LED explosion-proof lights entered the field of lighting, triggering a new revolution in lighting technology. Due to different shapes and quantities,
The size of the LED explosion-proof lights can be arranged in different ways, different LED explosion-proof lights can replace the LED lights in the explosion-proof light structure can be different characteristics, in the lighting field, there are a variety of LED explosion-proof lights products (such as: LED explosion-proof cast Lights, LED road lamps, LED explosion-proof platform lights, LED explosion-proof interior lights, LED tunnel lights, LED oil station lights, and LED explosion-proof lights, etc.) and traditional light illumination alternatives. With the continuous improvement of LED technology and people’s further pursuit of the visual sense of lighting, people are more specific about the design and performance requirements of LED explosion-proof lamps, which raises higher requirements for lighting manufacturers and lighting product designers.
Semiconductor LED solid-state lighting is a newly developed industry in recent years. For lighting terminal product designers and lamp manufacturing personnel, it is necessary to grasp the knowledge of the traditional lighting industry, the dynamics of domestic and foreign standards, and to be familiar with and understand the LED explosion-proof lamp devices. The knowledge, in particular, to accurately grasp the LED explosion-proof lamp, lamp definition and the difference with the traditional lighting. As the semiconductor industry and the lighting industry belong to different industries, and there is currently insufficient standard support for semiconductor LED explosion-proof lamps, there is a mixed phenomenon of LED explosion-proof lamps at the present stage. Manufacturers claim that product performance is often far from the actual results. Color quality and life expectancy are extremely exaggerated, which is unfavorable for the development of China's LED lighting industry and the cultivation of consumer confidence.
The technical requirements of explosion-proof products are different from those of general products. We need to have a deep understanding of whether they are consumers or manufacturers. Next, our company will bring you a detailed introduction. Youguang lighting structure has the following related content.
First, the electrical components of Youguang Lighting Co., Ltd. must comply with the relevant specifications and meet the basic temperature required for the operation of the internal lamp chamber. In addition, the internal component structure should also comply with many types of explosion-proof lighting fixtures, and match with the light source parameters of the lamps.
Second, the lamp chamber wiring structure should be designed in accordance with the requirements of explosion-proof, to ensure that the ground wire clearance and bending space to the explosion-proof standard. The internal lamp cavity structure of Youguang lighting fixtures should not only be convenient for grounding, but also should avoid the slight amount of sparks in the cavity shells. Therefore, it is necessary to apply a special material of fire-resistant paint.
Third, does the mechanical strength of the wiring section of the component meet the standard? Once it is not up to standard, it is easy to be damaged when installing explosion-proof lighting ground wire. Friends of the lighting lighting technician analysis, power connection components and wires twisted wiring is very important, not only to prevent the slippage of the wiring section, but also to avoid contact with the metal parts.
1. LED Explosion-proof LED package: An assembly of one or more le wafers including bond wire connectors or other types of electrical connectors, possibly with optical components, thermal, mechanical, and electrical interfaces. The device does not include a power supply and a standard lamp cap. The device cannot be directly connected to the branch circuit. - LED array or module: An assembly of LED packages (elements) or wafers on a printed circuit board or substrate, possibly with optical elements, additional thermal, mechanical electrical connections intended to be connected to the load side of the LED driver. The device does not contain a power supply and a standard lamp cap. The device cannot be directly connected to the branch circuit. - LEDlightEngine: Contains LED packages (components) or LED arrays (modules), LED drivers, and other photometric, thermal, mechanical, and electrical components. The device is directly connected to the branch circuit through a conventional connector matched with the LED lamp, which is designed not to use a standard lamp holder. - Non-integrated LED lamp (LED lamp, non-integrated): An assembly containing an LED array (module) or LED package (element) and a standard lamp cap. The device is intended to be connected to the LED driver of the luminaire through a standard lamp socket. The device cannot be directly connected to the branch circuit. - Integral LED lamp, integrated: Contains LED packages (elements) or LED arrays (modules), LED drivers, standard lamp caps, and other combinations of photometric, thermal, mechanical, and electrical components. The device is intended to be directly connected to the branch circuit through a standardized lamp holder.
