Industrial Lighting
Industrial lights are very important for creating an atmosphere of safety. This is because the very nature of industry demands that people be safe, especially when working with machines or in an environment where product assembly is the main task. Industrial lighting is made to last and to withstand the kinds of conditions that would break down many products sold as "rugged" or "heavy-duty." Yet it also has to work well—better, in fact, than lighting used in some non-industrial applications because the margin for error in maintaining a safe and productive environment is much smaller in industry.
Industrial lighting consists of several types of fixtures, including industrial pendant lights, ceiling lighting, and wall lighting. The flexibility of these industrial lighting fixtures is advantageous for several spaces and tasks in a workspace. An example of an industrial lighting setup would be high bay lights. These lights are common in facilities with tall ceilings, where they provide strong illumination over a vast area. Like many other setups in industrial lighting, high bay lights come with options for brightness adjustment. Some fixtures even allow targeting specific types of illumination to ensure that the light they are providing is accomplishing the task it needs to accomplish.
Products
FAQs
Is there a wide selection of different types of outdoor lighting for commercial spaces that have LED bulbs?
Yes, there is a wide selection of outdoor lighting types for commercial spaces featuring LED bulbs, offering options that enhance energy efficiency, durability, and brightness for various applications.
Do industrial light fixtures for factories in an indoor space provide enough visibility and versatility?
Yes, industrial light fixtures for indoor factory spaces are designed to provide high visibility and versatility, meeting the demands of various tasks and work environments.
Why Do We Use AC or DC Power?
The fundamental distinction between AC (Alternating Current) and DC (Direct Current) power lies in the direction in which electrons travel. In the realm of electricity, the movement of charged particles, particularly electrons, constitutes electrical current. DC power is characterized by electrons moving steadily in a single direction, resulting in a constant flow. This steady flow is visually represented as a straight horizontal line on a graph, indicating uniform motion from one side to the other. Conversely, AC power features a dynamic current that varies over time, allowing electrons to oscillate between moving forward and backward. This oscillation is depicted on a graph as a sine wave, demonstrating the current's periodic shift from positive to negative direction and back, which is why it's referred to as Alternating Current.
Frequently observed in various applications, both AC and DC power are employed together. Take, for instance, an industrial control cabinet where AC power is typically provided to energize certain components inside the cabinet. These components are chosen because they are unaffected by the alternating nature of AC power. Subsequently, for more sophisticated devices within the panel that incorporate microchips or processors and necessitate DC power to operate effectively, the AC power is converted to DC power.