You define. We connect. - Glamox - Home · 4 Light management systems for the future A light...

You define. We connect.Glamox Light Management SystemsYou define. We connect.Glamox Light Management Systems

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You define. We connect.With a Light Management System from Glamox you get a complete lighting solution. You define what you need, and we connect lighting solutions based on your requirements.

By combining premium luminaires with carefully chosen smart technology, we can offer systems with great benefits. Reduce your energy consumption, expand the lifetime of the installation and reduce maintenance cost. Our light management system can adapt seamlessly to the end users’ needs, and contribute to a productive and healthy working environment. In addition to providing lighting that is tailored for different tasks, the system can easily monitor energy consumption and emergency light installations. The future is here; focus on solutions that give real value. Connect things that matter.

Our solutions are based on the best technology on the market and are easy to plan, install, commission and use.

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You define. We connect.With a Light Management System from Glamox you get a complete lighting solution. You define what you need, and we connect lighting solutions based on your requirements.

By combining premium luminaires with carefully chosen smart technology, we can offer systems with great benefits. Reduce your energy consumption, expand the lifetime of the installation and reduce maintenance cost. Our light management system can adapt seamlessly to the end users’ needs, and contribute to a productive and healthy working environment. In addition to providing lighting that is tailored for different tasks, the system can easily monitor energy consumption and emergency light installations. The future is here; focus on solutions that give real value. Connect things that matter.

Our solutions are based on the best technology on the market and are easy to plan, install, commission and use.

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Light management systems for the future

A light management system from Glamox is a beneficial choice, whether you are the end user, the building owner, the installer, the facility manager or the consultant. Our solutions are based on the best technology on the market and are easy to plan, install, commission and use.

Installing a well-designed light management system will count as successful completion of the light installation, often with the objective of reducing electricity and maintenance cost. In addition to significant cost savings, a light management system from Glamox can fulfill many important objectives, such as; contribute to a productive and healthy working environment, or supplying a high-quality system that is easy to install and use. We aim to meet all these targets and more:

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Light management systems for the future

A light management system from Glamox is a beneficial choice, whether you are the end user, the building owner, the installer, the facility manager or the consultant. Our solutions are based on the best technology on the market and are easy to plan, install, commission and use.

Installing a well-designed light management system will count as successful completion of the light installation, often with the objective of reducing electricity and maintenance cost. In addition to significant cost savings, a light management system from Glamox can fulfill many important objectives, such as; contribute to a productive and healthy working environment, or supplying a high-quality system that is easy to install and use. We aim to meet all these targets and more:

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Lower life cycle costsA well-designed light management system will provide lower life cycle costs. Not only by reducing energy consumption, but also by expanding the lifetime of the installation and finally by reducing the maintenance cost. Glamox has developed a smart calculation tool that will show you the potential savings achievable by implementing an adequate Light Management System.

A more productive working environmentPerhaps the most important opportunity offered by light management systems, is to optimize the lighting to meet the needs of the individual users in a building. Much is to be gained if you can increase the output of your employees. A lighting solution that promotes a good physical working environment and better health among the occupants may increase the bottom line for both the tenants and the owners.

There are several potential gains from including a Human Centric Lighting solution in your light management system. Higher productivity, improved sense of well-being, a higher level of alertness and a better circadian rhythm for the end users are some of them. Learn more about Human Centric Lighting on page 16.

Easy access to dataGlamox is committed to a system architecture that gives easy access to valuable data. This way the data can easily be transmitted to a building management system (BMS). Wireless or cable - the transmission can be made regardless if the type of communication.

Easy monitoringWe use open standard protocols. This way it is possible to connect a complete light installation to one central monitoring system. One big advantage of a central monitoring system is that it offers value adding services like energy monitoring, emergency light monitoring and finally maintenance monitoring.

Monitoring the emergency light installationSay goodbye to time-consuming emergency light inspections. By using DALI addressable emergency lights, it is possible to set up test cycles and generate reports that fulfill European and national standards. Since we are using an open standard protocol, it is easy to translate this information to a building management system.

Easy mapping of energy consumptionOur central monitoring system provides an easy user interface for monitoring the energy consumption in a building. The system shows the energy consumption in different areas of the property, it is easy to see how well the system is performing and adjust accordingly.

Easy maintenance planningWhen can one expect to change that battery? What are the operating hours on the luminaires in the main corridor? A Glamox Central Monitoring System can answer such questions and become a great tool for handling maintenance in a quick, easy and cost-efficient way.

Another tool that can be implemented to improve the efficiency of the maintenance work is heat mapping. By mapping which areas are in use and when, it is easy to plan where you should send the cleaning staff. Heat mapping has the advantage of many new opportunities, such as optimizing the space in a building, read more about this and more on page 12.

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Lower life cycle costsA well-designed light management system will provide lower life cycle costs. Not only by reducing energy consumption, but also by expanding the lifetime of the installation and finally by reducing the maintenance cost. Glamox has developed a smart calculation tool that will show you the potential savings achievable by implementing an adequate Light Management System.

A more productive working environmentPerhaps the most important opportunity offered by light management systems, is to optimize the lighting to meet the needs of the individual users in a building. Much is to be gained if you can increase the output of your employees. A lighting solution that promotes a good physical working environment and better health among the occupants may increase the bottom line for both the tenants and the owners.

There are several potential gains from including a Human Centric Lighting solution in your light management system. Higher productivity, improved sense of well-being, a higher level of alertness and a better circadian rhythm for the end users are some of them. Learn more about Human Centric Lighting on page 16.

Easy access to dataGlamox is committed to a system architecture that gives easy access to valuable data. This way the data can easily be transmitted to a building management system (BMS). Wireless or cable - the transmission can be made regardless if the type of communication.

Easy monitoringWe use open standard protocols. This way it is possible to connect a complete light installation to one central monitoring system. One big advantage of a central monitoring system is that it offers value adding services like energy monitoring, emergency light monitoring and finally maintenance monitoring.

Monitoring the emergency light installationSay goodbye to time-consuming emergency light inspections. By using DALI addressable emergency lights, it is possible to set up test cycles and generate reports that fulfill European and national standards. Since we are using an open standard protocol, it is easy to translate this information to a building management system.

Easy mapping of energy consumptionOur central monitoring system provides an easy user interface for monitoring the energy consumption in a building. The system shows the energy consumption in different areas of the property, it is easy to see how well the system is performing and adjust accordingly.

Easy maintenance planningWhen can one expect to change that battery? What are the operating hours on the luminaires in the main corridor? A Glamox Central Monitoring System can answer such questions and become a great tool for handling maintenance in a quick, easy and cost-efficient way.

Another tool that can be implemented to improve the efficiency of the maintenance work is heat mapping. By mapping which areas are in use and when, it is easy to plan where you should send the cleaning staff. Heat mapping has the advantage of many new opportunities, such as optimizing the space in a building, read more about this and more on page 12.

