costs. For maintenance personnel, managing and maintaining the entire emergency lighting system becomes  easier as they only need to reach the centralized inverters, without the need to individually locate and maintain  each fixture.

Due to these advantages, Emergency Lighting Inverters are increasingly favored by professionals in various lighting projects.
																														
As a professional company specializing in emergency lighting solutions for nearly 20 years, Phenix Lighting not only offers a complete range of LED Emergency Drivers but also leads the industry in the field of Emergency Lighting Inverters. Phenix Inverters are characterized by their small size, light weight, and powerful functionality. Currently, the company’s main focus is on Mini Lighting Inverters and Parallelable Modular Inverters within the range of 10-2000W.
																														
Utilizing Phenix Lighting’s patented 0-10V Automatic Preset Dimming (0-10V APD) technology, when there is a power outage, the inverter automatically reduces the power output of dimmable lighting fixtures. This ensures that the brightness of the fixtures meets the requirements for emergency lighting while effectively extending the runtime of the emergency lighting system or increasing the number of supported fixtures. This helps customers save costs and achieve energy-saving objectives. Phenix Lighting’s 0-10V APD technology contributes to sustainable lighting solutions by reducing energy consumption and carbon footprint, aiding in the development of more environmentally friendly lighting systems.
If you are also a seasoned professional in the field of emergency lighting and are seeking a partner in the Lighting Inverter aspect, Phenix Lighting is definitely your best choice.

Question 22

Power supply selection for emergency lighting

Accepted Answer

NEWS
Power supply selection for emergency lighting
Nov 16, 2022
Classification of emergency lighting power supply
The emergency lighting power supply is switched to emergency mode when the mains power supply no longer provides the minimum brightness required for normal lighting, that is, the voltage drop of the normal lighting power supply is below 60% of the rated voltage.
Emergency lighting power supply can be roughly divided into the following types:
(1) Feed lines from the power network that is effectively separated from the normal power supply.
(2) Diesel generator set.
(3) Battery power supply.
(4) Combined power supply: that is, from any two or three power supply combination mode of above.
Here focus on – Battery power supply, which is also one of the main service objects of Phenix products
. Battery power supplies can be classified into three types: batteries provided by lamps, battery groups set in a centralized manner, and battery groups set in a centralized manner by zones.
The battery power supply installed in luminaries, e.g.: Phenix Lighting product series Integrated led AC + Emergency Driver 18450X , Class 2 Output LED Emergency Driver 18470X , Linear LED Emergency Driver 18490X and Cold-Pack LED Emergency Driver 18430X.
This way has high power supply reliability, rapid power conversion, no impact on line faults, and small impact on battery damage, and the disadvantage is that the investment is large, the duration of continuous lighting is limited by the battery’s capacity, and the operation management and maintenance cost is high. This way is suitable for the emergency lighting quantity is small in the buildings which are not big and the equipments are scattered.
A centralized or partitioned centralized battery power supply has the advantages of high power supply reliability, rapid conversion, less investment, and easier management and maintenance than the built-in battery power supply.
The disadvantages are the need for a special space to install, once the mains power fails, the affected area is big, when the mains power distance is long, it will increase the line loss and need more copper consumption, and the fire protection of the lines should also be considered.
This way is suitable for a large number of emergency lightings, luminaires more concentrated in big buildings.
Therefore, in some important public buildings and underground buildings, sometimes it is necessary to combine with the usage of various types of emergency lighting power supplies so as to be more economical and reasonable.
																														
Determination of transition time
The conversion time shall be determined according to the actual project and relevant specifications.
(1) The conversion time of standby lighting should not be more than 15s (seconds);
(2) The conversion time of evacuation lighting should not be greater than 15s;
(3) The conversion time of safety lighting should not be greater than 0.5s;
Determination of duration of illumination
It is not difficult to see that the continuous working time of emergency lighting is limited by certain conditions from the requirements of the types of emergency lighting power supply and the conversion time.
It is usually stipulated that the continuous working time of evacuation lighting should not be less than 30 minutes, which can be divided into 6 grades, such as 30, 60, 90, 120 and 180 minutes, according to different requirements.

Question 23

Phenix Lighting’s Quality Approach: Fine Management of Battery Storage and Transportation

Accepted Answer

NEWS
Phenix Lighting’s Quality Approach: Fine Management of Battery Storage and Transportation
Jul 31, 2023
As a professional emergency lighting product manufacturer, Phenix Lighting recognizes the importance of battery management. To ensure that batteries are free from secondary damage before delivery to customers, Phenix Lighting has established a strict battery management system, including regulations related to battery storage and transportation.
																														
Firstly, Phenix Lighting sets stringent requirements for battery warehouse conditions. The warehouse must maintain cleanliness, good ventilation, and be isolated from other materials. Environmental temperature should be kept within the range of 0°C to 35°C, with humidity between 40% to 80%. This is to maximize the protection of battery performance and lifespan.
Phenix Lighting meticulously manages the inventory of all batteries, recording the initial storage time, last aging time, and expiration dates. Every six months, a complete charge and discharge test is conducted on the stocked batteries. Batteries that pass the quality test are recharged to 50% capacity before continued storage. Batteries found with insufficient discharge time during testing are considered defective and discarded. Batteries stored for more than three years will no longer be used for bulk shipments. Those with storage times exceeding three years, but still meeting shipment standards, are only used for internal testing purposes. After five years of storage, batteries are unconditionally discarded.
																														
Throughout production and internal handling processes, Phenix Lighting imposes strict operational standards for battery safety. Battery dropping, collisions, compressions, and other strong external impacts are prohibited during handling, production assembly, testing, and aging. Puncturing, striking, or stepping on batteries with sharp objects is also forbidden. Batteries must not be used in environments with strong static electricity, strong magnetic fields, or strong lightning. Furthermore, batteries should not come into direct contact with metals or be exposed to high temperatures, flames, water, saltwater, or other liquids. Once battery packs are damaged, they must not be continued in use.
During the shipment of batteries, Phenix Lighting enforces specific requirements for safety testing, packaging, and labeling. Firstly, batteries must pass MSDS testing, UN38.3 (Lithium) and DGM testing. For emergency products containing batteries, the packaging must withstand the impact of transportation forces. For products with external batteries, each battery group must have independent packaging, and the battery pack’s ports should remain disconnected from the emergency module. Additionally, for emergency products containing different types of batteries, the appropriate battery labels and warning labels must be applied to distinguish them according to the testing reports.
For example, in the case of emergency controllers with lithium batteries, for air transport orders, the outer box must bear the “UN3481″ warning label.
																														
In conclusion, Phenix Lighting maintains strict requirements for battery management, from warehouse environments to quality control, as well as safety usage and shipping requirements. Each aspect is detailed and regulated to ensure product quality and user safety. These stringent measures not only demonstrate Phenix Lighting’s commitment to quality but also reflect their care for customers. As a professional lighting product manufacturer, Phenix Lighting will continue its unwavering efforts to provide customers with higher quality and safer products and services.

Question 24

Phenix Lighting All-Metal Waterproof IP66 LED Test Switch

Accepted Answer

NEWS
Phenix Lighting All-Metal Waterproof IP66 LED Test Switch
Aug 9, 2023
As a crucial accessory for Phenix Lighting emergency drivers and inverters, the LED test switch plays an essential role in ensuring the functionality of these systems. Did you know that in addition to our standard IP20 LED test switch, we also offer an all-metal, waterproof IP66 LED test switch called the LTS-IP66?
																														
The LTS-IP66 can be purchased separately and used as a replacement for the conventional LED test switch provided with Phenix Lighting emergency drivers.
																														
