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10th Floor | Litong Semiconductor Industry Park | Shapuwei Community ,Songgang Town,Bao'an Dist | Shenzhen 518103,Guangdong Province,RPC
+86-755-23066948
+86-755-61641072
As a specialist in modern, efficient ,advanced LED lighting for industry applications,DUALRAYS LIGHTING Co.,LTD. is one of the leading professional technology and marketing oriented NHTE (National High Technology Enterprise) in R&D,manufacturing,sales and service of intelligent, healthy and efficient industrial LED luminaires.
Our main products includes LED Triproof Light, LED High Bay, LED Flood Light, LED Sport Light,LED Street Light,Solar LED Street Light etc.,with low glare,intelligence, safe and high efficience.
We are proud to provide innovative designs,affordable LED luminaires,high-touch service, excellent customer experience for the leading distributors,wholesalers and contractor from Europe and Oceania.
Professional Team
We have strong R&D team which work closely to Marketing and Sales Department,and strict quality control system and facilities to ensure the quality.
Advanced Equipment
More than 600.000 USD has been invested for advanced facilities, including SMT machine, reflow soldering machine, optoelectronics test machine, ageing test machine ects
Rich Experience
More than 8 skilled engineers with average 8 years experience work , from various fields, such as optics desgn, electronics, mechanical, thermal ects, cooperating with brand components.
One-Stop Solution
Our solutions are designed using lighting software and bespoke technology that ensure we deliver the greatest savings, the correct light levels that in turn will deliver the maximum returns to your project.
Product Advantages
Durability and versatility:
Industrial lighting fixtures are Constructed from high-quality materials designed to withstand harsh conditions and heavy use. This makes them suitable for a variety of settings, from high-traffic commercial spaces to outdoor areas exposed to the elements.
Versatile atmosphere creation:
Industrial lighting enables the creation of different moods and atmospheres depending on the type of bulb and shade used. For instance, exposed filament bulbs provide a warm and inviting ambience, while directional spotlights can highlight specific areas or objects within a space.
Aesthetic appeal:
The simple, rugged design of industrial lighting fixtures appeals to many, as it adds authenticity and character to a space.
Various design styles:
Industrial lighting complements a wide range of design styles, from contemporary to rustic, making it a versatile choice. Moreover, these fixtures can be customised and personalised to suit individual preferences. Vintage-style industrial pendant lights with weathered patinas create an antique look, while sleek, modern metal floor lamps offer a minimalist vibe.
Full-Spectrum Lighting
Full-spectrum lighting is a common type of industrial lighting that replicates the look of natural lighting from the sun. This type of light is most common in offices, studios, gardens, and aquariums of all sizes.
There are 2 main benefits of full-spectrum lighting. People will use this light as a form of during the dreary winter months. Plants can also benefit from full-spectrum lighting to help with photosynthesis.
The second has to do with full-spectrum lighting consisting of even amounts of spectral colors from violet to red. This even spectrum allows all colors to appear bright and rich. A fluorescent light, which has less red spectra, will leave red colors looking dull,
Incandescent Lighting
Incandescent lighting is one of the most common types of industrial lighting found in workplaces. Incandescent lights are traditional bulbs that use an electrical current to heat a narrow metal filament inside the bulb. The filament will illuminate lighting the bulb.
Incandescent lighting is an inexpensive lighting solution. You can find these lights in almost any work environment, generally as a supplemental or decorative light. They're versatile for indoor and outdoor use.
These lights aren't as powerful as most other industrial lighting types. They also only have a lifespan of 500-1,000 hours. They do make a good choice for anyone looking to add extra light to a work area without spending too much money.
Halogen Lighting
Halogen lights are the best type of industrial lighting for floodlighting. They are a bright white light with a powerful beam. These lights are extremely versatile as the beam can focus on one spot or flood a large area.
Halogen lights use a wire filament encased in a quartz tube with pressurized halogen gas. This gas reacts with the filament as electricity runs through the filament. They have a lifespan of about 3,000-5,000 hours.