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Easy to plan

On your local Glamox website you will find a LMS solution guide. Here you can find LMS

solutions for different applications in your segment along with suggestions for floorplans and lists of the

components you need with their article numbers. LMS is also an integrated part of our light calculation

tool. This ensures detailed and accurate LMS documentation that is updated when

changes are made in the plans for the light installation.

Easy to install

By using established standards and technologies that are well known to the installers, we pave the way for a

problem-free installation.

Easy to commission

We want you to feel confident when you select a LMS system from us. By using Glamox commissioning services,

you are granted that we take full system responsibility for the total lighting solution. The commissioning is

done by highly competent system integrators that are trained in the Glamox systems.

Why choose a light management system from Glamox?

Together with our partners Glamox can supply light management systems on all levels. Our systems are:

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Easy to plan

On your local Glamox website you will find a LMS solution guide. Here you can find LMS

solutions for different applications in your segment along with suggestions for floorplans and lists of the

components you need with their article numbers. LMS is also an integrated part of our light calculation

tool. This ensures detailed and accurate LMS documentation that is updated when

changes are made in the plans for the light installation.

Easy to install

By using established standards and technologies that are well known to the installers, we pave the way for a

problem-free installation.

Easy to commission

We want you to feel confident when you select a LMS system from us. By using Glamox commissioning services,

you are granted that we take full system responsibility for the total lighting solution. The commissioning is

done by highly competent system integrators that are trained in the Glamox systems.

Why choose a light management system from Glamox?

Together with our partners Glamox can supply light management systems on all levels. Our systems are:

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Easy to use

When designing our light management systems, we have put high emphasis on creating intuitive user

interfaces. Most of the time the end user will experience our light management system as “Invisible technology” that easily adapts to

their needs.

Connecting things that matter

Glamox is following the technological trends closely, and will consecutively implement the most relevant IoT technology, that gives real value. We want to ensure that the best technology is always available to our

customers.

Flexible

With programmable, addressable luminaires and control gear, a solution can easily be adapted to new needs

without doing physical changes to the installation.

A warranty for quality

We provide a safe choice. Our solutions are tested for compatibility in our laboratory. 70 years in the

lighting industry has helped us build a lot of competence and taught us the value of quality. This is one of the reasons why we only work with the best suppliers

and partners.

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Easy to use

When designing our light management systems, we have put high emphasis on creating intuitive user

interfaces. Most of the time the end user will experience our light management system as “Invisible technology” that easily adapts to

their needs.

Connecting things that matter

Glamox is following the technological trends closely, and will consecutively implement the most relevant IoT technology, that gives real value. We want to ensure that the best technology is always available to our

customers.

Flexible

With programmable, addressable luminaires and control gear, a solution can easily be adapted to new needs

without doing physical changes to the installation.

A warranty for quality

We provide a safe choice. Our solutions are tested for compatibility in our laboratory. 70 years in the

lighting industry has helped us build a lot of competence and taught us the value of quality. This is one of the reasons why we only work with the best suppliers

and partners.

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Glamox offers light management systems on three levels according to complexity. This makes it easy to find and adapt a system to your specific needs. We can also offer standardized solutions for each of our main segments.

Light management made easy

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Glamox offers light management systems on three levels according to complexity. This makes it easy to find and adapt a system to your specific needs. We can also offer standardized solutions for each of our main segments.

Light management made easy

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Single GroupAllows you to control a single group of luminaires.

Multiple GroupAllows you to control multiple groups of luminaires

Central MonitoringAllows you to monitor and control complete lighting installations.

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Single GroupAllows you to control a single group of luminaires.

Multiple GroupAllows you to control multiple groups of luminaires

Central MonitoringAllows you to monitor and control complete lighting installations.

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Central MonitoringA system that allows you to monitor and control complete lighting installations. These systems can also offer opportunities beyond lighting control.

A Central Monitoring system from Glamox is ideal when you want to optimize the use of resources in a building, giving you opportunities such as:

Single GroupA smart and easily installed system that allows you to control a single group of luminaires.

This is an ideal solution for a room or an area where you want all the luminaires to follow the same command. A Single Group system from Glamox is easy to install. Just plug and play, no programming needed. Our systems are based on on/off relay sensors and Dali broadcast dimmers. Typical applications include corridors, storage rooms, cell offices, small meeting rooms etc.

Multiple GroupA flexible and versatile system that allows you to control multiple groups of luminaires.

This is an ideal solution for one or several rooms where you want to divide the luminaires into separate groups. A Multiple Group system from Glamox comprise programmable solutions that allows you to easily adjust the lighting according to the needs of the end users. Typical applications include large meeting rooms where you want the possibility to change between lighting scenarios, classrooms, office landscapes, warehouses etc.

• Monitoring and controlling energy consumption related to lighting (heat mapping). The system will tell you where and when the lighting is used.

• Monitoring presence over time (heat mapping) allowing you to optimize the utilization of the space in a building.

• Monitoring the state of your emergency light installation, including batteries and light sources and retrieving reports that fulfil European standards.

• Monitoring operation time of a building allowing you to optimize the use of resources accordingly.

• Tracking important assets like beds in a hospital or tools in a factory hall.

• Scheduling the use of a building according to a calendar

• Monitoring the condition of light sources and electronic devices connected to the lighting.

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Central MonitoringA system that allows you to monitor and control complete lighting installations. These systems can also offer opportunities beyond lighting control.

A Central Monitoring system from Glamox is ideal when you want to optimize the use of resources in a building, giving you opportunities such as:

Single GroupA smart and easily installed system that allows you to control a single group of luminaires.

This is an ideal solution for a room or an area where you want all the luminaires to follow the same command. A Single Group system from Glamox is easy to install. Just plug and play, no programming needed. Our systems are based on on/off relay sensors and Dali broadcast dimmers. Typical applications include corridors, storage rooms, cell offices, small meeting rooms etc.

Multiple GroupA flexible and versatile system that allows you to control multiple groups of luminaires.

This is an ideal solution for one or several rooms where you want to divide the luminaires into separate groups. A Multiple Group system from Glamox comprise programmable solutions that allows you to easily adjust the lighting according to the needs of the end users. Typical applications include large meeting rooms where you want the possibility to change between lighting scenarios, classrooms, office landscapes, warehouses etc.

• Monitoring and controlling energy consumption related to lighting (heat mapping). The system will tell you where and when the lighting is used.

• Monitoring presence over time (heat mapping) allowing you to optimize the utilization of the space in a building.

• Monitoring the state of your emergency light installation, including batteries and light sources and retrieving reports that fulfil European standards.

• Monitoring operation time of a building allowing you to optimize the use of resources accordingly.

• Tracking important assets like beds in a hospital or tools in a factory hall.

• Scheduling the use of a building according to a calendar

• Monitoring the condition of light sources and electronic devices connected to the lighting.