Engineered with a robust waterproof design, utilizing high-quality 316 stainless steel and silicone waterproof materials, the LTS-IP66 boasts an IP66 waterproof and dustproof rating. This makes it suitable for long-term exposure to outdoor environments with heavy rain and dust. Other than its waterproof feature, theLTS-IP66 shares the same functionalities as the LTS-IP20. It is a crucial component for all Phenix Lighting emergency module products, allowing users to perform various testing functions (emergency switching tests, manual tests, monthly and annual tests) and personalize program settings (such as choosing different emergency outputs or pausing specific functions) by applying different press commands to the LTS. The LED indicator on the LTS provides real-time status updates of the emergency system (charging status, full status, emergency status, testing status, fault warnings, etc.).
Applications of the LTS-IP66 Test Switch
Phenix Lighting offers a professional all-metal, IP66-rated LED test switch suitable for all Phenix Lighting emergency LED drivers and inverters.
The LTS-IP66 LED test switch is mainly applied in the following scenarios:

When the emergency module is installed inside the luminaire, and the LED test switch becomes the only exposed component, requiring installation on a waterproof luminaire housing or remote placement in an outdoor environment.

2. When the emergency module is installed inside the luminaire, and the LED test switch becomes the only exposed component, requiring installation on a waterproof luminaire housing or remote placement in an outdoor environment.
																														
If the LTS can be installed inside the luminaire, from a cost perspective, we suggest you opt for the standard LTS-IP20 LED test switch.
																														
Wiring for the LTS-IP66 is the same as LTS-IP20, directly connecting the two leads to the corresponding terminals on the Phenix Lighting emergency module. The installation aperture for LTS-IP66 is also compatible with LTS-IP20.

In conclusion, the LTS-IP66 LED Test Switch enhances the convenience of emergency lighting solutions. Its reliable structural design and material selection ensure stable operation even in harsh outdoor conditions, immune to dampness, water splashes, or dust interference.

Question 25

Phenix Lighting 18450X Series: Flexible Integrated LED Driver Solution

Accepted Answer

NEWS
Phenix Lighting 18450X Series: Flexible Integrated LED Driver Solution
Jul 12, 2023
I am delighted to provide you with an overview of the features and upgrades of the Phenix Lighting 18450X series, an integrated LED AC+emergency driver solution.
																														
The Phenix Lighting 18450X series is designed as a driver for LED lights, enabling both normal and emergency operation. Unlike traditional products, it eliminates the need for additional LED drivers by integrating AC driving capabilities. In normal mode, this driver offers constant current and multiple selectable current outputs, as well as 0-10V dimming functionality. Currently, the product has been upgraded to the popular 18450X A1 version, catering to both European and American markets. The voltage output has been expanded from 3-42VDC to 18-60VDC to accommodate a wider range of lighting fixture operating voltages. Additionally, when the DIP switch and battery pack are fixed, the emergency power options have transitioned from a percentage of normal power to fixed power levels such as 3.5W, 7W, 14W, and 17W.
One of the key highlights of this product is the ability to set its operating current and emergency power through DIP switches. Now, let’s focus on the differences between the American and European versions in this regard:
1）American version: By utilizing DIP switches 1/2/3, you can set the operating current in normal mode. For emergency mode, DIP switches 4/5 allow you to set the emergency output power. For example, in the American version, you can choose to adapt to a 1AH battery with 3.5W, a 2AH battery with 7W, a 4AH battery with 14W, or a 5AH battery with 17W.
																														
2）European version: Similar to the American version, you can set the operating current in normal mode using DIP switches 1/2/3. In emergency mode, DIP switches 4/5 are used to set the emergency output power. However, in the European version, the emergency power is determined based on the battery capacity of the module, allowing for different emergency durations. You can select emergency durations of 1 hour, 1.5 hours, 2 hours, or 3 hours.
																														
These differences enable the Phenix Lighting 18450X series to meet the market demands and standards of different regions. Whether you are operating in the American or European market, we offer the respective versions to ensure compatibility and performance of the product.
If you have any further questions or require technical details about the product, please do not hesitate to contact us. We are more than happy to provide you with further support and assistance.

Question 26

Phenix Lighting – Providing Reliable Emergency Lighting and Power Equipment

Accepted Answer

NEWS
Phenix Lighting – Providing Reliable Emergency Lighting and Power Equipment
Apr, 2023
Phenix Lighting is a professional manufacturer based in China, specializing in 120-277V CE+UL universal emergency units since 2003. The company offers emergency lighting and power equipment that is widely used in wind power, marine, industrial and architectural fields and other extreme environments. With their commitment to innovation and quality, Phenix Lighting aims to provide reliable solutions for emergency lighting and power problems.
																														
The demand for emergency lighting and power equipment has been increasing in recent years. In particular, industries that are exposed to extreme environments require durable and dependable emergency lighting and power equipment. This is where Phenix Lighting comes in, offering emergency units 18430X-X that operate in temperatures ranging from -40°C to +50°C (-40°F to +122°F).
																														
Phenix Lighting’s emergency units are designed to be compatible with both DC and AC LED drivers, providing constant emergency power output. The output voltage ranges from 20 to 400VDC, making it suitable for a wide range of applications. The auto dimming (0-10V) feature of the connected load also ensures that emergency lighting and power equipment consumes only the power required.
																														
The emergency units offered by Phenix Lighting are also IP66 rated, making them suitable for outdoor and wet applications. With their focus on quality and innovation, Phenix Lighting provides reliable solutions for emergency lighting and power problems that other companies cannot match.
Phenix Lighting is a professional manufacturer that offers reliable emergency lighting and power equipment. Their emergency units are widely used in extreme environments such as wind power, marine, industrial and architectural fields, and they continue to innovate with their commitment to quality. For anyone looking for emergency lighting and power equipment that can withstand extreme conditions, Phenix Lighting is a name worth considering.

Question 27

Phenix Emergency Solution for LED Down Lights

Accepted Answer

NEWS
Phenix Emergency Solution for LED Down Lights
Dec 7, 2022
1)    Customer’s requirements
Realize the emergency function for a 9-40W LED Down light without changing the internal wiring of the luminaries’ itself.
Emergency power: 9W   
Emergency time: >90mins
Certification requirement: cULus Listed
Target market: North America
																														
2)    Phenix’s Best Recommendation: 184901-2
Product picture:
																														
Emergency power: 9W
Output voltage: 10-300V，Perfectly compatible with most both DC LED loads and AC LED emergency power output tubes and bulbs
Constant emergency power output, Automatic output current matching
cULus Listed certification, with two ended external wires and metal conduit
Slim aluminum housing, small size, easy to install
Discharge time: Up to 120 mins at normal temperature (+25°C), 110 mins at high temperature (+50°C) and 95 mins at cold temperature (-5°C).
3)    Wiring
Very simple wiring diagram as follows:
																														
4)    Customer case sharing

5)    Manual Testing after wiring
&#8211;         Connect the mains power supply, the luminaire goes into the normal mode, the LED test switch’s signal lamp flashes slowly, indicating the battery pack is being charged (the LED signal lamp will be steady on after being fully charged); 
&#8211;         Disconnect the mains power supply and the luminaire goes into the emergency mode. The emergency power is 9W. The LED test switch’s signal lamp is off, indicating that the battery pack is being discharged. 
&#8211;         After the test, press the LED test switch over 3 seconds to exit the emergency mode.
 The most remarkable feature of the 18490X-X series is their slim size. Its cross section size of W 30mm X H 22mm was designed exactly in accordance with the sectional dimensions of the slimmest traditional fluorescent electronic ballasts in the world, which solved most customers’ concerns about the size of the led emergency module.
For Phenix Lighting, we always stick to making the best products and serving customers with our professionalism.