You can use halogen lights as reflective spotlights, floods, mini-can bulbs, double-ended quartz, parabolic aluminized spots, and more.
Fluorescent Lighting
Fluorescent lights are the most durable and reliable industrial lighting types on this list. They're also energy efficient using about 1/5 of the wattage of an incandescent bulb. They have a lifespan of 12,000 to 24,000 hours and offer plenty of bright cool light.
Fluorescent lights use an electrical arc to pass through an inert gas. This causes the gas to illuminate offering bright white light. Tases lights can come in large tubes or compact bulbs for a variety of uses.
Airports - Requiring both a significant lighting spread as well as intense lumen outputs, airports have uniquely demanding lighting requirements. They also have a wide range of different building types, structures and areas that need to be illuminated, making the fixture selection equally as varied. Flood lights, wall packs and street lights are the most popular for outdoor lighting, with UFO high bay and linear low bay lighting being the preferred choice for aircraft hangars and airport maintenance facilities.
Airplane Hangars - Due to the extreme precision required when maintaining and storing aircraft inside hangars, the lighting fixtures chosen must produce exceptional lumen output in order to provide enough illumination to ensure safe, accurate and quality work. UFO high bays are the number one choice for this application, as they are some of the highest powered lighting fixtures available and provide exceptional lumen output from the high ceilings normally encountered in airplane hangars.
Manufacturing Facilities - One of the most varied types of industrial applications, manufacturing facilities have significant lighting requirements in order to ensure worker safety as well as production efficiency. The types of lighting fixtures used vary considerably depending on the specific area, ranging from high bay fixtures to low bay lights and strip lighting.
Storage Facilities - Generally speaking, most of these facilities are outdoors, with the only interior areas being small storage units with minimal lighting requirements. As such, the majority of the lighting fixtures used for storage facilities are designed to be rugged and weatherproof for outdoor use, such as flood lights, canopy lights and wall packs. Interior lighting is usually satisfied by the use of linear strip lights and flat panels depending on how the facility is configured.
Technology
The concept of hanging a lighting fixture is relatively straightforward. However, in order to maximize the effectiveness and efficiency of a lighting system, it must be specifically designed for the application. When designing a lighting system, there are multiple factors that come into play, beginning with the foot candle requirements for the area. Once this key factor has been determined, all the other factors can be taken into consideration. These factors include the ceiling heights and square footage of an area as well as the configuration of the floor space of the facility itself.
After these factors are taken into consideration, the fixtures can be selected that are best tailored to the application. The fixtures chosen should ideally provide a solid balance of lumen output and energy efficiency, which will result in the maximization of illumination for an area with the minimal amount of operating costs. Depending on what makes the most sense for the particular application, this can result in a lower number of higher powered fixtures, or a lighter number of lower powered fixtures.
Determining the type, quantity and lumen output of fixtures for an industrial lighting system design is challenging, as no two lighting designs are the same and there is no one size fits all lighting fixture for every application. Behind every properly designed lighting configuration is a significant of science and mathematics, which is outside the scope of most building managers and even the average lighting contractor. Because of this, we offer in house photometric design services, with experienced photometric planners who will work with you to develop an ideal lighting setup for your facility's particular needs. This ensures that industrial lighting customers and building users will be able to receive the maximum return on their investment in our LED lighting products.
Industrial lighting fixtures are used to provide lighting for industrial settings such as factories, warehouses, and manufacturing plants. These fixtures are designed to withstand harsh environments, extreme temperatures, and high levels of vibration.Some common materials used in industrial lighting fixtures include:
Aluminum: This lightweight metal is resistant to corrosion and can be easily molded into various shapes. It is commonly used in outdoor lighting fixtures because of its ability to withstand harsh weather conditions.
Steel: This strong and durable metal is commonly used in industrial lighting fixtures. It can withstand high levels of heat, humidity, and vibration, making it ideal for harsh environments.