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Functionality included in the different light management levels

Single Group Multiple Group Central Monitoring

Presence/absence ON/OFF

Presence/absence ON/DIM/OFF (corridor function)

Presence/absence Group dependency

Light sensor ON/OFF

Light sensor regulating acc. to set point (constant light system)

Light sensor system divided in daylight zones

Manual dimming up/down

Manual setting color temperature up/down

Scene setting including color temperature

Light follows time system (cycle – scheduler) including color temperature

Central monitoring

Emergency monitoring

Energy Monitoring

Conditional functionality (IF, THEN)

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Functionality included in the different light management levels

Single Group Multiple Group Central Monitoring

Presence/absence ON/OFF

Presence/absence ON/DIM/OFF (corridor function)

Presence/absence Group dependency

Light sensor ON/OFF

Light sensor regulating acc. to set point (constant light system)

Light sensor system divided in daylight zones

Manual dimming up/down

Manual setting color temperature up/down

Scene setting including color temperature

Light follows time system (cycle – scheduler) including color temperature

Central monitoring

Emergency monitoring

Energy Monitoring

Conditional functionality (IF, THEN)

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Whether the system is wired or wireless it will always be possible to connect it to Ethernet and then translate data for use in a building management system. The architecture can consist of different kinds of technologies, as long as the central monitoring system can gather the information from all technologies into one uniform platform for the user.

By using open standard protocols, we are able to connect all parts of your light installation to one central monitoring system. Using our central monitoring system, we can also offer added services such as energy monitoring, emergency light monitoring and finally maintenance monitoring.

Central monitoring and added services

Glamox is committed to a system architecture that offers the customer easy access to all available data for use in a building management system.

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Whether the system is wired or wireless it will always be possible to connect it to Ethernet and then translate data for use in a building management system. The architecture can consist of different kinds of technologies, as long as the central monitoring system can gather the information from all technologies into one uniform platform for the user.

By using open standard protocols, we are able to connect all parts of your light installation to one central monitoring system. Using our central monitoring system, we can also offer added services such as energy monitoring, emergency light monitoring and finally maintenance monitoring.

Central monitoring and added services

Glamox is committed to a system architecture that offers the customer easy access to all available data for use in a building management system.

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Monitoring emergency light installation

Say goodbye to time-consuming emergency light inspections. By using DALI addressable emergency lights, it is possible to set up test cycles and generate/save reports that fulfill European and national standards. Since we are using an open standard protocol it is easy to translate this information to other monitoring systems as well.

Easy mapping of energy consumption

Our central monitoring system provides an easy user interface for monitoring the energy consumption in the building. With heat mapping that shows the energy consumption in different areas of the property it is easy to see how well the system is performing and adjust accordingly.

Easy maintenance planning

When do we expect to change that battery? What are the operating hours on the luminaires in the main corridor? Glamox Central Monitoring System can answer such questions and by that help your personnel handle maintenance in a quick, easy and cost efficient way.

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Monitoring emergency light installation

Say goodbye to time-consuming emergency light inspections. By using DALI addressable emergency lights, it is possible to set up test cycles and generate/save reports that fulfill European and national standards. Since we are using an open standard protocol it is easy to translate this information to other monitoring systems as well.

Easy mapping of energy consumption

Our central monitoring system provides an easy user interface for monitoring the energy consumption in the building. With heat mapping that shows the energy consumption in different areas of the property it is easy to see how well the system is performing and adjust accordingly.

Easy maintenance planning

When do we expect to change that battery? What are the operating hours on the luminaires in the main corridor? Glamox Central Monitoring System can answer such questions and by that help your personnel handle maintenance in a quick, easy and cost efficient way.

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Wireless flexibility

By opting for a wireless solution, you add extra flexibility to your light management system. The wireless solution from Glamox is stable, secure and efficient.

With wireless technology, your light management system becomes extremely flexible. No need to rewire, just change the set up and the solution is adapted to a new interior layout instantly. To the refit market this is an enormous advantage.

There are three topics that are extremely important when choosing a wireless solution.

• Communication. You need to be sure that all commands are received by all units.• Security. You need a system that can’t be compromised.• Stability. You need a system that is stable when it comes to the WiFi network.

Glamox has chosen a wireless technology that combines the advantages of Mesh-technology and star topology.

This gives the most stabile wireless communication platform on the market. All communication is encrypted to ensure ample security.

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Wireless flexibility

By opting for a wireless solution, you add extra flexibility to your light management system. The wireless solution from Glamox is stable, secure and efficient.

With wireless technology, your light management system becomes extremely flexible. No need to rewire, just change the set up and the solution is adapted to a new interior layout instantly. To the refit market this is an enormous advantage.

There are three topics that are extremely important when choosing a wireless solution.

• Communication. You need to be sure that all commands are received by all units.• Security. You need a system that can’t be compromised.• Stability. You need a system that is stable when it comes to the WiFi network.

Glamox has chosen a wireless technology that combines the advantages of Mesh-technology and star topology.

This gives the most stabile wireless communication platform on the market. All communication is encrypted to ensure ample security.

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Human Centric Lighting: The human biological clock is controlled via the light

Human Centric Lighting can adjust people’s daily rhythms and improve their motivation, well-being, and productivity.

Light has a great effect on us humans. Not only does it allow us to see. Light stimulates us, and influences our moods and activity levels. Because we spend a lot of time indoors, especially in winter, the characteristics of the artificial light in our surroundings is significant.

Human Centric Lighting solutions can support the human circadian rhythm, enhance concentration, prevent sleeping disorders and improve our overall well-being. This new use of light is made possible because of new knowledge about the biological effects of light, and because of recent innovations in lighting technology.

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Human Centric Lighting: The human biological clock is controlled via the light

Human Centric Lighting can adjust people’s daily rhythms and improve their motivation, well-being, and productivity.

Light has a great effect on us humans. Not only does it allow us to see. Light stimulates us, and influences our moods and activity levels. Because we spend a lot of time indoors, especially in winter, the characteristics of the artificial light in our surroundings is significant.

Human Centric Lighting solutions can support the human circadian rhythm, enhance concentration, prevent sleeping disorders and improve our overall well-being. This new use of light is made possible because of new knowledge about the biological effects of light, and because of recent innovations in lighting technology.

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How it works

The human biological clock is controlled via the light. Natural daylight is the most important “zeitgeber” to control our circadian rhythm. Natural daylight contains a lot of blue wavelengths. This natural cool white light we are able to recreate with artificial light sources.

A major output of the biological clock system is the production of the hormone melatonin – a “sleep hormone”. The production of melatonin in the human brain varies with the time of day, but mostly it takes place during the night. We know that the blue wavelengths in the cool white light will reduce melatonin secretion. Lower melatonin levels, triggered by light exposure, often coincides with increased feelings of alertness and higher sustained attention.

