Recently, Samsung's F10M has brought many advantages to one. It has increased the brightness of LEDs to 1000 lumens and broke the world record. At the same time, it has opened up new application fields for LED projection products, allowing many projector manufacturers to see the broad future of LED light sources. prospect. According to media reports, well-known manufacturer Hewlett-Packard has joined the ranks of the introduction of pico projectors, HP AX325AA is 0.45-inch DLP, brightness is only 100 lumens, 800:1 contrast value, red / green / blue three-color LED light source, resolution SVGA ( 800x600), projection distance of 2.6 meters, projection size of 15 to 60 inches. The most important thing is that the weight is only 0.42 kg, using D-Sub output, but the projector is a special 30-pin connector, which can be used for 10,000 hours. LED light source has many features such as small size, low power consumption, long service life, low heat dissipation, wide color gamut, etc. These features also make it the best choice for projectors. However, LED light sources also have their shortcomings, that is, the brightness is not enough. Brightness is one of the biggest problems that plague LED projectors. Although there are LED projectors with a brightness of more than 1000 lumens on the market, this brightness is still insufficient for everyday applications, especially for commercial applications. Therefore, manufacturers still need to continue to work hard to break the technical bottleneck and make unremitting efforts to create broad prospects.
RIMA deep cycle batteries are known for their exceptional performance and reliability in long duration cycling applications. They offer a range of options, including the UND series of AGM Deep Cycle Batteries, UNG series of GEL batteries, deep cycle batteries, and Tubular Batteries.
General Future:
5-20 years design life(25℃)
Non-spillable construction
Sealed and maintenance-free
Excellent recovery from deep discharge
High density active materials plates
Longer Life and low self-discharge design
Standards:
Compliance with IEC, BS, JIS and EU standards.
UL, CE Certified
ISO45001,ISO 9001 and ISO 14001 certified production facilities
Application:
Solar and wind power system
Communication systems
Uninterruptible power supplies
Golf cars and buggies
Alarm and security system
Electric toy and wheelchairs, etc.
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Whether it is high-definition or micro-projector, it has high expectations for LED light sources. Compared with the traditional light source, the LED light source has three obvious advantages: the small size is a cold light source, and the heat dissipation module can greatly reduce the development trend of miniaturization; the color gamut range is high, which makes up for the defect that the traditional light source lacks color. More in line with the requirements of high definition. Therefore, we can see that the world's top 500 companies, such as Samsung, LG, ACER, DELL, BENQ, HP, etc. have chosen such products as the main product direction of LED projector market.
The UND series of AGM deep cycle batteries are designed to provide enhanced performance and reliability. They are equipped with high density active materials plates and a specialized paste formulation. This unique combination allows the battery to have a longer service cycle life without compromising its overall lifespan. These batteries are perfect for applications that require continuous and reliable power supply over an extended period.
The UNG series of GEL batteries are another option offered by RIMA. These batteries are known for their excellent reliability and durability. The gel electrolyte used in these batteries ensures better resistance against deep discharge, making them ideal for applications that require frequent cycling. The UNG series batteries are designed to provide consistent and reliable power even in demanding conditions.
RIMA also offers a range of deep cycle batteries that are specifically designed for long duration cycling applications. These batteries are equipped with high-quality materials and advanced technology to ensure optimal performance and longevity. They are capable of withstanding repeated deep discharge cycles without compromising their overall performance. These deep cycle batteries are perfect for applications such as solar power storage, electric vehicles, and marine applications.
Additionally, RIMA offers Tubular batteries, which are known for their superior performance and reliability. These batteries are constructed with tubular positive plates that provide excellent resistance against corrosion and enhance the overall lifespan of the battery. The Tubular batteries are designed to deliver consistent and reliable power over a long period, making them suitable for applications that require sustained cycling.
In conclusion, RIMA deep cycle batteries, including the UND series of AGM deep cycle batteries, UNG series of GEL batteries, deep cycle batteries, and Tubular batteries, are engineered to provide enhanced performance and excellent reliability in long duration cycling applications. With their high density active materials plates and specialized paste formulation, these batteries offer a longer service cycle life without compromising their overall lifespan. Whether it's for solar power storage, electric vehicles, or marine applications, RIMA deep cycle batteries are a reliable choice.
The principle of LED illumination is different from that of incandescent lamps and gas discharge lamps. The energy conversion efficiency of LED light source is very high. In theory, it can achieve 10% energy consumption of incandescent lamps. LED can achieve 50% energy saving effect compared with fluorescent lamps. . The energy saving effect is remarkable, which is undoubtedly of great significance for promoting low carbon. LEDs can also be combined with solar cells for energy saving and environmental protection. It is understood that the current life of LED bulbs for projectors is 50,000-60,000 hours, even if it is used for 5 hours a day, it can be used for 6,000 days, that is, more than 16 years. This is beneficial to the user's recognition and acceptance of the projector, and the probability of occurrence of purchase behavior will be greatly improved.