Decentralised ventilation concepts differ from centralised ventilation systems because they are planned and installed 'room by room'.

Wherever devices and components work in electrical systems, they heat up and produce a lot of thermal energy. As a result, the air in the room heats up even more. In order to avoid overheating, creeping currents and even short circuits, in such systems, it is essential to cool the warm air. Conventional approaches usually only work with climate control units, operating on the basis of the indoor temperature, which requires a disproportionate and tremendous amount of energy.

With our product innovation, the CO2 sensor ZMF-200e-IR, we are now able to offer a new methane and propane sensor which can be used in the extended temperature range down to -40 °C.

Monitoring and controlling the CO2 concentration as part of the planning process for a fruit and vegetable storage opens up a wide range of possibilities to ensure optimum product quality.

Using CO2 as an industrial gas is becoming increasingly popular. Especially as a cheap and comparatively harmless refrigerant, CO2 is used more and more often. However, CO2 can also be dangerous for humans, machines and plants, as it is often used in combination with pressure and temperature changes.

LGW-13: Air quality guard, sensor, CO2 'traffic light' and measuring device with simple air quality assessment and a variety of other functions ZILA's air quality guard LGW-13 with an integrated CO2 sensor technology up to 3,000 ppm (standard version) has been developed to detect and measure the CO2 concentration in any kind of room. Furthermore, the device can be used to control 24 V ventilation elements directly.

Finding effective ventilation and dehumidification concepts can be challenging for manufacturers of climate controls and ventilation devices, especially in listed, preserved, old or even medieval buildings. This is the reason for the increasing demand for automated, user-independent solutions which consider the climatic conditions inside and outside buildings, while ensuring great energy efficiency.

Most people are familiar with the serial field bus CAN (Controller Area Network) from the automotive and vehicle industry. However, the possible applications of CANopen in combination with sensors go far beyond.

The new, compact climate control KST-20 Vento, for automated and controlled room dehumidification, ventilation and cooling, is an advanced device to control a wide variety of ventilation devices.

Both in industrial process optimisation and for the protection of sensitive electronic components and systems, monitoring climatic conditions is becoming more and more important. Climate sensors can be used to monitor the environmental conditions at various hotspots and expand knowledge about the status of the overall system. Climate sensors combine sensor elements with high measurement accuracy for the detection of temperature and relative humidity.