How we use it

In order to install and program efficient Human Centric Lighting solutions, three parameters require careful attention. They are interdependent and are used as levers to control the effect of the light on humans. We are talking about spectrum, intensity and timing/duration.

Spectrum: We know that the blue wavelengths in the light are the biologically active parts. For this reason, we use cool white light sources with wavelengths in the blue spectrum.

Intensity: Research has taught us how much light is needed to influence the biological processes in the human body. We need to choose solutions that provide enough light to achieve this, while taking are of issues such as unwanted glare and energy consumption.

Timing and duration: Light in the morning is the most effective. It tells our biological clock that the day has begun and that bodily functions need to be activated. Conversely, light exposure in the evening will cause melatonin production to be suppressed and make it harder to fall asleep. It is important that we take these factors into consideration when planning a Human Centric Lighting solution with a 24-hour cycle.

LED technology and light management systems

With modern LED technology, it is easy to tune white light to different color temperatures. LED also enables us to create colored light that contains no radiation in specific areas of the visible spectrum. This is often a prerequisite for Human Centric Lighting.

To create a Human Centric Lighting solution a special control protocol or language is used. This language is based on DALI and is called Device Type 8 or DT8. By using a unit that sends DT8 commands and that also contains a “Real Time Clock” (RTC) we can make a human centric light cycle. Glamox can provide systems for this with different levels of complexity. We have both the experience and knowledge needed to set up a complete Human Centric Lighting system and give guidance on how the user interface shall operate.

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How it works

The human biological clock is controlled via the light. Natural daylight is the most important “zeitgeber” to control our circadian rhythm. Natural daylight contains a lot of blue wavelengths. This natural cool white light we are able to recreate with artificial light sources.

A major output of the biological clock system is the production of the hormone melatonin – a “sleep hormone”. The production of melatonin in the human brain varies with the time of day, but mostly it takes place during the night. We know that the blue wavelengths in the cool white light will reduce melatonin secretion. Lower melatonin levels, triggered by light exposure, often coincides with increased feelings of alertness and higher sustained attention.

How we use it

In order to install and program efficient Human Centric Lighting solutions, three parameters require careful attention. They are interdependent and are used as levers to control the effect of the light on humans. We are talking about spectrum, intensity and timing/duration.

Spectrum: We know that the blue wavelengths in the light are the biologically active parts. For this reason, we use cool white light sources with wavelengths in the blue spectrum.

Intensity: Research has taught us how much light is needed to influence the biological processes in the human body. We need to choose solutions that provide enough light to achieve this, while taking are of issues such as unwanted glare and energy consumption.

Timing and duration: Light in the morning is the most effective. It tells our biological clock that the day has begun and that bodily functions need to be activated. Conversely, light exposure in the evening will cause melatonin production to be suppressed and make it harder to fall asleep. It is important that we take these factors into consideration when planning a Human Centric Lighting solution with a 24-hour cycle.

LED technology and light management systems

With modern LED technology, it is easy to tune white light to different color temperatures. LED also enables us to create colored light that contains no radiation in specific areas of the visible spectrum. This is often a prerequisite for Human Centric Lighting.

To create a Human Centric Lighting solution a special control protocol or language is used. This language is based on DALI and is called Device Type 8 or DT8. By using a unit that sends DT8 commands and that also contains a “Real Time Clock” (RTC) we can make a human centric light cycle. Glamox can provide systems for this with different levels of complexity. We have both the experience and knowledge needed to set up a complete Human Centric Lighting system and give guidance on how the user interface shall operate.

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Glamox & the Internet of Things

Where there is light there are people. Where there are people there is light. The light installation grid is the ideal place for the connected objects that Internet of Things is based upon. With the right technology in our luminaires, lighting becomes infrastructure. Based on this Glamox can provide information and services beyond illumination.

The Internet of Things (IoT) connects machines and devices to one another. IoT can help all industries become more efficient, productive and safer. Glamox is following the technological trends closely, and will consecutively implement the most relevant IoT technology, that gives real value.

Where there is light, there are people.

Where there are people, there is light.

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Glamox & the Internet of Things

Where there is light there are people. Where there are people there is light. The light installation grid is the ideal place for the connected objects that Internet of Things is based upon. With the right technology in our luminaires, lighting becomes infrastructure. Based on this Glamox can provide information and services beyond illumination.

The Internet of Things (IoT) connects machines and devices to one another. IoT can help all industries become more efficient, productive and safer. Glamox is following the technological trends closely, and will consecutively implement the most relevant IoT technology, that gives real value.



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Asset trackingWhere are the hospital beds and important medical equipment? Where are the wheelchairs in an airport? Instead of running around and looking for important assets, you can easily use a customized app to see where the actual assets are located. This will save time and money.



Some possibilities available today are:

HeatmappingHeatmapping is based on sensors that register and collect data about movement in a building. The data is analyzed and used to make a graphic map that visualizes the use of the building. Heatmapping can be used to answer questions like: Which part of the building is used during the normal day? How many offices are actually in use? Which area of the retail store is the most popular? By heatmapping your building, you get all the information you need to plan and optimize the space and maintenance of the building.

NavigationLighting can provide an indoor positioning grid to help users navigate inside a retail store, hospital, office building or airport.

When walking through an airport, beacons can provide the customer with customized, scalable price tags, gate information, menu in the restaurants etc.

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Asset trackingWhere are the hospital beds and important medical equipment? Where are the wheelchairs in an airport? Instead of running around and looking for important assets, you can easily use a customized app to see where the actual assets are located. This will save time and money.



Some possibilities available today are:

HeatmappingHeatmapping is based on sensors that register and collect data about movement in a building. The data is analyzed and used to make a graphic map that visualizes the use of the building. Heatmapping can be used to answer questions like: Which part of the building is used during the normal day? How many offices are actually in use? Which area of the retail store is the most popular? By heatmapping your building, you get all the information you need to plan and optimize the space and maintenance of the building.

NavigationLighting can provide an indoor positioning grid to help users navigate inside a retail store, hospital, office building or airport.

When walking through an airport, beacons can provide the customer with customized, scalable price tags, gate information, menu in the restaurants etc.

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Potential gains are:

• Energy savings (No or reduced lighting when there’s nobody present or when there’s sufficient daylight in a room)

• Easy maintenance planning and reduced maintenance cost• Longer lifetime of the lighting installation• Better working environment for teachers and students

- Pre-programmed light scenarios adapted to different learning situations

- Presentation lighting for enhancing the visual communication - With Human Centric Lighting – higher alertness

and improved concentration with focus light. Improved circadian rhythm and sleep.

Light management systems for educational institutions

Implementing light management systems in schools can benefit both students and teachers and reduce the electricity and maintenance bill.