Question 28

Mini Emergency Lighting Inverter 184600

Accepted Answer

NEWS
Mini Emergency Lighting Inverter 184600
Oct 31, 2022
Before introducing Phenix Mini Emergency Lighting Inverter 184600 please let me have a simple introduction on our brand positioning of products, Phenix Lighting is positioning in the world top class emergency lighting power supply for the North America market. Phenix Lighting is the only Chinese company which has obtained the U.S. patent protection for the emergency dimming technology used in the emergency lighting Inverters. Phenix Lighting sticks to constant innovation on the products design, following the strict high quality standards and internal testing process without compromise. Our target customers have always been those share our commitment to product quality and performance.
 
																														
Back to our Mini Emergency Lighting Inverter 184600 – As all Phenix Inverters, it produces pure sinusoidal AC output (sine waveform) just as that produced by AC mains power. Phenix inverters  have passed all European and American standards (CE/EMC, LVD, cULus, FCC, CEC Title 20). To make both safe and compact mini inverters, through repeated experiments, we finally chose world leading brand Li-ion battery, aluminum alloy shell, safer and more reliable circuit design with multiple protections, all key components including IC, MOS, battery cell and etc. are all from top international brands, with battery charge and discharge protection settings. A min. 90 minutes discharging duration at temperature 0℃-50℃ can be guaranteed during 5 years quality warranty period.
Phenix inverters allow designated lamps or lighting fixtures (loads) to serve as code-compliant emergency lighting sources during failure of normal AC power.Phenix Emergency Lighting Inverters work with a variety of lighting systems (e.g., LED, fluorescent) and lamp types (e.g., LED strip system, Edison-based, fluorescent linear, CFL). In addition, they are suitable for almost any applications, including wind & marine energy, retail, commercial, hospitality, schools, healthcare and etc. Emergency lighting inverters are an excellent choice for use with multiple fixtures and in cases where emergency LED drivers cannot be used, such as with integral-base lamps. They also offer the advantage of long-distance remote installation.
																														
No need to change the original wiring of the lamps/fixtures when using the inverters, just need to connect it behind the mains power supply box, all the lamps/fixtures connect to it on will be with emergency function; this will greatly facilitate the field application of end users. 184600 has auto dimming (0-10V) function, if the total load is 36W or less, the output emergency power is equal to the load power. As the lumen output of emergency lighting can be lower than normal lighting, no need up to sufficient power so as to save cost, therefore, 184600’s 0-10V dimming function demonstrate its excellence – 184600 can load 360W Max. 0-10V dimmable lamps or lighting fixtures, equivalent to 10 times of the rated emergency power.  
																														
184600 features a constant output power of Max. 36W, when the 0-10V load is over 36W, in emergency mode, inverter will Auto lower the load power to be within 36W. For instance:
&#8211;   To be connected with a 72W 0-10V load, in emergency mode, inverter will auto adjust the power to 50%, that is 36W;
&#8211;   To be connected with different powers of loads with total power of 72W – one is 36W, the other two are 18W, in emergency mode, proportionally, 36W is dimmed to18W, 18W dimmed to 9W, which is in total of 36W.
According to the U.S. law, monthly test and annual test are required for emergency lighting products so as to make sure the emergency lighting unit can keep working normally. All Phenix inverters feature Auto Test function so as to save the cost of manual maintenance: The first monthly Auto Test will be conducted sometime between 24 hours and 7 days after the mains is switched on. Afterwards, a monthly Auto Test every 30 days, and an annual Auto Test every 52 weeks after first powered on. Monthly Auto test time is about 30 seconds, and Annual Auto test time is about 90 minutes.

Question 29

Linear LED Emergency Driver, perfectly integrated with various LED lighting fixtures

Accepted Answer

NEWS
Linear LED Emergency Driver, perfectly integrated with various LED lighting fixtures
Jul 12, 2023
In the modern lighting industry, various emergency lighting solutions are continuously applied to lighting projects in commercial, industrial, and architectural fields. The Linear LED Emergency Driver 18490X-X series from Phenix Lighting has become one of the most representative series in the Phenix Lighting LED Emergency Driver family. With its irreplaceable features, it not only seamlessly integrates with various LED lighting fixtures but also possesses strong market competitiveness.
																														
The most remarkable feature of the 18490X-X series is its compact size. With a cross-sectional dimension of W 30mm X H 22mm, it is designed to match the smallest cross-sectional dimension of traditional fluorescent electronic ballasts in the world, addressing the concerns of most customers regarding the size of LED emergency modules. Its slim and minimalist appearance is tailored to fit in most space-constrained light fixtures.
																														
With its constant emergency power output, wide range of output voltage from 5 to 300VDC, output current auto adjustable, it is perfectly compatible with both DC LED loads and AC LED. The emergency power options available are 4.5W, 9W, 10W, 13.5W, and 18W.
In terms of wiring, the 18490X-1 series features peripheral wiring terminals that can be conveniently placed inside even the slimmest linear fixtures. On the other hand, the 18490X-2 and 18490X-3 series come with metal conduits and are designed to be installed externally on the fixtures. The 18490X-2 series, in particular, offers a straightforward wiring method suitable for AC fixtures, Type B tubes, and other similar load types.
																														
Once you choose Phenix Lighting’s range of emergency products, you will benefit from the following advantages:
Reliability: Our solutions undergo rigorous testing and validation to provide reliable lighting support during emergency situations, ensuring uninterrupted operation of your business.
Compatibility: Our solutions are widely applicable to various types of Type B LED tube lights, ensuring seamless integration with your existing lighting system.
Efficiency: The 18490X-X series offers outstanding emergency power and a lighting duration of over 90 minutes, providing ample emergency illumination for your business.
Easy installation: Our solutions are designed for simplicity, featuring convenient and quick wiring, saving you time and effort.
																														
Of course, in addition to its powerful performance, excellent cost-effectiveness, and market competitiveness are also key factors for many customers continue to choose this series. If you are looking for the perfect emergency solution for your lighting fixtures, Phenix Lighting will undoubtedly be your most reliable partner. For more information, please feel free to visit the official website of Phenix Lighting: https://www.phenixemergency.com/

Question 30

LED Emergency Lighting Inverter: Reliable Power Backup for Critical Situations

Accepted Answer

NEWS
LED Emergency Lighting Inverter: Reliable Power Backup for Critical Situations
Apr 24, 2023
Phenix Lighting is a reputable Chinese company that specializes in developing and manufacturing LED emergency lighting equipment. Since 2003, we have been committed to producing high-quality products that meet strict standards and undergo rigorous testing. One of our most innovative solutions is the LED Emergency Lighting Inverter, which combines advanced features with a compact and lightweight design.
																														
The LED Emergency Lighting Inverter by Phenix Lighting is a versatile device that converts DC power from a battery or other source into AC power that can be used to illuminate LED fixtures during a power outage or other emergency. What makes this inverter stand out is its pure sinusoidal output, which ensures stable and reliable performance for sensitive loads such as computers, medical equipment, or communication devices. The inverter also features automatic dimming (0-10V) of the connected load in emergency mode, which can save energy and extend the battery life. Moreover, the inverter’s output voltage is auto-set according to different input voltages, which makes it compatible with different types of batteries and solar panels. With these features, the LED Emergency Lighting Inverter can provide up to 5-10 times the nominal emergency output power for 0-10V dimmable loads, making it suitable for a wide range of applications.
																														
Another advantage of the LED Emergency Lighting Inverter by Phenix Lighting has a slim and lightweight design that makes it easy to install and use in various indoor and outdoor settings. The housing of the inverter is made of aluminum, which provides excellent heat dissipation and durability. The inverter is also suitable for dry and damp conditions, which makes it ideal for use in warehouses, factories, parking lots, stairwells, and other locations that require reliable emergency lighting. With its compact size and user-friendly features, the LED Emergency Lighting Inverter can help you improve your emergency response plan and ensure the safety of your facility.
																														