Polycarbonate: This material is lightweight, durable, and shatter-resistant. It is commonly used to make lenses and covers for industrial lighting fixtures.
Glass: Glass is a common material used in industrial lighting fixtures. It is durable and can withstand high temperatures, making it ideal for use in industrial settings.
Ceramic: Ceramic materials are commonly used in industrial lighting fixtures because they are highly resistant to heat and corrosion. They are also lightweight and can be easily molded into various shapes.
Craftsmanship Industrial Lighting
The concept of hanging a lighting fixture is relatively straightforward. However, in order to maximize the effectiveness and efficiency of a lighting system, it must be specifically designed for the application. When designing a lighting system, there are multiple factors that come into play, beginning with the foot candle requirements for the area. Once this key factor has been determined, all the other factors can be taken into consideration. These factors include the ceiling heights and square footage of an area as well as the configuration of the floor space of the facility itself.
After these factors are taken into consideration, the fixtures can be selected that are best tailored to the application. The fixtures chosen should ideally provide a solid balance of lumen output and energy efficiency, which will result in the maximization of illumination for an area with the minimal amount of operating costs. Depending on what makes the most sense for the particular application, this can result in a lower number of higher powered fixtures, or a lighter number of lower powered fixtures.
Determining the type, quantity and lumen output of fixtures for an industrial lighting system design is challenging, as no two lighting designs are the same and there is no one size fits all lighting fixture for every application. Behind every properly designed lighting configuration is a significant of science and mathematics, which is outside the scope of most building managers and even the average lighting contractor. Because of this, we offer in house photometric design services, with experienced photometric planners who will work with you to develop an ideal lighting setup for your facility’s particular needs. This ensures that industrial lighting customers and building users will be able to receive the maximum return on their investment in our LED lighting products.
Industrial lighting is a critical element in any manufacturing or production facility. It is instrumental in providing adequate lighting to enhance productivity and safety in the workplace. Industrial lighting is also designed to meet the needs of specific working conditions while providing optimal energy efficiency. The components of industrial lighting include:
Light sources: The light source is the primary component of industrial lighting. These are the bulbs or lamps that emit light. These could be LED, fluorescent, metal halide, or other high-intensity discharge lamps. High-intensity discharge lamps such as high-pressure sodium and metal halide provide the highest output and are ideal for large industrial spaces.
Fixtures: Fixtures are the hardware that holds and shapes the light source. These are available in a variety of shapes and sizes to fit different applications. Fixtures may be surface-mounted, suspended, or recessed to suit the ceiling height and the type of lighting required.
Reflectors: Reflectors play an essential role in industrial lighting systems. They reflect, redirect, and control the light emitted from the lamps to provide optimal light distribution. Reflector materials come in various finishes, such as smooth, specular, matte, or textured.
Ballasts: Ballasts regulate the electrical current that powers the lighting fixtures. These devices enable the lamps to operate efficiently, extend their lifespan, and provide stable light output.
Controls: Lighting controls are an essential component in industrial lighting. These devices allow users to switch the lights on and off, dim, or schedule lighting systems to reduce energy consumption.
Wiring: Wiring is the backbone of any industrial lighting system. It connects the fixtures, ballasts, and controls to the power source. Wiring must be properly sized and installed to prevent electrical hazards.
Emergency lighting: Emergency lighting is critical for industrial facilities. It provides sufficient illumination to evacuate employees in the event of an emergency, power outage, or fire.
The standard illumination level for industrial lighting depends on the specific tasks and activities being performed in the area. Generally, the minimum illumination level for industrial environments is around 20-30 foot-candles (fc) for walkways and storage areas, and up to 100-150 fc for manufacturing and assembly work. However, areas with higher levels of precision or hazardous conditions may require much higher levels of light, up to 500 fc or more.
