philips industrial lighting

Types of Philips Industrial Lighting

Philips industrial lighting consists of different types of light fixtures designed for industrial environments. Here are some of them:

• High Bay Lights

  These are large-scale lighting fixtures that provide high illumination levels. They are installed in industrial spaces with high ceilings, such as warehouses and manufacturing plants. There are three types of high bay lights:

  LED, metal halide, and fluorescent high bay lights. Relatively, LED high bay lights are known for their energy efficiency and long lifespan.

• Low Bay Lights

  These lights are installed in industrial spaces with lower ceilings. They provide sufficient illumination for various industrial tasks. Philips low bay lights come in different types, such as LED and fluorescent lights. The lights are usually energy efficient and have a longer lifespan.

• Floodlights

  These are versatile lighting fixtures. They are used for large-scale illumination in outdoor industrial settings. For instance, in construction sites and industrial perimeters. Also, they are designed to withstand harsh environmental conditions. They come in various types, including LED, metal halide, and halogen floodlights. The LED floodlights are popular due to their energy efficiency and high brightness.

• Panel Lights

  Philips industrial panel lights are used to provide general lighting in industrial spaces. The lights are energy efficient and have a long lifespan. They come in different types, such as LED edge-lit and direct-lit panels. The LED panel lights are popular due to their high efficiency and uniform illumination.

• Linear Lights

  These are versatile lighting fixtures. They are used for industrial illumination in various applications. They are designed to provide continuous and uniform lighting. Also, they enhance visibility in industrial workspaces. Philips linear lights come in different types, such as LED and fluorescent linear lights. The LED linear lights are popular for their energy efficiency and high lumen output.

• Batten Lights

  These lights are popular for industrial lighting in spaces like factories and workshops. They are installed on ceilings or walls to provide illumination. The Philips batten lights are divided into different categories, such as LED and fluorescent batten lights. The LED batten lights are preferred for their efficiency and longer lifespan.

Function and feature of Philips industrial lighting

• Energy efficiency

  The energy efficiency of a lighting system is its ability to provide adequate illumination for a given space or application while consuming minimal electrical energy. This is an important consideration in industrial lighting systems. Philips Industrial Lighting is known for its products with high energy efficiency. Such systems provide a high level of luminosity while using a less amount of power. Also, they are compatible with renewable energy sources, which can be used to power the lighting system, reducing reliance on non-renewable energy and lowering energy costs.

• Long lifespan

  The long lifespan of a lighting system refers to the number of hours the lights can operate before they need to be replaced. Philips industrial lighting systems have a long lifespan, which means they can operate for extended periods of time. For example, some lighting systems can operate for up to 100,000 hours. This reduces the frequency of replacements, which in turn reduces maintenance costs and the downtime associated with replacing lights. A long-lasting lighting system is convenient since it will not burn out or dim for an extended period of time.

• High-quality illumination

  This feature refers to the lighting system's ability to produce bright, consistent, and uniform light that is suitable for industrial tasks. Philips industrial lighting systems provide high-quality illumination. As a result, they create a safe and productive work environment, reducing the risk of accidents and injuries. They also improve productivity since workers can see details and colors clearly. High-quality illumination extends the visual tasks' duration, reducing eye strain and fatigue.

• Smart lighting controls

  These are devices used to manage and control the industrial lighting system. They have features that help to increase the lighting system's convenience, safety, and energy efficiency. Philips industrial lighting systems are equipped with smart lighting controls. These include sensors, switches, dimmers, and timers. The controls offer energy efficiency since they reduce the amount of energy the lighting system uses. For example, occupancy sensors automatically turn off the lights when areas are not in use. This saves energy and reduces utility costs. The smart lighting controls increase safety by allowing the automatic activation of lights in emergency situations.

Scenarios of Philips Industrial Lighting

Philips industrial lighting is specifically designed for various industrial applications. Here are some common usage scenarios:

• Manufacturing Facilities

  Philips industrial lighting solutions are used in manufacturing facilities. For instance, factory floors, production areas, workshops and assembly lines. These lights illuminate operations, machinery and workstations. Thus, enhancing visibility and safety. Additionally, they are used in manufacturing facilities. They provide high illumination with low energy consumption. This promotes cost efficiency. Also, they minimize the need for frequent replacements.