In conclusion, the LED Emergency Lighting Inverter by Phenix Lighting is a remarkable product that combines cutting-edge technology with practical features for emergency lighting. If you are looking for a reliable and efficient backup power solution for your LED fixtures, trust Phenix Lighting to provide you with the best emergency lighting equipment that meets your needs and exceeds your expectations.

Question 31

Key Selection Points for Emergency Lighting Solutions in Harsh Environments

Accepted Answer

NEWS
Key Selection Points for Emergency Lighting Solutions in Harsh Environments
Sep 12, 2023
1.  Challenges in the Design of Lighting Fixtures in Harsh Environments
Extreme Temperatures: High or low temperatures in harsh environments pose significant challenges for lighting fixtures. Solutions include optimizing heat dissipation systems, selecting high-temperature electronic components, and implementing low-temperature startup technology.
Water and Dust Resistance: High humidity environments present another challenge for lighting fixtures. Sealed designs, waterproof technology, and humidity testing are crucial for addressing moisture-related issues.
Corrosion and Radiation Resistance: High salt levels and humid conditions in seawater environments can be highly corrosive to lighting fixtures. Lighting fixtures in such areas need to be corrosion-resistant. Chemical factories and laboratories may contain corrosive chemicals and gases that can threaten lighting fixtures. Acidic or alkaline substances may be present in food processing plants, potentially damaging standard lighting fixtures. Chlorine and humidity in swimming pools and gyms can cause corrosion to lighting fixtures. Outdoor emergency lighting systems need to withstand various weather conditions, including rain and UV radiation. Underground parking garages are often damp and may be affected by car exhaust and chemical leaks, requiring corrosion-resistant lighting fixtures. Lighting fixtures in corrosive atmospheres need anti-corrosion coatings and special material selection. Salt spray testing and corrosion resistance assessments are essential for verifying the reliability of lighting fixtures. Radiation in certain environments, such as ultraviolet or X-ray radiation, can affect the materials and electronic components of lighting fixtures.
Explosion-Proof, Seismic, and Impact Resistance: Industrial environments like factories, production facilities, and warehouses may experience vibration, impact, or mechanical shocks, requiring resilient lighting fixtures. Lighting systems on vehicles, ships, and aircraft need to be seismic-resistant to cope with motion and turbulence. Some high-risk areas like powder depots, mines, and chemical factories may experience explosions or other hazardous incidents, necessitating lighting fixtures capable of withstanding impacts. Outdoor lighting fixtures such as streetlights and stadium lights need to have a certain level of wind and seismic resistance to withstand adverse weather conditions. Lighting fixtures in military facilities and military vehicles need to remain stable in harsh conditions, including vibration and impact. Wind power environments demand lighting fixtures with seismic resistance, including shock-absorbing technology and secure mounting.
																														
2. Key Factors Ensuring Reliability of Emergency Lighting in Harsh Environments

Water and Dust Resistance: Emergency module enclosures must be sealed to prevent dust and moisture ingress.
Corrosion and Radiation Resistance: Materials and components must exhibit corrosion resistance, especially in corrosive environments. Anti-corrosion coatings and special materials are necessary, and salt spray testing and corrosion resistance assessments are essential.
Wide Temperature Range: Emergency modules must operate normally under extreme temperature conditions, necessitating a wide temperature range design.
Low-Temperature Performance: Emergency modules must start quickly and provide reliable lighting in low-temperature conditions.
Vibration and Impact Resistance: Emergency modules must resist various levels of vibration and impact from external sources.
High-Efficiency Batteries: Batteries are critical components of emergency lighting systems, and batteries for use in harsh environments have stringent requirements. Performance testing of backup power batteries, including charge-discharge cycles, temperature tolerance, and capacity testing, is necessary to ensure reliable power supply.
Automatic Testing and Monitoring: Emergency lighting systems should have automatic testing capabilities, periodically self-testing backup power and battery status. Such systems can detect potential issues and provide timely alerts.

When designing and selecting emergency lighting systems for harsh environments, environmental characteristics, compliance requirements, and future trends need to be thoroughly considered. The performance of lighting fixtures in harsh environments and the key functions of emergency modules will directly impact system reliability. With ongoing technological advancements, emergency lighting systems will become more intelligent, sustainable, and easy to maintain to meet various challenges and requirements. Investing in high-quality emergency lighting systems for harsh environments provides solid safety assurance for buildings and facilities.
Phenix Lighting (Xiamen) Co., Ltd. has been dedicated to the research and production of CE and UL emergency lighting power supplies and related lighting systems for over 20 years. Our products are widely used in extreme environments in the wind power, marine, industrial, and architectural sectors. We are committed to providing one-stop emergency solutions for professional customers worldwide.

Question 32

Importance of Pure Sine Wave AC Output in Emergency Lighting Inverters

Accepted Answer

NEWS
Importance of Pure Sine Wave AC Output in Emergency Lighting Inverters
Apr 6, 2023
If you are engaged in the emergency lighting inverter business, then you know how important it is to provide your customers with a quality product that meets their exacting specifications. One of the most critical components of any emergency lighting inverter is the pure sine wave AC output. Without this capability, your customers won’t have the reliable backup power they need in the event of a power outage or other emergency.
All the inverters from Phenix Lighting  feature a pure sinusoidal waveform rather than square waveform output or modified sine wave. The pure sinusoidal waveform is characterized by very low harmonic distortion and by clean power similar to that produced by mains power supply. This makes Phenix Lighting’s Emergency lighting inverters can work with a variety of lighting systems (e.g., LED, fluorescent, incandescent) and lamp types (e.g. LED strip system, Edison-based, fluorescent linear, CFL and etc.) without any mismatching issue occurred.
In terms of safety, reliability and life time, pure sine wave inverter is much higher than square wave inverter or Modified sine wave inverter. At Phenix Lighting (Xiamen) Co., Ltd., we are well aware of the importance of sine wave AC output in emergency lighting inverters . That’s why we’re dedicated to developing and manufacturing cutting-edge products that deliver the highest levels of performance and reliability.
																														
Phenix Lighting’s power inverters  are designed with the latest sine wave technology to ensure consistent power output even during grid dips and fluctuations. Not only does this feature provide peace of mind for your customers, it also ensures the safety of those in the building in case of an emergency. 
																														
If you are planning to purchase an inverter ，it is highly recommended to go for Phenix Lighting pure Sine wave AC output inverter. As the technology continues rising, the cost of Phenix Lighting’s sine wave inverters are very competitive in the global market. 
																														
As a German company dedicated to the design and manufacture of unique lighting solutions, we understand the importance of delivering innovative products that exceed our customers’ expectations. That’s why we invest heavily in research and development to stay ahead and provide cutting-edge solutions that meet global market demands.
We believe our commitment to innovation, quality, and customer satisfaction sets us apart from the competition. Therefore, if you are looking for an emergency lighting inverter supplier who really understands your needs, Phenix Lighting (Xiamen) Co., Ltd. is your best choice. We will do so through our reliable, high-quality products and outstanding customer service.

Question 33

How important the LED emergency lighting inverters is?

Accepted Answer

NEWS
How important the LED emergency lighting inverters is?
Apr 18, 2023
LED emergency lighting inverters are essential in emergency situations. These inverters provide emergency lighting when the power goes out, which is very important for safety reasons. The inverter incorporates Power Sharing Technology (PST) which allows single or multiple 0-10 Vdc controlled luminaires to automatically adjust and share emergency power. This is a great feature because it saves energy and ensures you have consistent lighting.
One of the features of the LED emergency lighting inverter is the pure sinusoidal AC output. This is important as it ensures that the emergency lighting is of high quality and does not cause any damage to light fixtures or fixtures. In addition, automatic setting of the output voltage according to different input voltages is an excellent feature that ensures high quality and consistency of emergency lighting.
The Inverter is compact and lightweight for indoor, dry and wet applications. The extremely slim aluminum enclosure is perfect for those who need emergency lighting but don’t want to sacrifice the aesthetics of their space.
																														
