Factory workshop lighting program how to do

The lighting scheme plays a crucial role in the plant workshop. A reasonable lighting scheme can not only improve work efficiency, but also ensure the safety of employees.

Clean workshop is the product of the development of modern science and technology, with the development of science and technology, put forward higher requirements for the production environment.

Microwave sensor, also known as microwave radar, is an instrument made using the Doppler principle of electromagnetic waves. Microwave sensing is known by changes in reflected waves when an animal is approaching or away. Induction lights are often used in corridors, corridors, garages and other scenes, and microwave sensors can also be used as anti-theft alarm devices.                    Parking application case 1. Assume that lights A and Z are microwave lights (that is, equipped with microwave sensors), as shown below： 2. When car 1 or 2 enters the parking lot, the microwave sensor receives the microwave trigger model and reports it to the cloud. The cloud synchronously enables all microwave policies in the multicast packet, and all the lights in the multicast packet turn on, and the brightness is determined by the timed microwave policy, as shown in the figure below： 3. When the holding time of the microwave strategy is over, no other motion will trigger, and the whole set of lights will enter the standby brightness, as shown in the figure below： 4. If there are more cars in the warehouse, the strategy will be executed again, and all the lights in the group will be on again, as shown in the figure below： Note: Microwave induction is the induction of moving objects, so it is not limited to cars but also includes people walking around Microwave linkage effect Assuming that there are 6 and 5 non-microwave lamps in the lighting system, the microwave linkage function is to realize that when the microwave is triggered (that is, when the mobile trigger signal is received), the other 5 non-microwave lamps are driven to simulate the microwave and execute the microwave policy, provided that the 6 lamps need to set the same microwave policy within the same microwave policy effective time.Suppose there are 6 lamps in the lighting system, 1 microwave lamp and 5 non-microwave lamps.                               The microwave linkage function is to realize that when the microwave lamp is triggered (that is, when the mobile trigger signal is received), the other 5 non-microwave lamps are driven to simulate the microwave and execute the microwave strategy.                                                            The premise is that all 6 lamps need to set the same microwave policy within the same microwave policy effective time The microwave linkage operation steps of the lighting control system are as follows Step 1: Set different microwave policies for the 6 lights Step 2: Group 5 non-microwave lights into the same multicast group Step 3: Turn on the “Microwave report switch” of the microwave lamp and select “Microwave Association Group Number”. After the setting is complete, whenever the microwave lamp receives the trigger signal, the non-microwave lamp will also be linked to light up according to the microwave strategy, so as to achieve the effect of one microwave lamp driving multiple non-microwave lamps Light perception: Light-controlled induction, induction is the environmental illuminance, when the environmental illuminance is lower than the limit value it will induction open, when the environmental illuminance is higher than the limit value it is closed. Light induction is generally used for induction when the light is dark, and induction is not required when the light is bright; Dual light sensing technology can automatically identify environmental natural light, distinguish natural light and artificial light Example light sensing scene: Suppose that the sense of time is set in the lighting system, the limit value of ambient brightness =100lux, hold =7H=25200S, hold brightness =100%, standby brightness =20%  

Feel the charm of Longreen’s light and shadow design Huangmugang Hub is the first “tunnel – station – bridge” integrated building in China, with a unique V-shaped giant column structure and efficient transfer of three lines (Line 7, 14, 24), which jointly form the landmark characteristics of Huangmugang Hub. The shading louver of the skylight is designed as a “master of light control”, and the louver grille adopts a special Angle and shape to adjust the day and night light and relieve The overall decoration style of the hub is unified, and the selection of materials highlights the natural texture while showing the integrated design language of architecture and interior space. The space node area combines the molding column and ceiling, and interprets the space concept of “sunlight pouring down from the gap of leaves” with the lighting atmosphere. Temperature and pressure in the space to achieve energy saving and emission reduction.

As an “urban artery”, the subway has become an indispensable means of transportation in modern cities. As an “urban artery”, the subway has become an indispensable means of transportation in modern cities. Nowadays, the subway is not only a means of transportation, but also reflects the culture and spirit of a city, and is a symbol of the soft power of the city. As an “urban artery”, the subway has become an indispensable means of transportation in modern cities. Nowadays, the subway is not only a means of transportation, but also reflects the culture and spirit of a city, and is a symbol of the soft power of the city. Shenzhen Metro Line 14 lighting design On October 28, 2022, Shenzhen Metro Line 14 was officially opened. As the first eastern line in the Shenzhen Metro Express network, Line 14 starts from Xiabai Junction in Futian District, passes Futian District, Luohu District and Longgang District, and ends at Shatin Station in Pingshan District, with a total length of 50.32km and 18 stations. The opening of Line 14 will effectively promote the improvement of traffic quality in the eastern part of Shenzhen. Gangxia North Comprehensive Transportation Hub is the largest single rail transit project in China, and also the first hub of Shenzhen Metro Express network. With the theme of “Shenzhen Eye”, it aims to create a rail transit hub station that not only reflects the humanistic care of Shenzhen, but also bears the characteristics of “convergence, inclusiveness and internationalization” of Shenzhen. After completion, passenger flow transfer between rail transit lines 2, 10, 11 and 14 will be realized.   Taking the core patio of the building as the cornerstone, the design team respects the language characteristics of the architectural space, extracts the streamline form of “sunlight divergence”, adopts the mathematical principle of “Fermat spiral”, enforces the visual tension of the space, and presents a simple and atmospheric spatial effect. Through the parametric adjustment of Fermat helix curvature, the design team designed the ceiling modeling scale of each space reasonably. In order to enhance the passenger experience and create a more open and humane space, the design team introduced warm colored materials in areas such as handrails, walls and floors to create a warm urban public space. The sun pours down from the skylight, and the originally dull and depressing underground space is as transparent and bright as the outdoor space. The atmosphere of warm, bright and comfortable space is created vividly.

