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Meets protection rating IP55! Achieves the highest class of efficiency in waterproof LED lighting fixtures with a specific energy consumption efficiency of 146 lm/W!!

<Features> ● Completely outdoor specification Meets protection grade IP55. You can use it with confidence even in harsh environments where water and dust are present. ● Achieves industry-leading efficiency Achieves an industry-leading specific energy consumption efficiency of 146lm/W for waterproof lighting fixtures (*1). *1 LYAA/LYBA4601 series ● Reliable durability The cover of the light source section is made of highly impact-resistant polycarbonate resin. Additionally, materials with weather-resistant grades are used to suppress discoloration (yellowing) caused by ultraviolet rays from sunlight. ● A wide variety of options for different installation scenarios With a total of 160 models and a rich variety, you can choose the optimal model according to the installation location. It is also possible to install the fixture vertically along its length, making it suitable for narrow spaces such as columns. ● Designed to withstand temporary high-temperature environments (up to +60°C) during summer The rated operating temperature range is -20°C to +40°C, but it can also be installed in temporary high-temperature environments (up to +60°C) during summer. ● Easy replacement of parts (light source section) When you want to change the brightness due to layout changes in production equipment, you can replace only the light source section while keeping the main body as is, just like with conventional fluorescent lamps.

LED lighting suitable for use in explosive hazardous locations ZONE 1 and ZONE 2.

<Features> 1. Two types of brightness (equivalent to 400W and 250W mercury lamps) are available. Industry-leading optical characteristics (rated luminous flux, light distribution characteristics, etc.) 2. Achieves high color rendering (Ra 73) compared to our conventional mercury lamp fixtures, improving the work environment.

Reliability in explosion-proof areas is essential, and glare reduction along with high color rendering improves work efficiency! Compared to our conventional fluorescent fixtures, power consumption is reduced by approximately 55%!

<Features> 1. Compatible with explosive hazardous locations ZONE1, ZONE2, and hydrogen explosion-proof requirements. 2. Our conventional explosion-proof fluorescent fixtures: Weight reduced from 15.0 kg to 11.0 kg (approximately 27%) for FHF32W high-output type for 2 lamps, and from 12.0 kg to 9.5 kg (approximately 21%) for FHF32W high-output type for 1 lamp. 3. Compared to our conventional fluorescent fixtures (FHF32W high-output type for 2 lamps), power consumption reduced from 91W to 40.5W (approximately 55%), lowering CO2 emissions. 4. Adoption of a diffusion cover for the light source to reduce glare and improve the working environment. 5. Achieves high color rendering (Ra83), enhancing the working environment. 6. Available in three brightness levels (equivalent to FHF32W high-output type for 1 lamp, for 2 lamps, and FHF16W high-output type for 1 lamp). The equivalent for FHF32W high-output type for 2 lamps boasts industry-leading high efficiency (117.3Lm/W). 7. In addition to conventional direct mount, pipe suspension, bracket type, special direct mount, and stand types, replacement demand types are also available. The brightness lineup allows for installation in a wide variety of environments. 8. The special direct mount type can be installed vertically. 9. Custom orders available for wavelength cut types below 500nm and warm white types.

The first in the domestic industry: Emergency LED lighting equipment that can be used in explosion-proof areas. Certified by the Industrial Safety and Technology Association, approved by the Minister of Land, Infrastructure, Transport and Tourism, displaying the JIL mark.

<Features> 1. Achieving all-LED lighting in explosion-proof areas Until now, LED fixtures that could be used in explosion-proof areas were limited to general lighting, and emergency lighting had to use different light sources such as incandescent or fluorescent lamps. With the long-lasting explosion-proof emergency LED fixtures, the need to separately stock replacement lamps for emergency lighting has been almost eliminated, making maintenance management easier. 2. Possible reduction in the number of installed fixtures compared to conventional emergency incandescent lamps The brightness during emergency lighting is approximately four times greater than that of conventional explosion-proof emergency incandescent fixtures (considering maintenance factor), and it is possible to reduce the number of installed fixtures by up to half while ensuring the necessary brightness of 2 lx during evacuation. 3. Charging status can be checked with a lamp monitor Equipped with an environmentally friendly nickel-metal hydride battery. When surrounding lighting fixtures are in regular operation, the lamp monitor (green) of the emergency lighting fixture lights up, indicating a normal charging status. It features a reassuring design that is easy to understand at a glance. 4. Easy battery replacement while the fixture is installed The lifespan of the built-in rechargeable battery is 4 to 6 years. During replacement, the battery compartment can be opened, and by removing the connector and screws, the battery can be easily replaced in a short time.

Explosion-proof LED lighting fixtures LZLA series, ideal for replacing incandescent and circular fluorescent lamps in explosion-proof areas.

<Models> LZLA1101 (Equivalent to 100W incandescent bulb) LZLA1501 (Equivalent to 200W incandescent bulb) LZLA2701 (Equivalent to FHF32W high-output (circular/compact fluorescent) bulb) <Features> 1. Low power consumption reduces CO2 emissions. 2. Supports a wide temperature range (-20℃ to +50℃). 3. Available in three brightness levels (equivalent to 100W and 200W incandescent bulbs, and FHF32W high-output (circular/compact fluorescent) bulb). 4. Offers various mounting options including conventional direct, pipe suspension, bracket types, as well as handrail and special direct mounting types. The diverse brightness lineup allows installation in a variety of environments. 5. Built-in power supply supports AC100-242V for AC operation and DC100-110V for DC operation. 6. Effective heat dissipation design enhances longevity, reducing the risk of working at heights. 7. Glare reduction improves the working environment. 8. Compared to our conventional LED products, it offers high color rendering (Ra65→83), improving the working environment. 9. Low insect attraction due to no ultraviolet emissions. 10. Complies with explosive hazard zones ZONE1, ZONE2, and hydrogen explosion-proof standards.

LED Road Lighting DELGA WNLA Series Road and Tunnel Lighting Equipment Specifications 2015 Edition Compliance

LED Road Lighting Fixture DELGA WNLA Series ● Top-class energy-saving performance among domestic LED road lighting fixtures. According to the Ministry of Land, Infrastructure, Transport and Tourism's "Guidelines for the Introduction of LED Road and Tunnel Lighting (Draft)," the specific energy consumption efficiency for Type f and Type g is over 117 lm/W. ● Approximately 20% reduction in power consumption compared to our conventional products. Compared to 400W mercury lamps and high-pressure sodium lamps, power consumption is reduced by about 50-80%. ● Lightning surge resistance performance: 4kV (normal mode), 15kV (common mode). ● The pole head design features an adapter that allows for three adjustable installation angles (5°/10°/15°) with a single mounting adapter (patent pending). ● In cold regions, the finless roof design eliminates snow accumulation during snowfall, reducing snow-related issues. ● Dedicated cables (8m/10m/12m) can be selected as standard according to pole height. The cable ends use waterproof connectors for easy installation.

You can estimate the required number of units and brightness with your computer! Would you like to save time on lighting design?

You can use this during the lighting planning and design when installing new lighting equipment or updating existing ones. It allows you to calculate the number of lighting fixtures and the average illuminance, enabling design and maintenance personnel to easily carry out lighting design themselves.