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• Easy maintenance planning and reduced maintenance cost• Longer lifetime of the lighting installation• Better working environment for teachers and students

- Pre-programmed light scenarios adapted to different learning situations

- Presentation lighting for enhancing the visual communication - With Human Centric Lighting – higher alertness


Light management systems for educational institutions

Implementing light management systems in schools can benefit both students and teachers and reduce the electricity and maintenance bill.

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Typical application: Class rooms A classroom needs to facilitate numerous activities like presentations, team work, showing movies etc. A well-designed light management system will make it easy to adjust the light accordingly.

We recommend• Multiple group or central monitored solution• Motion and daylight sensors• Presence = manual on, absence = automatic

off. 15 minutes’ time delay• Daylight sensor. Set-level = 500lx• Minimum two groups of luminaires. Presenter and general • If daylight dependency is used, always divide the

general lighting in a classroom in minimum two groups• Manual settings from panel. E.g.: video, smartboard,

oral presentation. Dim up/dim down. ON/OFF• Time cycle setting including Human Centric

Lighting. (No daylight sensor required)

Please see our website for more in-depth information

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Typical application: Class rooms A classroom needs to facilitate numerous activities like presentations, team work, showing movies etc. A well-designed light management system will make it easy to adjust the light accordingly.

We recommend• Multiple group or central monitored solution• Motion and daylight sensors• Presence = manual on, absence = automatic

off. 15 minutes’ time delay• Daylight sensor. Set-level = 500lx• Minimum two groups of luminaires. Presenter and general • If daylight dependency is used, always divide the

general lighting in a classroom in minimum two groups• Manual settings from panel. E.g.: video, smartboard,

oral presentation. Dim up/dim down. ON/OFF• Time cycle setting including Human Centric

Lighting. (No daylight sensor required)

Please see our website for more in-depth information

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• Energy savings (No/reduced lighting when there’s nobody present or when there’s sufficient daylight in a room)

• Improved HSE• Reduced maintenance cost • Longer lifetime of the lighting installation• Lighting that can be easily tailored to

different use of the same room/area• With Human Centric Lighting – Higher alertness


Light management systems forindustrial applicationsImplementing light management systems in industrial facilities can contribute to a safer and healthier work environment and reduce the electricity and maintenance bill.

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• Improved HSE• Reduced maintenance cost • Longer lifetime of the lighting installation• Lighting that can be easily tailored to

different use of the same room/area• With Human Centric Lighting – Higher alertness


Light management systems forindustrial applicationsImplementing light management systems in industrial facilities can contribute to a safer and healthier work environment and reduce the electricity and maintenance bill.

23

Typical application: WarehousesIn warehouses, activity in individual locations in the building is often of short duration. By using motion detectors, the light can be automatically adjusted to the usage pattern of the building.When there is no activity in the building, all lights can be turned off. When there is activity in the building, the light will adjust to a self-chosen base level where there is no activity. Where there is activity, the light will be adjusted to the chosen level, to ensure the appropriate work light for the tasks that are carried out.

Dynamic light control allows the user to customize light levels to optimize energy savings, and improve work environment. This provides you with a very flexible solution that can be adapted and optimized for the usage of the building at any time.

We recommend• Central Monitoring• Light installation grouped according to shelf units• Wireless communication• Integrated motion sensors (15 minutes time delay)

For more in-depth information, please see our website.

23

Typical application: WarehousesIn warehouses, activity in individual locations in the building is often of short duration. By using motion detectors, the light can be automatically adjusted to the usage pattern of the building.When there is no activity in the building, all lights can be turned off. When there is activity in the building, the light will adjust to a self-chosen base level where there is no activity. Where there is activity, the light will be adjusted to the chosen level, to ensure the appropriate work light for the tasks that are carried out.

Dynamic light control allows the user to customize light levels to optimize energy savings, and improve work environment. This provides you with a very flexible solution that can be adapted and optimized for the usage of the building at any time.

We recommend• Central Monitoring• Light installation grouped according to shelf units• Wireless communication• Integrated motion sensors (15 minutes time delay)


24



• Reduced maintenance cost• Longer lifetime of the lighting installation• Lighting that can be easily tailored to different activities

- Presentations - Meetings - Social activities

• With Human Centric Lighting – Higher alertness and improved concentration with focus light. Improved circadian rhythm and sleep.

Light management systems for office environmentsImplementing light management systems in office buildings can contribute to a smarter and healthier work environment and reduce the electricity and maintenance bill.

24



• Reduced maintenance cost• Longer lifetime of the lighting installation• Lighting that can be easily tailored to different activities

- Presentations - Meetings - Social activities

• With Human Centric Lighting – Higher alertness and improved concentration with focus light. Improved circadian rhythm and sleep.

Light management systems for office environmentsImplementing light management systems in office buildings can contribute to a smarter and healthier work environment and reduce the electricity and maintenance bill.

25

Typical application: Office landscapesIn a typical office landscape people come and go. Hence the importance of a light management system that detects presence at each workstation is obvious. Office landscapes also calls for the option to group the luminaires in different zones. By grouping you can get the right light level at each work station, and keep the light level at a minimum when there is no activity in an area. Gradually dimming instead of having the light turned abruptly off when someone leaves is often a better solution to avoid disturbances. If you want to utilize the daylight contribution, a sensor that also measure light has to be chosen. Be sure that the light sensors are not mounted too close to the windows.

We recommend• Multiple group or central monitored solution• Motion and daylight sensors• Presence = automatic on, absence = automatic dimmed.

15 minutes’ time delay. Automatic off when all groups are empty• Daylight sensor. Set-level = 500lx• If daylight contribution is utilized, divide the

zones/groups according to incoming daylight• If a Human Centric Lighting solution is chosen

time cycle setting must be included

Typical application: CorridorsCorridors are controlled by presence sensors in combination with the activity in the offices/landscape in the neighboring zone.

If there is activity in an adjacent room, the corridor will only dim down to a certain level when there is no presence in the corridor itself. When there is no activity in the corridor and no activity in the adjacent zone, the light turns off.

We recommend• Motion sensors• Presence= Automatic on, Absence= Dimmed down,

Time delay= 15 min, Absence in corridor and neighboring area = automatic off

• Absence dimmed level= 10 % (if there are windows towards corridors we recommend 25 %)

Typical application: StairwaysIn stairways, all light is normally turned off when there is no activity. When you arrive in a stair on a certain level of the building, the light turns on to the right level in the story over and under you. The light will follow you in the direction you move. If you arrive in a stair and the daylight contribution is sufficient the light will stay off.

We recommend• Wireless integrated sensors (UW-SEN)• Presence= Automatic on at the floor where presence is

detected + floor above and under, light follows person when moving up or down, Time delay= 5 minutes.


2525

Typical application: Office landscapesIn a typical office landscape people come and go. Hence the importance of a light management system that detects presence at each workstation is obvious. Office landscapes also calls for the option to group the luminaires in different zones. By grouping you can get the right light level at each work station, and keep the light level at a minimum when there is no activity in an area. Gradually dimming instead of having the light turned abruptly off when someone leaves is often a better solution to avoid disturbances. If you want to utilize the daylight contribution, a sensor that also measure light has to be chosen. Be sure that the light sensors are not mounted too close to the windows.