Have you ever got awestruck by dazzling bridge lighting in celebration of a special holiday? Then you must’ve wondered what goes behind such magical lighting design. Well! It takes a mixture of art, technology, and time-tested strategies to make up superb lighting. Bridges are essential as they are often popular landmarks for tourists, not to mention the obvious purpose of safely connecting two areas. So, you can only imagine how important it is to design lighting for bridges. If you are part of the bridge lighting project and don’t know where to start, then you are at the right place. Here we have listed the most important things you must consider when lighting a bridge based on modern trends. Safety and Security  Bridges are pivotal to transportation, so special consideration is needed when lighting them. Ensure the pedestrian path and driveway are correctly lit to avoid accidents. The US Department of Transportation recommends lighting the bridges in a way that doesn’t cause glare or eye strain upon approach.  Without proper lighting, there is also a risk of accidentally falling off the bridge. Handrail lighting is perfect for this. Security is also a major concern when it comes to bridges. By installing high-intensity flood lights, you can deter most criminal activity, making the place much safer for the citizens.  Keep in mind that lighting for utility and aesthetics are two different things. More on it later. Bridge Lighting Requirement  Bridge lighting requirement depends on the type, purpose, and environment the bridge is present in. A bridge for pedestrians and cyclists has different lighting requirements than one with heavy traffic. Typically, lighting is measured in “lux,” which means lumens (light intensity) produced by a source to light up an area of one square meter.  Experts recommend 1 to 5 lux of illumination for pedestrian paths. For bridges that host heavy traffic, it’s best to have 5 to 10 lux of illumination. Accidents and mishaps can be avoided with at least this lighting level. You also have room to be creative with colors and temperatures. Interestingly, red and green colors are avoided for the bridges above water because these act as a signal in ship navigation.  Proper Placement Bridge lighting is tricky because the structure already holds tons of weight of people and vehicles moving across. To keep the structure’s integrity, you must use existing foundations and studs. Moreover, lighting maintenance costs become too expensive if the placement is not well thought off.  There are no definite rules for bridge lighting placement. However, there are some important things a lighting designer must consider. Make use of existing columns and foundations. This ensures ease of maintenance in the future. The lighting beam angle should be between 60 to 120 degrees—This will prevent light spillage and unnecessary diffusion. Place Handrails at least 2 to 3 meters apart. The same goes for post-lights as well.  Bridge Lighting Installation  The bridge’s structure isn’t like that of a building, so it needs special consideration. Bridges withstand cyclic vibrations and stress all the time. Moreover, the outside wind, humidity, and heat also adversely affect the structure. All of these factors have a significant impact on life span as well.   Make sure to install high-quality luminaire that can withstand such stresses and weather. But what is considered high quality when it comes to lighting? This brings us to the next section.  Must Choose Durable Lights  Protection ratings define the quality and durability of lighting fixtures. Lighting fixtures certified with specific standards and ratings should be used for bridge lighting.  Quality Standard of Lighting Fixture Meaning  IP60 and IP66 Rated Ability to withstand high water exposure, mist, and dust. E.g., rainfall and dust storms.  3-G Vibration Rated Ability to withstand heavy bridge vibrations and stress.  IK08 and IK10 Rated A European standard equal to the international standard IEC 62262 shows protection against external mechanical impact.  MIL-STD 810G Rated A military standard that certifies lights against shock, impact, and extreme temperatures. Quality Standard of Lighting Fixture Environment-Friendly Lights  Since bridge lighting is open to the environment, you must consider its effects on nature. Studies show that artificial lighting on bridges above water significantly impacts the aquatic life beneath it. The same is true of birds and animals that live on the land and trees near the brightly lit bridges. All these have negative ecological effects which need to be considered before lighting design. It would help if you also used LED luminaires instead of traditional lights as they are highly energy efficient. They also require less repair and replacement, reducing the carbon footprint.  Types of Bridge Lighting Fixtures Many fixtures are available to glow up any style of bridge, making it a spectacular tourist attraction.  Lighting Technologies  Before going further, let’s discuss the type of lamps available for bridge lighting. Previously halogen, metal halides, high-intensity discharge (HID), and high-pressure sodium (HPS) lights were common choices for bridges. However, light-emitting diodes (LED) are preferable for modern lighting. Halogens and HPS produce an amber-yellow color and are used in lighting streets. HID produces higher lumens, and the light is much whiter. However, it takes a minute to warm up once turned on. The light beam is also omnidirectional in older technologies with larger beam angles. HID and Halogens also consume high power, which leads to a massive waste of energy. These drawbacks increase over time, and your project may have higher operational costs.  Modern LED lamps are improving every day and offer better bridge lighting solutions.  Post Lights  Post lights or lamp posts are lighting fixtures mounted on a pole and are commonly used for bridge lighting. The fixtures are available in many designs, such as Victorian-era lanterns or modern-day shoe box lighting.   Handrail Lights  Handrail lights are installed inside the guide rail meant for pedestrians and cyclists. Handrail lighting creates charming vibes and makes the pathway much safer. Since these lights direct downwards, the light doesn’t escape into the sky, making them more efficient.  Floodlights and Spotlights  Floodlights and spotlights are great for highlighting certain architectural features of the bridge. These lights