Phenix Lighting (Xiamen) Co., Ltd. is a company that has been committed to the development, design and manufacture of emergency lighting power supply equipment and unique lighting since 2003. The company is a German company that has always focused on independent innovation, which has helped them maintain their technological advantages. Phenix unique 0-10V Automatic Preset Dimming (0-10V APD) patent technology allows users to make utmost use of the inverter’s output power under any circumstances, and to help save the energy and cost.

Question 34

How did Phenix choose a reliable battery for the emergency drivers?

Accepted Answer

NEWS
How did Phenix choose a reliable battery for the emergency drivers?
Nov 25, 2022
First, the battery shall be from international well known brands and has UL certificate. The supplier shall have at least 5 years of experience in serving North American major brand customers. The supplier shall provide business license, self-evaluation form (including production and supply capacity), regulatory agreement, test report, qualification document, product certificate, etc., and then present the samples for Phenix’s evaluation.
For the test confirmation of battery samples, Phenix Lighting  has its own testing requirements and methods.
Besides the measurable parameters confirmation as per product specifications/test report that both sides confirm in advance, e.g.: battery’s voltage, capacity, size, charging and discharging time and watts at low, normal and high temperatures etc., the battery sample needs to be conducted 100 cycles of accelerated aging (charge and discharge) test for 20 working days. This method provides good evidence of the battery supplier’s quality and potential long-term reliability. And using this method, we performed the same tests at 0 ° C and 50 ° C, and the degradation curve at 50 ° C is a better indicator of battery life degradation.
The following is an example of Phenix Lighting 100 cycles of accelerated aging test for a Li-ion battery pack:
Prior to starting the 50℃ high temperature test: Trickle charge the battery till the battery is full charged (24 hours)

Measure Battery voltage at full charge “T0” as zero minute of discharge.
Complete discharge (Discharge load shall be based on the highest rated load). Measure and record the discharge voltage and current at least every 5 minutes during the discharge process.
Fast charge with 1C high current for 55 minutes.
Repeat Step #1 (100 cycles in total; each cycle need ~3 hours; 5 cycles per day x ~20 days = 100 cycles).
Compare battery performance between early cycles and late cycles.

The resulting message is an “accelerated aging curve” as shown below:
																														
Notes:
Time 1: Battery sample #1    
Time 2: Battery sample #2    
Determination criteria: attenuation of each sample < 10%
The attenuation of sample #1 is: (120-113) /120=5.83%, which is less than 10%, so judged qualified.
The attenuation of sample #2 is: (120-106) /120=11.67%, which is more than 10%, so judged unqualified
However, because the sample #2 failed, this battery from this supplier was finally judged unqualified.
This method can test the performance and reliability of the Li-ion batteries in a relatively short period of time. The tests show significant differences between the performance of the top performing brands and other normal brands- even that their initial performances seem almost same.
Finally, Phenix Lighting will keep the annual assessment of the battery suppliers to confirm whether the qualification is maintained or not.

Question 35

Fearless Blackout: Phenix Lighting’s Strategy for Emergency Solutions on American Standard Fixtures 1

Accepted Answer

NEWS
Fearless Blackout: Phenix Lighting’s Strategy for Emergency Solutions on American Standard Fixtures 1
Nov 22, 2023
With the widespread application of LED technology in the lighting industry, the design and selection of emergency solutions for LED fixtures have become crucial. Phenix Lighting, as your reliable provider of lighting emergency solutions, has been continuously innovating and optimizing products to ensure the provision of continuous and efficient lighting inside buildings during emergencies.
																														
Emergency Solutions for LED Flat Panel Lights
As LED flat panel lights become increasingly common in offices, commercial spaces, and industrial settings, the demand for emergency solutions has grown. Phenix Lighting offers two specialized emergency products designed for such fixtures: the 184501 Integrated AC+LED Emergency Driver and the 184904-3 Linear LED Emergency Driver.
&#8211;         184501 Integrated AC+LED Emergency Driver This solution integrates both AC and emergency driver functions, providing normal and emergency lighting without the need for an additional LED driver. It allows for different current outputs and 0-10V dimming in normal lighting conditions. The emergency mode offers various output powers (ranging from 3.5W, 7W, 14W to 17W) and durations, ensuring sufficient lighting during power outages. It greatly simplifies fixture wiring, making maintenance more convenient and reducing overall costs.
&#8211;         184904-3 Linear LED Emergency Driver Designed for approximately 40-50W LED flat panel lights, this 10W LED emergency driver provides over 90 minutes of illumination during power outages. Its high cost-effectiveness has made it popular in the market, and its design with an integrated battery and metal conduit ensures stability and durability.
Emergency Solutions for Linear LED Fixtures
Linear LED fixtures are widely used in large office spaces and malls, often requiring emergency backup power. Phenix Lighting’s 18490X-X series addresses the challenge of limited space in linear fixtures. This ultra-thin and compact linear emergency battery pack, with a minimal cross-section of 1.18″ * 0.87″, can be installed inside the majority of linear LED fixtures, significantly reducing installation costs.
																														
Emergency Solutions for LED Wall Packs
LED Wall Packs, chosen for exterior building lighting, demand specific designs to adapt to different environments. Phenix Lighting’s 18430X-1 Low-Temperature LED Emergency Driver can provide over 90 minutes of emergency lighting in extreme temperatures from -40°C to +50°C. Its built-in battery heating and real-time monitoring system ensure stable emergency lighting output. Its compact size allows installation within any LED fixture, making it an ideal emergency solution for LED Wall Packs.
																														
In the design and selection of emergency solutions for fixtures, Phenix Lighting, through continuous innovation and optimization, offers a range of efficient and reliable products. In times of emergency, these solutions ensure continuous and efficient lighting inside buildings, providing a valuable time window for evacuation. Choosing Phenix Lighting’s products guarantees a reliable safety net for your lighting system.

Question 36

Emergency Lighting Solution: Phenix Lighting Safeguards LED Type B Tubes

Accepted Answer

NEWS
Emergency Lighting Solution: Phenix Lighting Safeguards LED Type B Tubes
Jul 6, 2023
In today’s modern commercial environment, the reliability and safety of lighting systems are crucial considerations for businesses across various industries. As a leading provider of lighting solutions, Phenix Lighting has developed an innovative emergency solution specifically for LED Type B tubes, aiming to help your business respond to unexpected situations and ensure continuous illumination.
For Type B LED tubes, we recommend our 18490X-X series, a linear LED emergency driver with built-in battery, designed to meet your emergency lighting requirements. This solution operates well under standard climate conditions ranging from 0 to 50 degrees Celsius. It provides emergency power options of 4.5W, 9W, 13.5W, and 18W, offering over 90 minutes of continuous emergency lighting.