We recommend• Multiple group or central monitored solution• Motion and daylight sensors• Presence = automatic on, absence = automatic dimmed.

15 minutes’ time delay. Automatic off when all groups are empty• Daylight sensor. Set-level = 500lx• If daylight contribution is utilized, divide the

zones/groups according to incoming daylight• If a Human Centric Lighting solution is chosen

time cycle setting must be included

Typical application: CorridorsCorridors are controlled by presence sensors in combination with the activity in the offices/landscape in the neighboring zone.

If there is activity in an adjacent room, the corridor will only dim down to a certain level when there is no presence in the corridor itself. When there is no activity in the corridor and no activity in the adjacent zone, the light turns off.

We recommend• Motion sensors• Presence= Automatic on, Absence= Dimmed down,

Time delay= 15 min, Absence in corridor and neighboring area = automatic off

• Absence dimmed level= 10 % (if there are windows towards corridors we recommend 25 %)

Typical application: StairwaysIn stairways, all light is normally turned off when there is no activity. When you arrive in a stair on a certain level of the building, the light turns on to the right level in the story over and under you. The light will follow you in the direction you move. If you arrive in a stair and the daylight contribution is sufficient the light will stay off.

We recommend• Wireless integrated sensors (UW-SEN)• Presence= Automatic on at the floor where presence is

detected + floor above and under, light follows person when moving up or down, Time delay= 5 minutes.


26



• Reduced maintenance cost • Improving HSE• Longer lifetime of the lighting installation• Lighting that can be easily tailored to different activities• With Human Centric Lighting – Improved circadian rhythm,

sleep and sense of wellbeing among patients and employees.

Light management systems forhospitals and healthcare Implementing light management systems in health care institutions can contribute to a healthier physical environment for both patients and employees and reduce the electricity and maintenance bill.

26



• Reduced maintenance cost • Improving HSE• Longer lifetime of the lighting installation• Lighting that can be easily tailored to different activities• With Human Centric Lighting – Improved circadian rhythm,

sleep and sense of wellbeing among patients and employees.

Light management systems forhospitals and healthcare Implementing light management systems in health care institutions can contribute to a healthier physical environment for both patients and employees and reduce the electricity and maintenance bill.

27

Typical application: Patient room in hospital

In a patient room, each patient needs to control her/his bed head luminaire. Outside of general lighting the staff also needs a night light they can use to navigate in the room without waking the patients. Motion detection should be used sensibly, to avoid leaving immobile patients in the dark.

We recommend• Group 1 = Night light, group 2 = general

light, group 3 – x = reading light• Central monitored solution• Different levels and/or settings for day & night• Motion and daylight sensors• Motion sensor. Presence = manual faded on, absence

= automatic faded off. 15 minutes of time delay• Daylight sensor. 500lx day, disabled at night.• Reading light not linked to sensors.• Reading light ON in max 30 minutes’ interval at night.• Time cycle setting including Human Centric Lighting

For more in depth information please see our website

27

Typical application: Patient room in hospital

In a patient room, each patient needs to control her/his bed head luminaire. Outside of general lighting the staff also needs a night light they can use to navigate in the room without waking the patients. Motion detection should be used sensibly, to avoid leaving immobile patients in the dark.

We recommend• Group 1 = Night light, group 2 = general

light, group 3 – x = reading light• Central monitored solution• Different levels and/or settings for day & night• Motion and daylight sensors• Motion sensor. Presence = manual faded on, absence

= automatic faded off. 15 minutes of time delay• Daylight sensor. 500lx day, disabled at night.• Reading light not linked to sensors.• Reading light ON in max 30 minutes’ interval at night.• Time cycle setting including Human Centric Lighting

For more in depth information please see our website

28

Saving money with light management

By investing in a light management system from Glamox you will save money on the electricity bill. The key is to reduce the number of kilowatt hours (kWh) you use each month, and a reduction of 60 percent of the kWh is not uncommon.

Energy calculatorGlamox has developed a smart energy calculator that allows you to explore the ROI related to an investment in a light management system. The savings is calculated as kWh, upon which you can add information about energy cost to see how much money you can save. The calculator will show you both how much you can save by implementing a system based on local control and the savings you can achieve by choosing a central monitoring system. You can calculate the number of years it will take until the investment is paid down and the life cycle costs related to the installation.

Estimated yearly energy consumption

(kWh)

Estimated yearly energy cost

Estimated yearly maintenance cost

Yearly cost, LCC Analysis, based on 20 years lifecycle

Estimated payback

for different alternatives

28

Saving money with light management

By investing in a light management system from Glamox you will save money on the electricity bill. The key is to reduce the number of kilowatt hours (kWh) you use each month, and a reduction of 60 percent of the kWh is not uncommon.

Energy calculatorGlamox has developed a smart energy calculator that allows you to explore the ROI related to an investment in a light management system. The savings is calculated as kWh, upon which you can add information about energy cost to see how much money you can save. The calculator will show you both how much you can save by implementing a system based on local control and the savings you can achieve by choosing a central monitoring system. You can calculate the number of years it will take until the investment is paid down and the life cycle costs related to the installation.

Estimated yearly energy consumption

(kWh)

Estimated yearly energy cost

Estimated yearly maintenance cost

Yearly cost, LCC Analysis, based on 20 years lifecycle

Estimated payback

for different alternatives

29

Number of luminaires

1089 1112*

200 218

1 155 211

103*115*

607 499*

273 293**

334 206

881 919

Effect(W) Total effect (kW) Yearly (kWh) Total savings (kWh)

Old installation

New installation

Adding LMS

Example:The example below shows the reduction in energy consumption the Norwegian company Asko achieved when they installed a light management system and replaced conventional lighting with LED in one of their warehouses.

Total savings: 881 919 (76%) kWhSavings from LMS: 334 206 (45%) kWh

*Calculated kWh** Measured kWh

29

Number of luminaires

1089 1112*

200 218

1 155 211

103*115*

607 499*

273 293**

334 206

881 919

Effect(W) Total effect (kW) Yearly (kWh) Total savings (kWh)

Old installation

New installation

Adding LMS

Example:The example below shows the reduction in energy consumption the Norwegian company Asko achieved when they installed a light management system and replaced conventional lighting with LED in one of their warehouses.

Total savings: 881 919 (76%) kWhSavings from LMS: 334 206 (45%) kWh

*Calculated kWh** Measured kWh

You define.

- Lighting that’s adequate for different tasks - Lighting that can be adjusted to individual needs - Lighting that influences the circadian rhythm in a

positive way and that helps her/him focus and stay alert

- A solution that is attractive for tenants/occupants

- Saving money on electricity and maintenance

- Optimizing space - Built in flexibility if tenants/occupants

need to change the floor plan

What’s in it for me?

