Senses for better buildings

It can even see through thin walls. HF sensors emit high-frequency waves and receive the reflected signals from objects. By analysing these reflected waves, they can determine the distance and movement of objects. This ability allows for precise and fast measurements to be taken and for the sensors to even penetrate materials.

Reacts to moving heat sources. Passive infrared sensors detect the infrared radiation emitted by warm objects, such as the human body. These sensors do not have their own radiation source, but react to changes in the infrared radiation in their environment.

Fills the entire space and also detects around objects. Ultrasonic sensors work by emitting ultrasonic waves and receiving the waves reflected from objects. The time it takes for the waves to travel from the sensor to the object and back is measured and used to calculate the distance or to detect objects.

It only detects people and can also count them. It detects people in 5 individually adjustable zones! A worldwide unique optical sensor that detects and counts seated and standing people in up to five precisely definable detection zones. The integrated, state-of-the-art image recognition compares 150,000 positive images and 7 million negative images in real time.

The world's first true presence detector. True Presence® technology is based on the finest high-frequency measurements of the environment. The presence of people is detected using three-dimensional breathing patterns. The combination of an extremely sensitive antenna and unique sensor software ensures that the presence of people is detected 100%.

The basic answers for building and room use. Infrared matrix technology is based on a grid principle in which the detection area is divided into individual fields. Each of these zones is analysed in detail so that movements, the number of people and other detection variables can be precisely recorded in each field – without a camera.

Motion sensors are used in many areas. In home automation, they are used to control lighting, heating or ventilation, thereby saving energy. In public spaces, motion sensors help to illuminate paths and buildings, thus improving safety and comfort.

Presence detectors are used wherever precise presence detection is required, such as in offices, conference rooms, schools and public buildings. They control lighting, air conditioning and other systems to save energy and increase comfort. Integrated into building management systems, they are an integral part of these systems and contribute to automation and efficiency.

Multi-sensors are used in building automation to control lighting, heating, ventilation and air conditioning systems based on the current environmental conditions. They are also used to collect data on air quality, temperature and humidity in order to create an optimal indoor and building climate.