By utilizing the 18490X-X linear LED emergency driver, you can ensure that Type B LED tubes will continue to provide necessary illumination during emergency situations, safeguarding your business from unnecessary disruptions or losses. The wiring design of the 18490X-X linear LED emergency driver facilitates easy integration into your existing lighting system, eliminating the need for complicated installation steps

Here is the compatibility report of our tested 18490X-X series with various LED Type B tubes:
																														
Phenix Lighting’s LED tube emergency solution has been meticulously developed to ensure smooth operation of your business in any emergency scenario. We collaborate closely with leading LED tube manufacturers to ensure our solution achieves optimal levels of compatibility and performance.
By choosing Phenix Lighting’s emergency solution, you will benefit from:
Reliability: Our solution undergoes rigorous testing and validation to provide reliable lighting support during emergency situations, ensuring uninterrupted operation of your business.
Compatibility: Our solution is widely applicable to various types of Type B LED tubes, ensuring seamless integration with your existing lighting system.
Efficiency: The 18490X-X series offers outstanding emergency power and a lighting duration of over 90 minutes, providing ample emergency illumination for your business.
Easy Installation: Our solution is designed for simplicity, featuring convenient and quick wiring, saving you time and effort.
																														
Phenix Lighting is committed to providing exceptional lighting solutions to our customers and constantly collaborates with the latest technologies to meet evolving market demands. We believe that choosing our LED tube emergency solution will bring reliability, safety, and continuity to your business. For further information or to discuss your specific requirements, please feel free to contact us. We look forward to partnering with you and driving the growth of your business.

Question 37

Emergency Lighting Equipment, Safeguarding Public Safety

Accepted Answer

NEWS
Emergency Lighting Equipment, Safeguarding Public Safety
Sep 5, 2023
With the development and progress of society, as well as the continuous innovation of technology, standards in various industries are constantly being improved. As industrial specialization deepens, there are increasing demands in various aspects, and the lighting industry is no exception. Public safety, as the fundamental principle of all social activities, permeates every aspect of every industry. The emergence of emergency lighting is precisely to more effectively uphold this principle and maximize the protection of human life and property safety.
When certain emergencies occur, such as earthquakes, fires, or other events that lead to a sudden loss of grid power supply, a stable and reliable emergency lighting system becomes exceptionally crucial. It provides people with the necessary illumination for immediate evacuation, and it buys precious time for subsequent system recovery and repairs. In this process, Emergency Lighting Equipment plays an exceptionally vital role.
																														
Phenix Lighting, as a professional company with over 20 years of experience in emergency lighting solutions, is also one of the earliest firms in China to engage in the development and design of such solutions. We have always adhered to the philosophy of &#8220;achieving excellence in our products,&#8221; dedicating all our efforts to deliver the best products and services to our customers. Our design emphasizes functionality, flexibility, rational layout, and compact structure, taking into consideration the compatibility and adaptability to various types of LED fixtures. The product casing is crafted from high-strength, heat-efficient aluminum alloy material. Compared to other top-tier brands worldwide, PHENIX emergency power supplies offer unparalleled advantages in terms of robust functionality, flexible configurations, compact dimensions, and competitive pricing.
																														
Currently, Phenix Lighting&#8217;s main products are divided into two major categories: LED Emergency Driver and Lighting Inverter. role in different application fields: providing outstanding performance and reliable emergency lighting. The LED emergency driver series is typically compatible with various types of luminaires and is widely endorsed by major luminaire manufacturers. It includes the 18450X series  which combines an AC driver with an LED emergency driver. CONSTANT POWER LED emergency driver 18470X-X with CLASS II output. We also have our &#8220;Slim size,&#8221; which is known as the world&#8217;s smallest battery-integrated emergency driver, with a wide voltage DC output of 10-300V, adaptable to various DC and AC loads, and featuring exceptional cost-effectiveness, this is our Linear LED Emergency Driver 18490X-X. Of course, our 18430X-X series of cold emergency power packs is the world&#8217;s first to guarantee more than 90 minutes of emergency time in environments ranging from -40°C to 50°C. This series, particularly the IP66-rated 18430X-6, stands out as an extraordinary star product from Phenix Lighting. It provides unmatched reliability for outdoor locations, humid environments, and hazardous areas. 
																														
The Lighting Inverter, without the need to distinguish between various types of lighting fixtures, can be directly applied to various lighting projects. All our products meet UL Listed certification standards and can be installed directly by qualified electricians. Due to its convenience and strong compatibility, it has received unanimous praise from lighting project contractors and electrical product distributors. The Phenix Lighting Inverter 18460X series is an emergency lighting inverter designed for small to medium power applications. It includes emergency power options of 27W, 36W, 100W, and 200W.
																														
And the Parallelable Modular Inverter 184804. This series does not require any changes to the product&#8217;s inherent structure. The power can be increased from 400W to 2000W by combining product modules.
																														
If you are a professional in the lighting industry and are looking for the best emergency lighting solutions for your lighting products, without a doubt, Phenix Lighting will be your top-quality partner. To learn more about our products, please feel free to visit our company&#8217;s website: https://www.phenixemergency.com/.

Question 38

Emergency Lighting Equipment under CEC TITLE 20 Regulations

Accepted Answer

NEWS
Emergency Lighting Equipment under CEC TITLE 20 Regulations
Jul 25, 2023
CEC TITLE 20 is the energy efficiency regulations for Consumer Electronics and Home Appliances, established by the California Energy Commission (CEC), aimed at promoting energy efficiency and conservation measures. The regulations are designed to enhance the efficiency of electrical products, save energy, and reduce gas emissions and greenhouse effects. This regulation applies to Emergency Lighting Equipment products, including LED Emergency Drivers and Emergency Lighting Inverters also includes some performance requirements:
Energy Efficiency Requirements: LED Emergency Drivers and Emergency Lighting Inverters must comply with energy efficiency standards to ensure reasonable energy consumption in both normal and emergency modes. 
Automatic Testing Function: LED Emergency Drivers and Emergency Lighting Inverters should be equipped with an automatic testing function to periodically monitor the system’s operation status and battery performance, and provide features such as alarms or indicator lights.
 Emergency Duration: LED Emergency Drivers and Emergency Lighting Inverters need to provide a certain duration of lighting in emergency mode, typically at least 90 minutes, to ensure sufficient illumination during power failures or emergencies.
 Compatibility Requirements: LED Emergency Drivers and Emergency Lighting Inverters should be compatible with various types of LED luminaires to accommodate different installation and application needs.
 Safety Requirements: LED Emergency Drivers and Lighting Inverters must comply with relevant safety standards and requirements to ensure electrical safety and reliability during use.
																														
Phenix Lighting, as a professional brand in China specializing in Emergency Lighting Equipment for the North American market, constantly stays abreast of market trends and is committed to providing customers with high-quality, high-performance, and reliable emergency lighting products and services. We always pay attention to the end market and the issuance and updates of various regulations and standards within the industry. This ensures that the Emergency Lighting Equipment we provide always complies with these regulations and standards. Currently, our flagship products not only meet other industry certifications but also comply with the relevant requirements of CEC TITLE 20, with the BC certification mark indicated on the product models.
																														
Currently, Phenix Lighting&#8217;s emergency products mainly fall into two categories:

LED Emergency Driver：

The main LED emergency Driver mainly includes:
18450X series: This is one of the few Emergency products in the industry that can be compatible with conventional AC LED Driver+ Emergency driver. No need an extra ACLED driver.
18470X-X series：Constant Power LED Emergency Driver, CLASS II output，perfectly compatible with DC LED loads.
18490X-X series: The Linear LED Emergency Driver. It is the smallest LED emergency driver (with built-in battery) in the world. Its cross-sectional size of 30x22mm is comparable to that of the smallest commercially available T5 electronic ballasts. Constant emergency power output, wide range of output voltage from 5 to 300VDC, output current auto adjustable. Perfectly compatible with both DC LED loads and AC LED tubes or bulb. And the 18490X-2 series is particularly simple for AC lamps.
18430X-X series：This is the first Low temperature emergency led driver eries in the world, which can guarantee minimum 90 minutes emergency time in wide temperature range from -40°C to +50°C. With its wide output voltage range from 10 to 400VDC, it is perfectly compatible with almost all AC LED luminiaires and DC LED loads. Constant emergency power output 9W/18W/27W optional, output current auto adjustable. 18430X-6 is IP66 rated and can be used directly in outdoor wet locations.

