
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut varius vulputate lorem, id sodales leo.
Lorem ipsum dolor
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc efficitur, lacus vitae porttitor lacinia, ex tellus commodo neque, non feugiat ante metus eu nisl. Praesent commodo sollicitudin felis sit amet molestie. Sed sit amet metus ut dolor mattis finibus ac in arcu. Etiam vestibulum iaculis turpis vitae tincidunt. Donec auctor nec justo sed malesuada. Aenean at ante ligula.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc efficitur, lacus vitae porttitor lacinia, ex tellus commodo neque, non feugiat ante metus eu nisl. Praesent commodo sollicitudin felis sit amet molestie. Sed sit amet metus ut dolor mattis finibus ac in arcu. Etiam vestibulum iaculis turpis vitae tincidunt. Donec auctor nec justo sed malesuada. Aenean at ante ligula.
Lorem ipsum dolor
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc efficitur, lacus vitae porttitor lacinia, ex tellus commodo neque, non feugiat ante metus eu nisl. Praesent commodo sollicitudin felis sit amet molestie. Sed sit amet metus ut dolor mattis finibus ac in arcu. Etiam vestibulum iaculis turpis vitae tincidunt.

Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc efficitur, lacus vitae porttitor lacinia, ex tellus commodo neque, non feugiat ante metus eu nisl. Praesent commodo sollicitudin felis sit amet molestie. Sed sit amet metus ut dolor mattis finibus ac in arcu. Etiam vestibulum iaculis turpis vitae tincidunt.
Lorem ipsum dolor
Lorem ipsum dolor
Lorem ipsum dolor
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc efficitur, lacus vitae porttitor lacinia, ex tellus commodo neque, non feugiat ante metus eu nisl. Praesent commodo sollicitudin felis sit amet molestie. Sed sit amet metus ut dolor mattis finibus.
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc efficitur, lacus vitae porttitor lacinia, ex tellus commodo neque, non feugiat ante metus eu nisl. Praesent commodo sollicitudin felis sit amet molestie. Sed sit amet metus ut dolor mattis finibus.

Lorem ipsum dolor
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc efficitur, lacus vitae porttitor lacinia, ex tellus commodo neque, non feugiat ante metus eu nisl. Praesent commodo sollicitudin felis sit amet molestie. Sed sit amet metus ut dolor mattis finibus ac in arcu. Etiam vestibulum iaculis turpis vitae tincidunt. Donec auctor nec justo sed malesuada. Aenean at ante ligula.

Lorem ipsum dolor
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Nunc efficitur, lacus vitae porttitor lacinia, ex tellus commodo neque, non feugiat ante metus eu nisl. Praesent commodo sollicitudin felis sit amet molestie. Sed sit amet metus ut dolor mattis finibus ac in arcu. Etiam vestibulum iaculis turpis vitae tincidunt. Donec auctor nec justo sed malesuada. Aenean at ante ligula.
Curabitur malesuada maximus felis volutpat eros interdum ut. Duis congue sem est a sollicitudin nisl facilisis id. Donec et eros et ante mollis tristique.


