Tagged with 'led strip'

Transform Your Dining Room with LED Cove Lighting: A Comprehensive Guide and Recommended Products

Tips for Installing LED Strip Lighting in the Dining room

LED strip lighting is an increasingly popular lighting technique that can dramatically transform the mood and ambiance of a dining room. Cove lighting, a specific indirect lighting technique, utilizes LED strips hidden within a cove in the wall or ceiling to create a seamless line of light that illuminates the surrounding surfaces. Let's present the benefits and techniques of using LED cove lights in your dining room lighting design, providing you with a comprehensive guide to enhance your space.

Benefits of LED Cove Lighting in the Dining Room

LED cove lights offer numerous benefits in the dining room, including:

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LED Strip Lighting in the Bedroom

LED strip lighting in a bedroom is an excellent way to create a warm and inviting atmosphere while also providing practical illumination. LED strip lighting is flexible, energy-efficient, and can be easily installed to achieve a variety of effects.

LED strip lighting in a bedroom is an excellent way to create a warm and inviting atmosphere while also providing practical illumination. LED strip lighting is flexible, energy-efficient, and can be easily installed to achieve a variety of effects. In this blog post, we will explore the benefits of using LED strip lighting in a bedroom and offer tips for installation.

Benefits of LED Strip Lighting in a Bedroom

LED strip lighting provides several advantages over traditional lighting sources, such as incandescent or fluorescent bulbs. One significant advantage is their energy efficiency. LED lights consume less energy than traditional bulbs, reducing energy costs and the environmental impact of the lighting system. LED strips also have a longer lifespan, reducing the need for frequent replacement and maintenance.

Another advantage of LED strip lighting is their flexibility in design. They can be installed in various shapes, sizes, and colors, allowing for endless possibilities in creating unique and captivating lighting designs that can be customized to meet individual preferences. LED strips also come with dimming capabilities, which allow for greater control over the intensity and mood of the light, making them ideal for creating a relaxed and cozy atmosphere in a bedroom.

Tips for Installing LED Strip Lighting in a Bedroom

When it comes to installing LED strip lighting in a bedroom, there are several factors to consider, such as the location of the LED strips, the type of LED strips to use, and the color temperature of the light. Here are some tips for installing LED strip lighting in a bedroom:

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LED Strips SERIES and PARALLEL circuit connection guide

LED Strips SERIES and PARALLEL circuit connection guide

Basic LED principles:

An LED (light-emitting diode) is a semiconductor light source that emits light when current flows through it. Light is energy in the form of photons that emit when electrons in the semiconductor recombine with electron holes. 

The higher the current flow, the brighter the LED becomes. However, the circuit is not perfect and some of the current is converted to heat instead of light. When the current reaches a certain value, the heat generated is so high that the semiconductor is permanently damaged. In most LED data sheets, this important limit is specified as "Absolute Maximum Current".

Even if the LED operates below the maximum current, the heat will slowly damage the LED, causing its luminous flux (light output) to gradually decrease. The time when the LED luminous flux is only 70% of the initial value is commonly referred to as "LED life".

For LEDs to have a very long life of 50,000h or more, a current level well below the absolute maximum current is required, which is referred to as the "typical" or "recommended" current. 

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Illuminating Productivity: A Comprehensive Guide to Optimal Office Lighting

 Recommended light levels for office lighting

In the modern workplace, lighting transcends its basic function of visibility; it plays a pivotal role in influencing employee well-being, productivity, and overall satisfaction. As organizations strive to create environments that foster efficiency and comfort, understanding the nuances of office lighting becomes essential.

Recommended light levels for different types of work spaces are indicated below:

The Science of Light in the Workplace

Light impacts our circadian rhythms, mood, and cognitive functions. Inadequate or improper lighting can lead to eye strain, fatigue, and decreased concentration, while well-designed lighting can enhance alertness and performance. According to the Illuminating Engineering Society (IES), appropriate lighting levels vary depending on the task and environment, emphasizing the need for tailored lighting solutions

Recommended Illuminance Levels

Illuminance, measured in lux, quantifies the amount of light falling on a surface. The IES provides the following guidelines for office environments: 

  • General Office Work: 300–500 lux
  • Detailed Tasks (e.g., drafting, technical drawing): 750–1,000 lux 
  • Conference Rooms: 300–500 lux, with adjustable lighting for presentations 
  • Reception Areas: 200–300 lux 
  • Corridors and Stairwells: 100–200 lux 
  • Storage Rooms: 100–200 lux

Linear light fixtures are the recommended way to light up working spaces. The recommended light levels for different types of work spaces and the corresponding luminous flux of the linear fixture are detailed below:

Activity Illuminance
(lx, lumen/m2)
Linear Light in lumens per meter
Areas with traffic and corridors - stairways, escalators - lifts - storage spaces 100 2000
Working areas where visual tasks are only occasionally performed 150 2000
Warehouses, archives, loading bays 150 2000
Coffee break room, technical facilities, ball-mill areas, pulp plants, waiting rooms 200 2000
Easy office work 250 2000
Normal office work, PC work, show rooms, laboratories, check-out areas, kitchens, auditoriums 500

4000

Mechanical workshops, office landscapes 750 6000
Normal drawing work, detailed mechanical workshops, operation theaters 1000 10000
Detailed drawing work, very detailed mechanical works, electronic workshops, testing and adjustments 1500 10000
Performance of visual tasks of low contrast and minimal size for prolonged periods of time 2000 10000
Performance of very prolonged and exacting visual tasks  5000 10000
Performance of exceptional visual tasks of extremely low contrast and small size 10000 10000

Factors Influencing Lighting Needs

Task Complexity: Tasks requiring fine detail or prolonged focus necessitate higher illuminance levels to reduce eye strain and maintain accuracy. 

Age of Occupants: As individuals age, their eyes require more light to perform the same tasks. A 60-year-old may need up to twice as much light as a 20-year-old, highlighting the importance of adjustable lighting solutions. 

Natural Light Integration: Incorporating daylight can enhance mood and reduce energy consumption. However, it’s crucial to manage glare and ensure consistent lighting levels throughout the workspace.

Office Layout and Surface Reflectance: The arrangement of workstations and the color of walls and furniture affect light distribution. Lighter surfaces reflect more light, potentially reducing the need for artificial lighting. 

Strategies for Effective Office Lighting

Use of LED Technology: LEDs offer energy efficiency, longevity, and the ability to fine-tune color temperature and brightness, making them ideal for office settings. LED strips or linear LED fixtures are the recommended lighting systems for effective office lighting. 

Layered Lighting Approach: Implement a combination of ambient, task, and accent lighting to create a balanced and flexible lighting environment.

Personal Control: Providing employees with control over their immediate lighting conditions can enhance comfort and productivity. 

Regular Maintenance: Ensure that lighting fixtures are clean and functioning correctly to maintain optimal light levels.

Optimal office lighting is a blend of science and design, tailored to the specific needs of tasks and occupants. By adhering to recommended illuminance levels and considering factors such as task complexity, occupant age, and natural light integration, organizations can create environments that not only illuminate but also inspire.

LED Strips & Modules for office lighting, made in Germany with the latest technology

Our cutting-edge, high quality, and top-performance LED solutions can be customized online to perfectly match office lighting requirements.

LED Strips for arhitectural lighting, up to 2000 lumens per meter (600lm per foot)

The 3-channel LumiBar can create dynamic lighting effects with white or color Nichia LEDs, suitable for ambient lighting. With the MultiBar LED system, installation is made easy and very affordable, thanks to the plug & play system. 

112 x Nichia 757 LED, up to 2000 lm / channel
280x20 mm LED strip
White & Color LEDs
 24V Constant Voltage
Up to 2000 lm/m from Nichia 757 Series LEDs
500x10 mm LED strip, Plug & Play System
White LEDs 1800-7800K, CRI80-99
24V Constant Voltage

Linear LED Strips & Modules for general lighting, up to 4000 lumens per meter or 1200 lm/foot

Our range of customizable MultiBar or LumiFlex LED strips feature Nichia LEDs that deliver the higher light output required for general lighting.

Up to 3000 lm/m from Nichia 757 Series LEDs
500x10 mm Rigid LED strip
White LEDs 1800-7800K, CRI80-99
24V Constant Voltage
Up to 4000 lm/m from Nichia 757 Series LEDs
White 1800-7800K, CRI80-99
12/24/48V Constant Voltage
Optional IP67 Waterproof System

LED Strips for Commercial Lighting, up to 10000 lumens per meter (3000 lm/foot)

The MaxLine or LumiBar LED strips feature tightly spaced Nichia LEDs that provide a very high luminous flux for task oriented office lighting.

Up to 10000 lm/m from Nichia 757 Series LEDs
280x16 mm LED strip
White LEDs 1800-7800K, CRI80-99
Constant Current & 24V Constant Voltage
Up to 10000 lm/m from Nichia 757 Series LEDs
Many sizes and LED densities available
Flexible & Rigid PCB options
Constant Current design for maximum efficacy

Read more about recommended lighting levels for the home in our blog article.