• Warehouses and Storage Units

  These lights are used in warehouses and storage units. For example, racking systems, loading docks and storage areas. This ensures safe navigation and efficient operations. Moreover, Philips industrial lights have a long lifespan and require minimal maintenance. This makes them ideal for large-scale storage facilities. Their consistent and uniform lighting reduces shadows and enhances visibility in picking and packing areas.

• Commercial Kitchens and Food Processing Plants

  These lights are used in commercial kitchens and food processing plants. For example, prep areas, cooking zones, storage spaces and food processing areas. This enhances visibility and safety. Also, they are suitable for environments requiring frequent cleaning and sanitization.

• Retail and Supermarket

  Philips lighting solutions are used in industrial retail spaces, showrooms and display areas. This highlights products, increases customer engagement and improves overall shopping experience. Additionally, they improve energy efficiency and reduce operational costs.

• Outdoor and Street Lighting

  These lights are used for outdoor lighting solutions in industrial settings. For instance, parking lots, walkways, entrance areas, and outdoor storage spaces. This improves security and visibility. Moreover, they are designed to withstand harsh weather conditions. This ensures longevity and reliable performance when required.

• Workshops and Maintenance Areas

  Philips industrial lighting is used in workshops and maintenance areas. For example, tool storage, workbenches and maintenance zones. This allows detailed work and improves productivity.

• Healthcare Facilities

  Philips industrial lighting is used in healthcare facilities like hospitals, clinics and medical centers. This ensures adequate illumination in various areas. For instance, patient rooms, corridors, operating rooms and medical offices.

How to Choose Philips Industrial Lighting

When choosing the lighting system for industrial purposes, consider some important factors. Below are some of them.

• Assess Lighting Needs

  Determine the specific lighting requirements for the industrial space. Consider the tasks carried out in each area, the required light levels, and any specialized lighting needs such as color rendering or glare reduction.

• Energy Efficiency

  Select lighting systems that prioritize energy efficiency to reduce operational costs and environmental impact. Look for options such as LED lighting, which offers high efficiency and long lifespan.

• Control Options

  Examine the available lighting control options to optimize illumination levels and enhance energy savings. Dimmers, occupancy sensors, and daylight harvesting systems can be integrated into the industrial lighting to provide flexibility and efficiency.

• Maintenance and Durability

  Consider the maintenance requirements and durability of the industrial lighting system. Choose fixtures that are easy to maintain and built to withstand harsh environments, such as those with high dust or moisture levels.

• Compliance with Regulations

  Ensure the industrial lighting system complies with local regulations and industry standards. This includes safety requirements, energy codes, and lighting quality parameters.

• Fixture Selection

  Choose the appropriate fixtures based on the lighting needs and space characteristics. Consider options such as high bay lights, low bay lights, LED panels, and fluorescent tubes.

• Consider Lighting Layout

  Design an optimal lighting layout that ensures uniform illumination and minimizes shadows and glare. This may involve strategic placement of fixtures and consideration of the ceiling height and room dimensions.

Philips Industrial Lighting Q & A

Q1. What does industrial lighting mean?

A1. Industrial lighting refers to illumination used in manufacturing, commercial and other industrial settings. It's specifically designed for performance, safety and efficiency in these environments.

Q2. What is the difference between commercial and industrial lighting?

A2. Commercial lighting is mainly for businesses serving customers directly, like retail stores and restaurants. Industrial lighting is designed for manufacturing, production and other industrial operations.

Q3. What are the types of industrial lighting?

A3. Various types of industrial lighting include flood lights, high bay lights, low bay lights, vapor tight fixtures, area lights, and tube lights, among others.

Q4. What are the features of industrial lighting?

A4. Some of the key features of industrial lighting include high durability, higher lumen output, energy efficiency, versatile designs, high CRI (color rendering index) and long lifespan.