End users Building owner

3030

You define.

- Lighting that’s adequate for different tasks - Lighting that can be adjusted to individual needs - Lighting that influences the circadian rhythm in a

positive way and that helps her/him focus and stay alert

- A solution that is attractive for tenants/occupants

- Saving money on electricity and maintenance

- Optimizing space - Built in flexibility if tenants/occupants

need to change the floor plan

What’s in it for me?

End users Building owner

30

- A solution that is attractive to his customer - The possibility that Glamox takes full

systems responsibility - A solution that meets most requirements

both in terms of functionality and openness towards BMS

We connect.

- Easy maintenance and maintenance planning

- Reduced energy consumption - Optimizing the space - A user-friendly interface - The option to have full control over a

building through a central monitoring system

- Automatic testing of your emergency light installation according to national standards

- The option to let Glamox take full system responsibility

- A solution that is easy to install - A solution that is easy to test before

commissioning - The option to let Glamox take full system

responsibility - A possibility to offer added services to the

end customer

Facility manager Installer Consultant

3131

- A solution that is attractive to his customer - The possibility that Glamox takes full

systems responsibility - A solution that meets most requirements

both in terms of functionality and openness towards BMS

We connect.

- Easy maintenance and maintenance planning

- Reduced energy consumption - Optimizing the space - A user-friendly interface - The option to have full control over a

building through a central monitoring system

- Automatic testing of your emergency light installation according to national standards

- The option to let Glamox take full system responsibility

- A solution that is easy to install - A solution that is easy to test before

commissioning - The option to let Glamox take full system

responsibility - A possibility to offer added services to the

end customer

Facility manager Installer Consultant

31

32

LIGHTMANAGEMENTSYSTEMS

Start exploring!

HUMAN CENTRIC LIGHTINGHuman Centric Lighting are lighting solutions that mimics the qualities of daylight to enhance human

performance, wellbeing and to support a favorable circadian rhythm.

THE TECHNOLOGYA light management system uses information from sensors and timers alongside with manual commands to provide the right amount and quality of light when and where it’s needed. It is a system that manages your light installation to improve flexibility, energy efficiency, maintenance and productivity.

THE INNOVATIONOur Light Management Systems provides great opportunities for efficient and smart companies and can benefit a wide range of target groups. By continuously embracing new technology we will be able to offer new features and services for future applications.

A smart and easily installed system that allows you to control a single group of luminaires. A Single Group system from Glamox is easy to install. Just plug and play, no programming needed.

A flexible and versatile system that allows you to control multiple groups of luminaires. A Multiple Group system from Glamox comprise programmable solutions that allows you to easily adjust the lighting according to the needs of the end users.

A system that allows you to monitor and control complete lighting installations. These systems can also offer opportunities beyond lighting control.

OUR LEVELS OF SOLUTION

Capt

ure

data

Tran

smit

data

INTERNET OF THINGS

Where there is lighting, there are people. With the right sensors and

technology in our luminaires, lighting becomes infrastructure. This is why Glamox offers light management systems that can

provide information and services beyond illumination.

EASY TO PLAN

EASY TO COMMISSION

EASY TO USE

EASY TO INSTALL

CONNECTING THINGSTHAT MATTER

A WARRANTY FORQUALITY

FLEXIBLE

EDUCATIONImplementing light

management systems in schools can benefit both students and teachers

and reduce the electricity and maintenance bill.

HEALTHImplementing light

management systems in health care institutions can contribute to a healthier physical environment for

both patients and employees and reduce the

electricity and maintenance bill.

OFFICEImplementing light

management systems in office buildings can

contribute to a smarter and healthier work environment and reduce the electricity

and maintenance bill.

INDUSTRYImplementing light

management systems in industrial facilities can contribute to a safer and healthier work

environment and reduce the electricity and maintenance bill.

32


Start exploring!









Capt

ure

data

Tran

smit

data

INTERNET OF THINGS




EASY TO PLAN

EASY TO COMMISSION

EASY TO USE

EASY TO INSTALL



FLEXIBLE















33


Start exploring!









Capt

ure

data

Tran

smit

data

INTERNET OF THINGS




EASY TO PLAN

EASY TO COMMISSION

EASY TO USE

EASY TO INSTALL



FLEXIBLE















33


Start exploring!









Capt

ure

data

Tran

smit

data

INTERNET OF THINGS




EASY TO PLAN

EASY TO COMMISSION

EASY TO USE

EASY TO INSTALL



FLEXIBLE















34

Light Management Dictionary

Central Monitoring System:

System architecture:

Mesh technology:

Star topology:

Human Centric Lighting:

Pulse Width Modulation (PWM):

Tuneable white technology:

RGB:

X-Y colour coordinates:

PIR sensor:

A central monitoring system monitors your technical installation and gathers all collected information to a single location. This makes monitoring a light management system fast and easy, no matter how complicated the location is. Central monitoring systems can be customised to fit the application perfectly.

A system architecture or systems architecture is the conceptual model that defines the structure, behavior, and more views of a system. An architecture description is a formal description and representation of a system, organized in a way that supports reasoning about the structures and behaviors of the system.

A mesh network is a network topology where each node receives and pass on data to the network. This way all nodes cooperate in the distribution of data in the network.

In a star topology network commands are distributed from a single node to the rest of the network. The commands received by the other units are not passed on unless the units are programmed to do so.

Lighting solutions that mimics the qualities of daylight to enhance human performance, wellbeing and to support a favorable circadian rhythm.

Pulse Width Modulation refers to the concept of changing the pulse width of a digital signal on a wire. When dimming a LED source PWM is used to simulate a varying static voltage.

Tunable white light is a technology that enables users to adjust the color temperature of a luminaire. The technology is based on two white light sources with different colour temperatures and a mixing chamber (e.g. the luminaire). Users can modify the correlated color temperature (CCT) and intensity of the luminaire with an input from a light management system.

RGB refers to the primary colours, red green and blue. Any colour in the colour spectrcum can be described by its content of the primary colours. In order to make light with different colours you need to combine individual LEDs with radiation in the red, green and blue spectrum. This is referred to as RGB in DALI DT8.

In a CIE colour diagram all colours can be described with an X-Y coordinate. In DALI DT8 X-Y coordinates is one way to describe a specific colour.

A passive infrared sensor (PIR) is an electronic sensor that measures infrared light (heat) radiating from objects in its field of view. In front of the IR sensor a special lens is placed. When the system measures IR radiation moving from one lens segment to another it is interpreted as presence. PIR sensors are most often used in PIR-based motion detectors.