Försäljning & Support Svealand, Östergötland & Gävleborg


Lorem ipsum dolor
Lorem ipsum dolor
Connected solutions that collect climate data – such as temperature, relative humidity, and equipment status – and provide notifications enable high precision, better control, and fewer manual tasks. This offers security, professionalism, and a smoother daily workflow where the technology strengthens your role.
SuperVision® 2.0 generates project reports that facilitate internal follow‑up and provide insurance companies or customers with clear insight into progress and results – an important part of professional and reliable service. When everything is easy to track, the need for unnecessary calls and questions decreases, making collaboration smoother.
When projects can be monitored and controlled remotely, the need for physical site visits decreases and case handling becomes faster. This leads to shorter driving distances, reduced fuel consumption, and lower CO₂ emissions – both per project and throughout the year.
By drying smarter with efficient climate control, more materials can be preserved instead of being demolished or replaced. This reduces waste, transport of building materials, and the overall environmental impact from both remediation and construction projects.
When the need for frequent site visits to check the drying process is reduced, time is freed up to create value for more customers and parallel projects. With full visibility of all ongoing drying processes, you can also increase capacity by prioritizing, managing, and resolving issues faster.
Optimised and precise drying cycles shorten the average drying time and speed up workflows. When the drying process is monitored and analyzed digitally, decision accuracy improves, reducing misjudgments and unnecessary interventions. A smarter way of working means the right action is taken at the right time. Employees’ time is used where it creates the most value, while operating costs decrease as machines experience less wear and last longer.
The T4 110V features adjustable power setting, allowing the user to optimise the airflow through the structure being dried. Excessive airflow through the structure will consume more energy than necessary, as the drying rate is limited by evaporation from the material’s pores. Conversely, insufficient airflow through the structure will prolong the drying process.
The servicing requirements depend on the conditions in which the unit is used, such as dust levels, humidity, and operating time. Regular checks and cleaning help ensure optimal performance and extend the unit’s lifespan. Read the manual for detailed maintenance and service recommendations.
Yes, the T4 110V is designed for continuous and reliable operation, making it safe to run 24 hours a day throughout the entire drying project. Corroventa’s machines are built to handle long-term use, and the turbine is engineered to perform efficiently during the whole period. This ensures maximum uptime and consistent performance for demanding drying tasks.
This unit is suitable for both general moisture control and complex structural drying tasks. It works standalone to produce dry air that helps reduce moisture in ambient air and dry materials in open spaces, such as construction sites or water-damaged areas.
In more specialised drying scenarios, the A4 110V can be used in combination with a turbine to perform pressure drying of layered structures. Effective drying requires systems that can push dry air through these layers, and that’s where the turbine and adsorption dehumidifier work together to deliver targeted, efficient drying.
A rule of thumb is that you should strive for approximately two air changes per hour when using an adsorption dryer. An A4 110V adsorption dehumidifier with a dry air flow of 250 m³/h can therefore be sufficient for a room of 50 m² if the height to the ceiling is 2.5 meters.
Keep in mind that open windows, doors, or unsealed areas will affect the drying conditions. The more air leakage, the greater the capacity required. Enclosed spaces provide better control and more efficient drying. Make sure to assess and understand the specific conditions of the area before starting the drying process, to ensure the best possible results.
Yes, the wet air must be vented externally. The dehumidification process is based on adsorption, where moisture is bound to a drying material inside the unit. The captured moisture is then released as humid air (wet air), which needs to be directed out of the room or targeted area. Make sure there is a duct or opening available to allow the wet air to exit. If not properly vented, the moisture may remain in the space, reducing the efficiency of the drying process.
The servicing requirements depend on the conditions in which the unit is used, such as dust levels, humidity, and operating time. Regular checks and cleaning help ensure optimal performance and extend the unit’s lifespan. Read the manual for detailed maintenance and service recommendations.
A reduced need for site visits and unnecessary travel saves time and frees up capacity for more value‑focused tasks. This leads to greater flexibility in planning and more time for new projects, development, and other opportunities.
Easy installation and connection of both digital and analogue devices, combined with clear project communication, simplify daily work and can lower the entry threshold for new employees. This contributes to a modern, attractive, and future‑proof work environment.
With data, you can fine‑tune dehumidification and stop the drying process exactly when the target level is reached. Via the control system, you can identify inefficiencies and make adjustments that maximise energy savings – without compromising drying results. Shorter and more precise drying cycles also reduce equipment wear and increase efficiency in both equipment and energy use, benefiting the environment and long‑term operations.
SuperVision® 2.0 provides accurate, recordable, and evidence‑based energy calculations. This simplifies climate reporting, supports sustainability goals, and helps both you and insurance companies document the efficiency and environmental impact of each project.
With SuperVision® 2.0, you receive evidence-based energy consumption data instead of relying on estimates. With the ability to stop drying exactly when the target level is reached, unnecessary operation decreases and energy costs fall in every project – adding up to significant savings over the year.
With API, data from SuperVision® 2.0 can be integrated directly into an ERP system, enabling smoother workflows and a more structured and accessible information base. All project, climate, and equipment data are collected in one system, simplifying planning and follow‑up.
Corroventa’s hose systems enable efficient airflow distribution throughout the structure being dried. The number of hose systems required depends on the size of the area and the materials within the structure. In many cases, up to three C16 kits can be operated from a single T4 110V unit via the C25 manifold.
Yes, the T4 110V is equipped with an overheat protection system. The system automatically reduces output when temperatures rise, helping the turbine continue running even under extreme load. If the protection is fully triggered, the machine must be disconnected from power and allowed to cool down before it can be restarted.
Yes, we offer replacement filters for the T4 110V turbine. The turbine is equipped with two filters, and for best results and to maintain peak performance, we recommend replacing both filters between projects. Depending on the environment where the turbine is used, more frequent replacement may be necessary. Please refer to the manual for further information.
Following replacement filters are available:
The choice of dehumidifier for a specific project depends on several factors, including moisture levels and temperature conditions. Corroventa’s adsorption dehumidifiers, such as the A4 110V, are designed to perform reliably across a wide temperature range and in varying humidity levels — from -10 °C up to +35 °C. This makes them versatile and ideal for use in both cold environments, like unheated construction sites, and warmer conditions. Their broad operating capability ensures effective moisture removal regardless of climate, helping maintain efficient drying performance all year round.
Yes, the unit is designed for continuous operation and can safely run 24 hours a day. For added efficiency and control, it can be connected to a hygrostat, which automatically stops the dehumidification once the desired humidity level is achieved, while the fan will continue to run. This helps optimise energy use while maintaining effective moisture control.
Yes, A4 110V features two fan speed settings – high and low – which can be easily selected using the High/Low button. This allows you to adjust airflow based on the drying needs of the environment, helping optimise performance and energy use.
Det brukar alltid vara bra att i slutet av sidan fånga upp besökaren, och leda denne vidare dit svar på uppkomna frågor finns - exempelvis en kontaktsida eller FAQ.