Illumination levels are typically measured in foot-candles, which is a unit of measurement for the brightness of light on a surface. A foot-candle is defined as the amount of light that falls on a square foot of surface area one foot away from a standard candle. The standard illumination level for industrial lighting is determined by various factors such as the type of industry, the type of work being performed, the size and layout of the space, and safety regulations.
To achieve the standard illumination levels, industrial lighting fixtures such as LED high-bay lights, fluorescent lamps, and metal halide lights can be used, as well as reflective surfaces like white walls or ceilings to increase the overall brightness of the space.
Product maintenance and precautions
Assess your lighting needs
Before you start maintaining or troubleshooting your industrial lighting systems, you need to assess your lighting needs and determine if your current systems are adequate for your plant operations. Factors such as the type of work, the layout of the space, the availability of natural light, the energy consumption, and the safety standards should be considered. You may find that you need to upgrade, replace, or relocate some of your lighting fixtures or components to improve your lighting quality and efficiency.
Perform regular inspections
One of the best ways to prevent or detect problems with your industrial lighting systems is to perform regular inspections. You should check your lighting fixtures, wires, connectors, switches, ballasts, and other components for any signs of wear, damage, corrosion, or malfunction. You should also measure the light output, voltage, current, and power factor of your lighting systems and compare them with the manufacturer's specifications or industry standards. If you find any discrepancies or defects, you should take corrective actions as soon as possible.
Follow safety precautions
Maintaining and troubleshooting industrial lighting systems can be hazardous if you do not follow safety precautions. You should always turn off the power supply and lock out the circuit breaker before working on any electrical components. You should also wear appropriate personal protective equipment (PPE) such as gloves, goggles, and boots. You should also use tools and equipment that are designed for electrical work and have insulation or grounding features. Additionally, you should follow the instructions and guidelines provided by the manufacturer or the plant manager.
Identify and isolate the problem
When you encounter a problem with your industrial lighting systems, such as flickering, dimming, buzzing, or outage, you should try to identify and isolate the problem as quickly and accurately as possible. You can use various methods such as visual inspection, testing equipment, troubleshooting guides, or online resources to help you diagnose the problem. You should also trace the problem to its source and isolate the affected component or circuit from the rest of the system to prevent further damage or disruption.
Repair or replace the faulty component
Once you have identified and isolated the problem, you should decide whether to repair or replace the faulty component. Depending on the type and severity of the problem, you may be able to fix it yourself or you may need to call a professional electrician or technician. You should always use compatible and high-quality parts and materials when repairing or replacing your industrial lighting components. You should also test the repaired or replaced component and ensure that it is functioning properly and safely.
Monitor and evaluate the results
After you have repaired or replaced the faulty component, you should monitor and evaluate the results of your maintenance or troubleshooting efforts. You should observe the performance, efficiency, and reliability of your industrial lighting systems and check if the problem has been resolved or if there are any new or recurring issues. You should also document your maintenance or troubleshooting activities and record the date, time, description, and outcome of each action. This will help you keep track of your lighting systems' condition and history and improve your future maintenance or troubleshooting practices.
As a specialist in modern, efficient ,advanced LED lighting for industry applications,DUALRAYS LIGHTING Co.,LTD. is one of the leading professional technology and marketing oriented NHTE (National High Technology Enterprise) in R&D,manufacturing,sales and service of intelligent, healthy and efficient industrial LED luminaires.
Q: What is industrial lighting?
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Q: Is industrial lighting still in style?
Q: What is the standard for industrial lighting?
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Q: How long do industrial lights last?
Q: What are the 4 types of lighting?
Q: What are industrial lights made of?
Q: What is the name of industrial lighting?
Q: Is industrial lighting still in style?
Q: Why is industrial lighting important?
Q: Which type of lamp will you prefer in industrial lighting?
Q: What are the characteristics of industrial style lighting?
Q: What is the name of industrial lighting?
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Q: What do you call industrial lighting?
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We're well-known as one of the leading industrial lighting manufacturers and suppliers in China. Our factory offers high quality industrial lighting made in China with competitive price. Welcome to place an order.
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