34

Light Management Dictionary

Central Monitoring System:

System architecture:

Mesh technology:

Star topology:

Human Centric Lighting:

Pulse Width Modulation (PWM):

Tuneable white technology:

RGB:

X-Y colour coordinates:

PIR sensor:

A central monitoring system monitors your technical installation and gathers all collected information to a single location. This makes monitoring a light management system fast and easy, no matter how complicated the location is. Central monitoring systems can be customised to fit the application perfectly.

A system architecture or systems architecture is the conceptual model that defines the structure, behavior, and more views of a system. An architecture description is a formal description and representation of a system, organized in a way that supports reasoning about the structures and behaviors of the system.

A mesh network is a network topology where each node receives and pass on data to the network. This way all nodes cooperate in the distribution of data in the network.

In a star topology network commands are distributed from a single node to the rest of the network. The commands received by the other units are not passed on unless the units are programmed to do so.

Lighting solutions that mimics the qualities of daylight to enhance human performance, wellbeing and to support a favorable circadian rhythm.

Pulse Width Modulation refers to the concept of changing the pulse width of a digital signal on a wire. When dimming a LED source PWM is used to simulate a varying static voltage.

Tunable white light is a technology that enables users to adjust the color temperature of a luminaire. The technology is based on two white light sources with different colour temperatures and a mixing chamber (e.g. the luminaire). Users can modify the correlated color temperature (CCT) and intensity of the luminaire with an input from a light management system.

RGB refers to the primary colours, red green and blue. Any colour in the colour spectrcum can be described by its content of the primary colours. In order to make light with different colours you need to combine individual LEDs with radiation in the red, green and blue spectrum. This is referred to as RGB in DALI DT8.

In a CIE colour diagram all colours can be described with an X-Y coordinate. In DALI DT8 X-Y coordinates is one way to describe a specific colour.

A passive infrared sensor (PIR) is an electronic sensor that measures infrared light (heat) radiating from objects in its field of view. In front of the IR sensor a special lens is placed. When the system measures IR radiation moving from one lens segment to another it is interpreted as presence. PIR sensors are most often used in PIR-based motion detectors.

35

DALI:

Dali Device Type 8 (DT8):

KNX:

BACnet:

LONWORK:

Internet of Things:

Building Information Modelling:

Power over Ethernet:

Visible Light Communication:

LiFi:

Internet of People:

Beacon:

Digital Addressable Lighting Interface is a standardized (IEC 62386) protocol describing digital communication between lighting devices enabling them to be addressed individually and is a protocol set out in the technical standard IEC 62386.

Part of DALI protocol that is used to modify colours and colour temperatures. DT8 is used to create Human Centric Lighting solutions.

KNX is a standardized (EN 50090, ISO/IEC 14543), Open system interconnection model (OSI) based network communications protocol for building automation.

BAC net is an open communications protocol for Building Automation and Control (BAC) networks that can implement the ASHRAE, ANSI, and ISO 16484-5 standard protocol.

LonWorks (local operating network) is a networking platform specifically created to address the needs of control applications. The platform is built on a protocol created by Echelon Corporation for networking devices over media such as twisted pair, powerlines, fiber optics, and RF.

The Internet of Things (IoT) connects machines and devices to one another.

Building Information Modelling (BIM) is an intelligent 3D model-based process that gives architecture, engineering, and construction (AEC) professionals the insight and tools to more efficiently plan, design, construct, and manage buildings and infrastructure.

Power over Ethernet (POE) is a technology that lets network cables carry electrical power.

Visible light communication (VLC) is a data communications variant which uses visible light between 400 and 800 THz (780–375 nm). VLC is a subset of optical wireless communications technologies.

Light Fidelity or Li-Fi is a Visible Light Communications (VLC) system running wireless communications travelling at very high speeds. Li-Fi uses LED luminaires to enable data transfer, boasting speeds of up to 224 gigabits per second.

Internet of People (IoP) encompasses internet-enabled personal electronics.

Small Bluetooth radio transmitter.

35

DALI:

Dali Device Type 8 (DT8):

KNX:

BACnet:

LONWORK:

Internet of Things:

Building Information Modelling:

Power over Ethernet:

Visible Light Communication:

LiFi:

Internet of People:

Beacon:

Digital Addressable Lighting Interface is a standardized (IEC 62386) protocol describing digital communication between lighting devices enabling them to be addressed individually and is a protocol set out in the technical standard IEC 62386.

Part of DALI protocol that is used to modify colours and colour temperatures. DT8 is used to create Human Centric Lighting solutions.

KNX is a standardized (EN 50090, ISO/IEC 14543), Open system interconnection model (OSI) based network communications protocol for building automation.

BAC net is an open communications protocol for Building Automation and Control (BAC) networks that can implement the ASHRAE, ANSI, and ISO 16484-5 standard protocol.

LonWorks (local operating network) is a networking platform specifically created to address the needs of control applications. The platform is built on a protocol created by Echelon Corporation for networking devices over media such as twisted pair, powerlines, fiber optics, and RF.

The Internet of Things (IoT) connects machines and devices to one another.

Building Information Modelling (BIM) is an intelligent 3D model-based process that gives architecture, engineering, and construction (AEC) professionals the insight and tools to more efficiently plan, design, construct, and manage buildings and infrastructure.

Power over Ethernet (POE) is a technology that lets network cables carry electrical power.

Visible light communication (VLC) is a data communications variant which uses visible light between 400 and 800 THz (780–375 nm). VLC is a subset of optical wireless communications technologies.

Light Fidelity or Li-Fi is a Visible Light Communications (VLC) system running wireless communications travelling at very high speeds. Li-Fi uses LED luminaires to enable data transfer, boasting speeds of up to 224 gigabits per second.

Internet of People (IoP) encompasses internet-enabled personal electronics.

Small Bluetooth radio transmitter.

© G

lamox

December 2017

The Glamox Group

Quality brands and solutionsThe Group owns a range of quality lighting brands including Glamox, Aqua Signal, Luxo, Høvik Lys, Norselight and LINKSrechts. Glamox is committed to meeting customer needs and expectations by providing quality products and solutions, service and support.

Glamox is a Norwegian industrial group that develops, manufactures and distributes professional lighting solutions for the global market.

Technology and expertiseOur products and solutions are developed and tested by our engineers at our own research and testing facilities, and manufactured and certified in accordance with all relevant quality and environmental standards. They are based on the latest technology and expertise – and generations of experience.

www.glamox.com

The Glamox Group

Quality brands and solutionsThe Group owns a range of quality lighting brands including Glamox, Aqua Signal, Luxo, Høvik Lys, Norselight and LINKSrechts. Glamox is committed to meeting customer needs and expectations by providing quality products and solutions, service and support.

Glamox is a Norwegian industrial group that develops, manufactures and distributes professional lighting solutions for the global market.

Technology and expertiseOur products and solutions are developed and tested by our engineers at our own research and testing facilities, and manufactured and certified in accordance with all relevant quality and environmental standards. They are based on the latest technology and expertise – and generations of experience.

www.glamox.com/gsx

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