Emergency Lighting Inverters:

The Lighting inverter category mainly contains:
Mini Emergency Invertert 18460X series: This series is mainly for low power and medium power lighting Inverter, emergency power are: 27W, 36W, 100W, 200W.
																														
Parallelable Modular Inverter 184804: no need to change the structure of the product itself，flexible parallelable combination from 1 to 5 modules, Max. emergency power up to 2000W.
																														
If you are currently looking for a suitable emergency solution for your lighting fixtures or projects, Phenix Lighting will undoubtedly be your best partner. If you are unsure which model is the most suitable for your needs, you can refer directly to our Selection Guide.

Question 39

All Members of One Mind

Accepted Answer

NEWS
All Members of One Mind
Nov 16, 2022
We are such a team. We have worked together for decades. For the same goal, everyone makes unremitting efforts in his own position – This is our Phenix Lighting.
																														
Since the foundation of Phenix Lighting in Year 2003, our team has grown with the company along the way. In the process of more than 20 years of continuous development, our team has been constantly added with new forces to maintain enough vitality, which is the important guarantee to make a team full fighting capacity, and makes our team more professional and functional.
																														
Up to now, our team has achieved one exciting result after another in the field of emergency lighting. Our main series of LED emergency drivers and Universal mini inverter have been supplied to several top brands in emergency lighting industry for over a decade, and have been praised by professional customers in the industry.

For product manufacturing, we work tirelessly for excellence, meticulously controlling every detail. It is precisely because of this rigorous attitude that bring our products have the unique competitiveness in quality.

In daily life, every one of Phenix Lighting loves life and nature very much. Here is how an old Chinese saying goes: It is better to travel ten thousand miles than to read ten thousand books. With the great support of our company, our team travelled many China&#8217;s famous natural scenery sites. Every trip, we not only enjoyed the beautiful natural scenery and enriched the knowledge, but also relaxed our moods and enhanced the friendship between the team members. This is also crucial to the development of teamwork.

We still have a long way to go in the future. In this process, we may encounter many difficulties and challenges, as well as various opportunities and developments. Our team will always persist, always work hard, always be dynamic and innovative, and always bring surprises to the industry.

Question 40

Comparison Report of PHENIX 18490X-X series and Other brand’s

Accepted Answer

NEWS
Comparison Report of PHENIX 18490X-X series and Other brand’s
Sep  27, 2022
Sept. 20, 2022 &#8211; Xiamen China Phenix Lighting&#8217;s latest product market survey &#8211; Comparison Report of PHENIX 18490X-X series and Other brands is released.
Through careful market research for months, lately we came up a product Comparison Report as below, which is an objective proof that Phnenix Linear Emergency Driver series -18490X-X has Significant Performance and Quality Advantages than other brands that are selling well in the market.
Comparison Report

ITEM

PHENIX LIGHTING 18490X-X

OTHER BRAND UL LED EMERGENCY DRIVER

Size

Smallest size of emergency driver with built-in battery in the world. The section is only 30mm wide and 22mm high. Suitable for the LED lightings of various sizes. aluminum alloy housing

Bigger size, Iron housing

Voltage output

With automatic detection of LED loads, voltage outputs from 5 to 300VDC are automatically matched. Applicable to most AC and DC LED loads to reduce customer&#8217;s inventory types

Fixed narrow voltage output: low voltage, middle voltage and High voltage output are different items.

Emergency output

Constant power output at any circumstance is not affected by load’s variation.

Constant current output, the emergency power is changing as the loads&#8217; voltages&#8217; variation

Components Selection

Key components from top class international brands (ST MCU, Rubycon capacitors, hongfa relays and etc.)  reliable and durable quality, long lifetime.

normal brands, low reliability and short life time

Battery Cell

International well-known brand battery cell, with higher capacity and better performance in low and high temperatures from &#8211; 5℃ and +55℃

Normal brand battery cells

Battery&#8217;s Protection

With safer DUAL all-around battery protection (1. Battery pack’s protection board; 2. protection circuit on PCBA),

Only single protection from battery itself or no protection at all

Battery Pack&#8217;s Test

Quality and Life Test: Pass Phenix 100 times high temperature acceleration aging test

Unverified

Battery Capacity and Emergency time

The battery capacity margin is sufficient to ensure that the emergency time is still over  90 minutes under 0℃ to +55℃ in 5 years&#8217; quality guarantee period. Default Ex Works Emergency time under 25 to +55℃ is 120-140  minutes, &#8211; 5℃ is over 90-100 minutes.

The battery capacity is not sufficient, which lead to the insufficient emergency time under  0+/-5℃.

Programme Control

Auto test function. Over temperature/charge/discharge protection, open/short circuit protection with auto-reset. Programmable MCU.

Without Auto test function. No MCU or simple Nonprogrammable MCU with a few control functions

LED Test Switch (LTS)

A LTS includes the function of a LED signal lamp and a test switch. LTS can indicate various modes of the emergency module. By giving LTS different pressing instructions can realize the functions of e.g. battery&#8217;s disconnection, manual monthly and annual test and reset, and other personalized customer needs (e.g. adjusting the emergency power and time, etc)

The test switch + LED signal lamp are from available common molds, can only realize some simple functions e.g. light on or off in normal and emergency modes; and manual test the conversion between emergency and normal modes

Double 85℃ Extreme Test

The PCBA passed switch on/off impact durability test at humidity 85 and temperature 85℃ more than 500 hours

Unverified

100% Quality Control

Each complete unit need to pass electrical parameters&#8217; test and min. 1 week charging and discharging test (100V, 230V and 300V) before shipping

Unverified

Question 41

Brief Discussions of China’s Lighting Emergency Power Supply Market – “Invisible Necessity” in Industrial and Commercial Lighting

Accepted Answer

NEWS
Brief Discussions of China’s Lighting Emergency Power Supply Market – “Invisible Necessity” in Industrial and Commercial Lighting
Dec 20, 2022
The particularity of emergency power supply lies in that it is a hidden product, which is not in working state in many times. As a result, most people do not understand emergency power supply, so they think it is special. As a marginal area of the lighting market, what is the difference between emergency power and LED driver? How big is the market? Is it worth it for Chinese companies to plough deeply?
The difference of emergency power supply and LED driver
From the technical perspective, the biggest difference between the two is that the emergency power supply can provide stable lighting in the case of power failure or some specific circumstances. For example, when the power failure or the power grid fluctuates greatly, the emergency lighting can replace the main light source. This is also the biggest characteristic of emergency power supply, on the one hand, this field belongs to a recessive channel, usually does not appear in the eyes of the public; On the other hand, the emergency part belongs to the fire department management, which belongs to the edge part of lighting system.
Since the emergency power supply has to manage both the power supply and the driver, it has higher technical requirements than the ordinary LED driver. At present, there are some enterprises in China making emergency lighting power supply, but most enterprises are still making emergency lighting power supply based on traditional lighting, and even directly copying the traditional fluorescent lamp power supply and applying it to LED lamps. Few company can make the deep R&D and production of the lighting emergency power supply based on the LEDs’ own characteristics like Phenix Lighting 
																														
