With our numerous sensor systems and lighting controls, you can automate your lighting and lighting solutions to save energy and costs. With sensors, dimmers and controls, you can regulate the lighting automatically and as required to ensure efficient and convenient lighting.
Sensors for lighting are available in various designs, e.g. as motion detectors, presence detectors or brightness sensors. They detect the surroundings and only switch the lighting on when required in order to save energy and extend the service life of the lamps. Motion detectors and presence detectors switch the lighting on when people are in the room and switch it off when the room is vacated. Brightness sensors regulate the lighting automatically depending on the brightness in the room or outdoors.
Lighting dimmers allow the brightness of lamps to be continuously adjusted. They therefore offer more flexibility in lighting and can reduce the brightness as required to save energy or create a pleasant atmosphere. Lighting dimmers also ensure that lamps last longer as they reduce power consumption and therefore heat generation.
Lighting controls enable central and automatic control of the lighting in a building or room. They therefore offer greater convenience and efficiency in lighting and can switch the lighting on and off, dim it or even program different lighting scenarios as required. Lighting control systems also enable remote control and monitoring of the lighting in order to detect faults or malfunctions at an early stage.
Sensors for lighting
Lighting sensors have become an integral part of modern lighting technology. They enable lighting to be controlled efficiently and in line with requirements, thus contributing to energy and cost savings. But where are they used and what types are there?
Sensors for lighting are used in various areas, e.g. in indoor and outdoor lighting, street lighting, office lighting and industrial lighting. They are used to switch or control lighting automatically, depending on the environment and requirements. This can involve brightness, color temperature or light intensity.
There are different types of sensors for lighting, depending on the application and design. Motion detectors and presence detectors switch the lighting on automatically when people are in the room and switch it off when they leave the room. Brightness sensors regulate the lighting automatically depending on the brightness in the room or outside. There are also special sensors for color temperature control that allow adjustment to the time of day and natural light.
Several factors should be considered before deciding on a lighting sensor. Firstly, you should choose the right design for the application in question to ensure efficient and needs-based control of the lighting. You should also pay attention to the range, sensitivity and mounting height of the sensor to ensure reliable detection of the environment. Improper installation or adjustment of the sensor can cause the lighting to malfunction or exhibit undesirable behavior.
Lighting sensors are important components for efficient and needs-based lighting control. By choosing the right sensor and paying attention to range, sensitivity and mounting height, you can achieve reliable detection of the environment and optimum lighting. However, before you decide on a sensor, you should find out about the appropriate design and installation and, if necessary, consult a professional electrician or installer.
Dimmers for lighting
Dimmers for lighting are an important part of modern lighting technology. They enable the brightness of lamps to be regulated continuously, thus helping to save energy and costs. But where are they used and what types are there?
Dimmers for lighting are used in various areas, e.g. in interior lighting, office lighting, home lighting and hotel lighting. They are used to adjust the brightness of the lighting individually and thus create an optimum lighting situation. Depending on requirements, this can be increased brightness for work areas or reduced brightness for relaxation and well-being.
There are different types of dimmers for lighting depending on the area of application and design. With individual dimmers, the brightness of a single lamp or luminaire can be infinitely adjusted. There are also group dimmers that can regulate the brightness of several lamps or lights at the same time. Remote dimmers or dimmers with smartphone control offer more convenience and flexibility for lighting.
Before deciding on a dimmer for lighting fixtures, you should pay attention to several factors. Firstly, you should choose the right version for your application to ensure optimum lighting. You should also make sure that the dimmer is compatible with the lamps and luminaires used to ensure trouble-free operation. Improper installation or adjustment of the dimmer can lead to malfunctions or damage to the lamps or luminaires.
Dimmers for lighting fixtures are important components for ensuring individual and needs-based brightness control. By choosing the right dimmer and paying attention to design and compatibility, you can achieve an optimum lighting situation. However, before deciding on a dimmer, it is advisable to find out about the appropriate design and installation and, if necessary, consult a professional electrician or installer.
Controls for lighting
Lighting controls are an important part of modern lighting systems. They enable centralized and automatic control of lighting and thus contribute to energy and cost savings. But where are they used and what types are there?
Lighting controls are used in a variety of applications, e.g. indoor and outdoor lighting, office lighting, residential lighting and industrial lighting. They are used to automatically switch or regulate lighting according to needs and requirements. This can include switching lighting units, controlling brightness or color temperature or programming lighting scenarios.
There are different types of lighting controls, depending on the application and design. Time controls switch the lighting on and off automatically at predefined times. Brightness controls automatically adjust the lighting to the brightness in the room or outdoors. Color temperature controls can be used to adapt the lighting to the time of day and natural light. There are also special controls for emergency lighting that provide an emergency power supply for the lighting.
Several factors should be considered before deciding on a lighting control system. Firstly, you should choose the right design for the application in question to ensure optimum control of the lighting. Secondly, you should ensure that the control system is compatible with the lamps and luminaires used in order to guarantee perfect functioning. Improper installation or adjustment of the control system can lead to malfunctions or undesirable behavior of the lighting.
Control systems for lighting fixtures are also important components to ensure automatic and demand-based control of the lighting. By choosing a suitable control system and paying attention to design and compatibility, you can achieve an optimum lighting situation. However, before deciding on a control system, you should find out about suitable planning and installation and, if necessary, consult a professional electrician or installer.