This is a type of building used daily and where many people stay for many hours a day. It makes it especially important to maintain good air quality so that it is a healthy environment to stay in. Advanced control and monitoring systems are becoming increasingly common, which control and control to create a good climate for the lowest possible energy consumption.
Challenges: Moisture load in creep soil usually comes from the ground. If the moisture level is too high, mould and bacterial growth soon develop in the creep ground. Especially if there is organic material. Insects under the schools can look very different. Often in the form of long corridors where it is important to ensure that a good air flow is created so that all parts of the crawl space are dehumidified.
Our solution: FLEX Can be set to be controlled against "mould index" (LIM1) which provides optimum control to the right moisture level depending on the temperature in the crawl space. FLEX has intelligence and can be connected to any monitoring systems both in order to be controlled from there but also to be able to feed data on temperature and humidity levels where the dehumidifier is installed. The installation is simplified by the fact that we generate dry air in place and that the dry air is distributed in the space of the powerful built-in fan. Electricity supply of 220V is usually available in most cases and diversion of water can take place in different ways by, for example, connecting to some floor drain that passes through the crawl ground.
Challenges: Moisture often occurs in well-insulated houses when damp air is ventilated from the outside
Our solution: The installation is simplified by the fact that we generate dry air in place and that the dry air is distributed in the space of the powerful built-in fan.
Challenges: Moisture in basements can either come from the ground but also from poorly drained walls. The risk of high humidity levels in the basement spaces is both corrosion and mould in the space and that the moisture level is too high in the concrete. If the concrete is too moist, the reinforcement can begin to corrode, which can lead to the concrete being blasted.
Our solution: FLEX & REX is suitably set against a relative humidity level below 60% RH to protect against corrosion and mould. The installation simplified by the fact that we generate dry air in place and that the dry air is distributed in the space of the powerful built-in fan. It provides a simple installation in existing buildings.
Electricity supply of 220V is usually available in most cases and diversion of water can
take place in different ways by, for example, connecting to a floor drain.
The product selection depends on the moisture load that can be measured and estimated by calculation. In smaller to medium-sized spaces, FLEX is the natural choice. If necessary, dew point sensors can be used to control FLEX against the right moisture level to avoid condensation on cold surfaces. Alternatively, the required relative humidity level (RH) is set so that the dehumidifier controls that level. Show installations in larger premises and rock rooms so it may be relevant with a REX. FLEX Can be mounted on wall bracket or stand freely on the floor.
Both FLEX and REX can be connected to existing monitoring systems via Modbus.