2. LED explosion-proof lamps LED explosion-proof lamps (LED luminaires) include LED-based light-emitting elements and matching drivers, as well as light distribution parts, parts for fixing and protecting light-emitting elements, and complete lighting fixtures for connecting appliances to branch circuit parts. Possible forms of LED-based light emitting elements are LED packages (elements), LED arrays (modules), LED light engines or LED lamps. LED explosion-proof lighting is intended to be directly connected to branch circuits. - Hybrid LEDluminaire: Luminaires with LED-based lighting elements and other types of light sources such as incandescent or fluorescent lamps.
3, LED driver LED driver (LEDdriver): The device contains power and LED control circuit, the purpose is to make LED package (element), or LED array (module) or LED lamp work.
Interpretation of the above-mentioned definitions related to LEDs provides the basis for distinguishing between the LED explosion-proof lamps and the LED explosion-proof lamps. In general, the main difference between the LED light source and the LED lamp is whether it is directly connected with the branch circuit. The LED explosion-proof lamp is a design that does not intend to Products that are directly connected to the branch circuit, while LED explosion-proof lamps are products that are designed to be directly connected to the branch circuit. The LED light engine also belongs to the LED explosion-proof light, but its characteristic is between the LED explosion-proof light fixture and the integral LED explosion-proof light. The difference with the integral LED explosion-proof light is that it contains a connector that matches the light fixture, not the standard light head, but with the LED The difference between explosion-proof lighting is that it cannot be directly connected to the branch circuit. Due to the ability to have a set light distribution function and a standardized connector, the LED light engine can improve the maintainability of some LED explosion-proof luminaires.
The size of the LED explosion-proof lights can be arranged in different ways, different LED explosion-proof lights can replace the LED lights in the explosion-proof light structure can be different characteristics, in the lighting field, there are a variety of LED explosion-proof lights products (such as: LED explosion-proof cast Lights, LED road lamps, LED explosion-proof platform lights, LED explosion-proof interior lights, LED tunnel lights, LED oil station lights, and LED explosion-proof lights, etc.) and traditional light illumination alternatives. With the continuous improvement of LED technology and people’s further pursuit of the visual sense of lighting, people are more specific about the design and performance requirements of LED explosion-proof lamps, which raises higher requirements for lighting manufacturers and lighting product designers.
Semiconductor LED solid-state lighting is a newly developed industry in recent years. For lighting terminal product designers and lamp manufacturing personnel, it is necessary to grasp the knowledge of the traditional lighting industry, the dynamics of domestic and foreign standards, and to be familiar with and understand the LED explosion-proof lamp devices. The knowledge, in particular, to accurately grasp the LED explosion-proof lamp, lamp definition and the difference with the traditional lighting. As the semiconductor industry and the lighting industry belong to different industries, and there is currently insufficient standard support for semiconductor LED explosion-proof lamps, there is a mixed phenomenon of LED explosion-proof lamps at the present stage. Manufacturers claim that product performance is often far from the actual results. Color quality and life expectancy are extremely exaggerated, which is unfavorable for the development of China's LED lighting industry and the cultivation of consumer confidence.
The technical requirements of explosion-proof products are different from those of general products. We need to have a deep understanding of whether they are consumers or manufacturers. Next, our company will bring you a detailed introduction. Youguang lighting structure has the following related content.
First, the electrical components of Youguang Lighting Co., Ltd. must comply with the relevant specifications and meet the basic temperature required for the operation of the internal lamp chamber. In addition, the internal component structure should also comply with many types of explosion-proof lighting fixtures, and match with the light source parameters of the lamps.
Second, the lamp chamber wiring structure should be designed in accordance with the requirements of explosion-proof, to ensure that the ground wire clearance and bending space to the explosion-proof standard. The internal lamp cavity structure of Youguang lighting fixtures should not only be convenient for grounding, but also should avoid the slight amount of sparks in the cavity shells. Therefore, it is necessary to apply a special material of fire-resistant paint.
