Boom Type Factory Light
A boom - type factory light is a type of industrial lighting fixture specifically designed to provide illumination in factory settings. It gets its name from the boom - like structure that allows for flexible positioning and a wide coverage area.The main components of a boom - type factory light include a light - emitting unit, a boom arm, a mounting base, and a power supply system.The light - emitting unit usually consists of high - intensity lamps such as high - pressure sodium lamps, metal halide lamps, or more recently, high - power LEDs. These lamps are encased in a durable housing, often made of metal or a high - strength plastic material. The housing protects the lamps from dust, moisture, and other potential damage in the industrial environment. For example, if the factory deals with substances like metal shavings or chemicals, the housing safeguards the light - emitting components.
The boom arm is a long, adjustable arm that connects the light - emitting unit to the mounting base. It is typically made of metal, such as steel or aluminum, to provide the necessary strength and stability. The boom arm can be extended, retracted, and rotated to position the light exactly where it's needed. The length of the boom arm can vary, but it's usually designed to cover a significant portion of the work area. Some boom - type factory lights have boom arms that can extend up to several meters, allowing for illumination of large machinery or workstations that are far from the mounting point.
The light - emitting unit in a boom - type factory light functions based on the principle of the specific lamp technology used.
For high - pressure sodium lamps, when the power is turned on, an electric arc is created between the electrodes inside the arc tube. The arc heats up the sodium and mercury vapor present in the tube. The excited sodium and mercury atoms then emit light as they return to their ground state. The emitted light is a characteristic yellow - orange color.
Metal halide lamps work in a similar way. The electrical discharge through the arc tube vaporizes the mercury and metal halide salts. The excited metal atoms emit a wide range of wavelengths, producing a bright white light with good color - rendering properties.
In LED - based boom - type factory lights, the LEDs emit light through the process of electroluminescence. When an electric current passes through the semiconductor material of the LEDs, electrons combine with holes, and energy is released in the form of photons. The color of the light can be adjusted by using different semiconductor materials or phosphor coatings.
The boom arm allows the light - emitting unit to be adjusted to the optimal position. Workers can position the light to focus on a particular work area, machinery, or a specific task. The ability to rotate and extend the boom arm provides flexibility in illuminating different parts of the factory floor, workbenches, conveyor belts, or storage areas.
Flexible Illumination: The most significant advantage of a boom - type factory light is its flexibility. The adjustable boom arm enables the light to be directed precisely where it's needed. For example, in a manufacturing plant with complex machinery layouts, the light can be positioned to illuminate hard - to - reach areas or areas that require more focused light for detailed work such as assembly or inspection.
Wide Coverage Area: With the ability to extend the boom arm and adjust the angle of the light - emitting unit, a single boom - type factory light can cover a relatively large area. This reduces the need for multiple fixed - position lights and provides more efficient illumination of the factory space.
Enhanced Visibility: The high - intensity light sources used in these fixtures ensure good visibility in the factory environment. Whether it's for working on large - scale production lines or in storage areas with high - stacked goods, the bright light helps workers to see clearly and perform their tasks more efficiently and safely.
Durability: Boom - type factory lights are designed to withstand the harsh conditions of an industrial environment. The durable housing of the light - emitting unit protects the lamps from dust, chemicals, and physical impacts. The robust boom arm and mounting base can endure vibrations and heavy loads, making them suitable for long - term use in factories.
Manufacturing Plants: In manufacturing plants, boom - type factory lights are used to illuminate production lines, machining centers, and assembly areas. They can be adjusted to provide the right amount of light for different manufacturing processes, such as welding, machining, and quality control inspections.
Warehouses and Storage Facilities: These lights are excellent for illuminating large warehouse spaces. They can be used to light up aisles between storage racks, loading docks, and areas where inventory is being sorted or retrieved. The ability to cover a wide area and adjust the light direction helps in maximizing the visibility of stored goods and ensuring the safety of workers.
Workshops and Maintenance Areas: In workshops, boom - type factory lights are used to provide focused light for repair and maintenance work. Whether it's working on vehicles, heavy equipment, or other machinery, the flexible lighting can be adjusted to shine directly on the work area, making it easier for technicians to identify and address problems.
