ZILA GmbH, headquartered in Suhl, Germany, can now offer the electronic safety pressure limiter DW500 with pressure switch function. The convenient and precise configuration of the switching thresholds and hysteresis via software is a special feature of this pressure safety device.

Embedded systems allow for optimised performance in increasingly complex control cabinets, server rooms and other electrical installations. In order to avoid corrosion of electrical components, overheating, leakage currents and even short circuits, it is crucial to maintain the best possible climatic conditions in these kinds of systems.

In existing properties, the available space in the basement can be used as a living or recreation room. However, these spaces often pose challenges in terms of air quality and ventilation. In this article, we will show you how ZILA can help you equip your basement with ventilation and dehumidification controls in order to improve the air quality.

Absolute humidity is a reliable indicator of the moisture load in rooms and offers a high degree of safety. Before we start to explain absolute humidity, first, we should have a look at the influence of relative humidity, temperature and the dew point on the indoor climate.

In this blog post, we show you three ready-to-use solutions from the level monitoring of environmentally hazardous substances in hazardous areas as well as proven setups from our product range.

Reliable protection with precision - Electronic pressure limiters Pressure and temperature are important process variables in many machines and plants. Monitoring them ensures optimum and safe operation of machines and plants. In the field of simple pressure monitoring, pressure switches, pressure transmitters or conventional manometers are often the preferred choice.

At home, at work, in public transport: People in Europe spend up to 90% of their time indoors. Depending on their age and activity, every single person breathes in 12 to 24 kg or 10 to 20 m³ of air per day. However, when exhaling, we humans breathe out a significant amount of CO2. So you could say we become CO2 producers ourselves, and, with that, we are the main influencers of the air quality in our indoor spaces. 

Wherever CO2 is used, reliable personal and plant protection is very important. However, in building services engineering, the air quality and human well-being can also be increased significantly by controlled domestic ventilation. For this reason, decentralised and automatic controls, based on the CO2 concentration, are ideal solutions in this respect.