Third, does the mechanical strength of the wiring section of the component meet the standard? Once it is not up to standard, it is easy to be damaged when installing explosion-proof lighting ground wire. Friends of the lighting lighting technician analysis, power connection components and wires twisted wiring is very important, not only to prevent the slippage of the wiring section, but also to avoid contact with the metal parts.
1. LED Explosion-proof LED package: An assembly of one or more le wafers including bond wire connectors or other types of electrical connectors, possibly with optical components, thermal, mechanical, and electrical interfaces. The device does not include a power supply and a standard lamp cap. The device cannot be directly connected to the branch circuit. - LED array or module: An assembly of LED packages (elements) or wafers on a printed circuit board or substrate, possibly with optical elements, additional thermal, mechanical electrical connections intended to be connected to the load side of the LED driver. The device does not contain a power supply and a standard lamp cap. The device cannot be directly connected to the branch circuit. - LEDlightEngine: Contains LED packages (components) or LED arrays (modules), LED drivers, and other photometric, thermal, mechanical, and electrical components. The device is directly connected to the branch circuit through a conventional connector matched with the LED lamp, which is designed not to use a standard lamp holder. - Non-integrated LED lamp (LED lamp, non-integrated): An assembly containing an LED array (module) or LED package (element) and a standard lamp cap. The device is intended to be connected to the LED driver of the luminaire through a standard lamp socket. The device cannot be directly connected to the branch circuit. - Integral LED lamp, integrated: Contains LED packages (elements) or LED arrays (modules), LED drivers, standard lamp caps, and other combinations of photometric, thermal, mechanical, and electrical components. The device is intended to be directly connected to the branch circuit through a standardized lamp holder.
2. LED explosion-proof lamps LED explosion-proof lamps (LED luminaires) include LED-based light-emitting elements and matching drivers, as well as light distribution parts, parts for fixing and protecting light-emitting elements, and complete lighting fixtures for connecting appliances to branch circuit parts. Possible forms of LED-based light emitting elements are LED packages (elements), LED arrays (modules), LED light engines or LED lamps. LED explosion-proof lighting is intended to be directly connected to branch circuits. - Hybrid LEDluminaire: Luminaires with LED-based lighting elements and other types of light sources such as incandescent or fluorescent lamps.
3, LED driver LED driver (LEDdriver): The device contains power and LED control circuit, the purpose is to make LED package (element), or LED array (module) or LED lamp work.
Interpretation of the above-mentioned definitions related to LEDs provides the basis for distinguishing between the LED explosion-proof lamps and the LED explosion-proof lamps. In general, the main difference between the LED light source and the LED lamp is whether it is directly connected with the branch circuit. The LED explosion-proof lamp is a design that does not intend to Products that are directly connected to the branch circuit, while LED explosion-proof lamps are products that are designed to be directly connected to the branch circuit. The LED light engine also belongs to the LED explosion-proof light, but its characteristic is between the LED explosion-proof light fixture and the integral LED explosion-proof light. The difference with the integral LED explosion-proof light is that it contains a connector that matches the light fixture, not the standard light head, but with the LED The difference between explosion-proof lighting is that it cannot be directly connected to the branch circuit. Due to the ability to have a set light distribution function and a standardized connector, the LED light engine can improve the maintainability of some LED explosion-proof luminaires.
Can you change the taps on a bathroom sink?
Fitting new bathroom taps should be a straightforward enough project to take on yourself, so long as you use common sense and follow simple instructions. Obviously, where water is involved, if you make mistakes then things can go wrong quickly, so check out the step by step guide on how you fit new taps.
Our company have gravity casting machines, CNC machines, grinding flats, high-precision measuring instruments and processing equipments. We also employ a large quantity of technical personnel and management personnel and a very professional sales team which will always respond to your queries immediately. Our products mainly are Basin Faucets, Kitchen Faucets, Shower Faucets and other sanitary ware accessories. Furthermore, we have already passed ISO9001: 2015. "Gain development by quality, Win customer by reputation" is always our aim while coordinated with our clients and has been leading us to the exportation of all over the world.
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