Application field
The applications are including factories, mines, shopping malls, underground parking lots, stage and other industrial and commercial places, and wind, marine, power stations and other energy fields. These applications have very high requirements for product performance, especially reliability. For example, for gas stations, different geographical locations have different requirements. Some places require the emergency power supply to work under -20℃ to -30℃. Phenix low temperature LED emergency driver series 18430 X can work under -40℃ and the emergency time is over 90 minutes. Just because of the reliability of the products, many customers from North America and Europe tried every effort to find Phenix Lighting to develop related products.
Market volume
In China, the fire Department has relevant regulations. In commercial, industrial and mining places, one out of five lamps must be an emergency lamp, while in the North American market, one out of three lamps must be an emergency lamp. If the market volume is measured according to this standard, the foreign lighting emergency power market is at least 4 billion US dollars. Considering the number of enterprises engaged in the field of emergency power in China, it is obvious that this market has not been fully developed.
Market Features
The biggest feature of market segmentation is customized service. The geographical location of each factory, mine and gas station determines the specific parameters of the product, which needs to be matched by enterprises. Up to now, a fairly part of business of Phenix Lighting is to provide customized products, and the product development is carried out according to the specific environment of customers’ application scenarios. Based on the technical advantages in emergency power supply, Phenix Lighting has established long-term and stable cooperative relations with many well-known companies in North America and Europe after years of deep research.
Development direction of emergency power supply
As the name implies, once the emergency power supply needs to be activated, it must be a relatively urgent situation. However, how to ensure that the emergency power supply, which is mostly in standby state, can work normally when needed is another important task of the emergency power supply.
In addition, automation and intelligence are the main development direction of emergency power supply in the future. The intelligence of emergency power supply is slightly different from that of ordinary LED drive power supply, which focuses more on assisting management. Many places applied to emergency power supply, either the environmental conditions are harsh such as mining sites, north and other low temperature areas, or geographical location such as oil shelf, Marine lighthouse, maintenance and maintenance is difficult, automatic testing and wireless remote real-time monitoring of the working state of the power supply is not only humanized, but also a realistic demand.
Phenix Lighting is the earliest emergency solution provider in China serving global leading onshore and offshore wind energy companies such as VESTAS and GE. The automatic testing function of the products has saved a lot of maintenance cost after the lighting fixtures are installed. At the same time, Phenix Lighting also has the world’s leading technology reserve in wireless remote monitoring with independent intellectual property rights.

Question 42

APD Technology US invention patent

Accepted Answer

NEWS
APD Technology US invention patent
Sep 27, 2022
Phenix Lighting’s Auto Preset Dimming (APD) technology applicable to the Mini Emergency Inverter series obtained the America Invention Patent.
On May 04, 2021, Phenix Lighting obtained the America Invention Patent for the unique Auto Preset Dimming (APD) technology.
 
																														
 
This invention patent technology is widely used in Phenix Lighting’s inverters and control device, with this technology, the inverter can realize the dimming function in emergency mode, which makes the inverter load much more times of loads than its rated emergency output power, and then reduce the end user’s cost. 
The inverters with APD technology are including:&#8211;Mini Emergency inverter 18460X: 184600: 36W; 184603: 27W; 184601: 100W, 184602: 200W-Parallelable modular inverter 184800: Modular design, single module is 400W, flexibly parallel-able combination from 1 to 5 modules, Max. emergency output power up to 2000W.-Dimmable Emergency Lighting Control Device 18010-X: Flexible and precise setting to distribute or make the utmost use of the power of a 10-1000W generator or inverter.
Phenix Lighting&#8217;s inverters have following features:
Pure sinusoidal AC output. Auto Preset Dimming 0-10V the connected load in emergency mode. For emergency operation of LED, fluorescent or incandescent bulbs, tubes and lighting fixtures up to 10 times of rated emergency power. Output voltage auto setting according to different input voltages from 120-277V AC. Auto Test. Extremely slim aluminum housing and light in weight. The inverters are suitable for installation in air handling / plenum spaces in accordance with the National Electric Code and International Mechanical Code.
Dimmable Emergency Lighting Control Device 18010-X:Patented APD technology allows generator or inverter supplied emergency lighting to work under auto or preset 0-10V dimming level regardless of wall switch positionGreat energy and cost saving benefits by reduce the power consumption for the emergency lightingFlexible and precise setting to distribute or make the utmost use of the power of a 10-1000W generator or inverterSupports lighting load up to 5ADimmer, sensor or other lighting controls override capable24VDC fire alarm override capable

Question 43

Phenix Lighting attends WindEnergy 2016 held at Messe Hamburg in Germany, booth # Hall A4, booth 262

Accepted Answer

NEWS
Phenix Lighting attends WindEnergy 2016 held at Messe Hamburg in Germany, booth # Hall A4, booth 262
Sep. 27 to 30, 2016 &#8211; Hamburg, Germany

Phenix Lighting attends WindEnergy 2016 held at Messe Hamburg in Germany, booth # Hall A4, booth 262
Phenix exhibits its emergency ghting power equipments and wind ghts on the fair and gets the professional customers’ wide praise.
WindEnergy Hamburg is the world&#8217;s premier WindEnergy fair. The annual meeting of the European wind energy association is considered the most important meeting of European pocy makers in the wind energy industry. The fair covers the entire wind industry chain, down to energy storage solutions. The world&#8217;s onshore and offshore wind giants will gather at the international wind energy show in Hamburg, Germany. Germany is the ideal venue for the international wind energy exhibition. It has the world&#8217;s leading science and technology and is the first country in the world to truly promote the energy revolution and implement renewable energy.
The First WindEnergy was introduced in 2014, the business event takes place every 2 years. If you are a part of the Environment, Energy, Electricity, Petroleum industry industry, WINDENERGY is the place to form new business connections.

Question 44

Phenix Lighting paticipates in LIGHTFAIR® International 2019, Booth #5439 McWong-Phenix Lighting Co-brand is officially introduced

Accepted Answer

NEWS
Phenix Lighting paticipates in LIGHTFAIR® International 2019, Booth #5439 McWong-Phenix Lighting Co-brand is officially introduced
May 21 to 23, 2019 &#8211; Philadelphia, USA
Phenix Lighting and McWong International jointly exhibit with McWong-Phenix Lighting co-brand on the fair.
																														
McWong, a US based company with more than 30 years of experience, is the industry leader of high-end ghting control electronics and components in North American market. In 2018, both sides estabshed the strategic cooperative partnership, McWong officially became the exclusive distributor of Phenix LED emergency driver products in North America. The aim is to provide more professional, timely and reable locazed services to the customers in this region.

Question 45

Phenix Lighting exhibits in LIGHTFAIR® International 2018, booth #855 in Global Lighting & Design Pavilion

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Phenix Lighting exhibits in LIGHTFAIR® International 2018, booth #855 in Global Lighting & Design Pavilion
May 8 to 10, 2018 &#8211; Chicago, USA

Question 46

Phenix Lighting paticipates in LIGHTFAIR® International 2017, booth #2039 in Global Lighting & Design Pavilion

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Phenix Lighting paticipates in LIGHTFAIR® International 2017, booth #2039 in Global Lighting & Design Pavilion
May 09 to 11, 2017 &#8211; Philadelphia, USA

Phenix exhibits the reable constant power led emergency driver series 18470X-X on the fair and gets a great success.

Question 47

Phenix Lighting attends LIGHTFAIR® International 2016, booth #5437 in Global Lighting & Design Pavion

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Phenix Lighting attends LIGHTFAIR® International 2016, booth #5437 in Global Lighting & Design Pavilion
Apr., 26 to 28, 2016 &#8211; San Diego, USA

Phenix Lighting attends LIGHTFAIR® International 2016, booth #5437 in Global Lighting & Design Pavion
Phenix exhibits the high quaty emergency ghting power equipments on the fair and gets the professional customers’ wide praise. Phenix Lighting is becoming a leading brand of emergency ghting solution provider in North America. 
Depending on more and more customers’ approval, Phenix Lighting brand is favored by the professional north American dealers.  
Thanks a lot for all the support!

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