HygroMatik MiniSteam E Air Humidifier, 5 kg/h (electrode steam humidifier)
Electrical connection (1) [V/Hz] 380–415/3/N/50–60 industrial current
MiniSteam E. For direct room humidification.
The HygroMatik MiniSteam E is an electrode-type steam humidifier designed for direct room humidification, with a steam output of 5 kg/h. It is designed for humidifying small shopping centers, medium-sized offices, and production and storage facilities. The MiniSteam E produces hygienic steam from tap water and is particularly environmentally friendly and efficient. Requires a water supply and drain connection.
The devices bear the VDE, GS, and CSA C/US certification marks and comply with CE and EAC requirements.
Direct room humidification
The MiniSteam E humidifier is a steam humidifier designed for direct humidification of rooms. It can be used with regular drinking water and produces clean, mineral-free steam. Its integrated, smooth-running humidifier distributes hygienic steam evenly throughout the room.
Minimal maintenance and a long service life
The MiniSteam E’s proven, high-quality components ensure a long service life.
- The replaceable, large-surface-area stainless steel electrodes start up quickly and last a long time. The special QuickFit mounting system allows for quick electrode replacement without tools.
- The steam cylinder, split down the middle, has an optimized volume—ensuring a long service life. In addition, the powerful blow-off pump removes large quantities of slag minerals from the drain. Even small pieces can be pumped out. This significantly extends maintenance intervals.
- The housing, which features a corrosion-resistant stainless steel base, opens easily—all components are readily accessible. The device can be locked to prevent unauthorized access.
- Cylinder maintenance is quick and easy: just open it, clean it, and reuse it—no chemicals required
Well-designed components protect the environment and save you money.
Ease of use – all the information at a glance.
With its clear LED display, all important device and process data are always visible. Simple on-screen icons provide immediate clarity about the steam humidifier’s status. The control buttons allow for quick and intuitive navigation through a clear and easy-to-understand menu.
In short:
- Continuous or single-step control
- Integrated PI Control
- Automatic System Test
- 2 potential-free remote control signals
- Integrated galvanically isolated RS-485 (EIA-485) serial interface
- Removing Minerals from Standby Mode and Standby Mode Heating
- Timer-controlled flushing with periodic opening of the solenoid valve and simultaneous operation of the drain pump when no steam is generated—to prevent water from standing in the supply pipes
Accessories:
- The innovative SuperFlush cylinder flushing system significantly extends the service life of the cylinder
- HyFlow (DVGW-certified safety device, Type AB, in accordance with EN 1717)
- The HyCool integrated wastewater cooling system ensures that the temperature of the wastewater does not exceed 60°C
- Electrode Shape and Material Selection for Optimal Performance with Different Water Qualities
- In addition, up to 2 relay alarm functions that can be freely configured from a selection of 15 functions for optimal integration into a higher-level building management system
Application:
In the printing and paper industries, controlling humidity is essential to ensuring the high quality of materials and processes, as both are highly sensitive to changes in humidity levels.
Since wood is a natural raw material that absorbs and releases moisture depending on the surrounding environment, indoor humidity levels can significantly affect the use of wood and the manufacturing process.
Electrostatic discharge (ESD) is more likely to occur when the air is too dry (relative humidity below 45%). Maintaining the proper humidity level can prevent costly damage to sensitive components or disruptions to the production process.
In data centers, electronic components—and processors in particular—generate a great deal of heat while in operation. Regulating indoor humidity is a highly effective and cost-efficient way to cool the air back down to the required indoor temperature.
Optimal humidity reduces the risk of yarn fraying and breaking during the production process. Humidification also helps maintain machine speed and productivity levels.
Friction can cause plastic materials to become electrostatically charged. Precise and consistent humidity ensures better conductivity of the ambient air, which helps prevent production downtime and damage.
Laboratories and clean rooms.
Temperature and relative humidity play a crucial role in laboratories and cleanrooms, as these environments require stable and controllable atmospheric conditions to ensure comparable and consistent results.
The quality and freshness of food products can only be achieved through optimal humidity. The right humidity level can prevent food from drying out and losing weight. At the same time, ideal humidity promotes the ripening process of certain foods.
Healthy growth in agricultural areas depends largely on the right level of humidity. Low air humidity can cause stress in plants, leading to slower growth or even damage.
The development and manufacture of medical products require controlled humidity to ensure maximum quality and efficiency while maintaining a hygienic process without disruption
Offices and conference rooms.
Employee performance depends largely on motivation, focus, and a healthy lifestyle. A pleasant indoor environment with optimal humidity levels can provide the ideal foundation for improving performance and saving energy costs.
Hotels and conference centers.
A healthy and user-friendly environment plays an important role in hotels and conference centers, as ensuring a pleasant experience for guests is one of the most important aspects.
Comfortable learning environments make people more receptive and better able to focus on their work. However, in a large room with many people, a feeling of fatigue can set in quickly. Optimizing humidity levels can provide relief in such cases.
The climate and atmosphere of a location can significantly influence the shopping experience. People prefer to spend more time in a pleasant atmosphere, which can be achieved through optimal humidity levels.
Humidification is essential in museums and galleries, as they often house priceless artifacts that require a controlled and consistent indoor climate to prevent damage.
Since the primary focus in hospitals and doctors’ offices is on patient care and recovery, a healthy environment plays a crucial role in the quality of the services provided by a medical facility.
Cruise ships and the open sea.
Cruise ships require a large amount of cooling for their air conditioning systems. Adiabatic cooling systems are an efficient and cost-effective solution. Controlled humidity creates a pleasant and healthy environment on board.
Libraries and used bookstores.
Regulating indoor humidity in libraries and bookstores helps prevent damage and slows down the aging of books. Depending on the temperature, paper absorbs and releases moisture into the outside air. Dry air can make paper brittle and weak, causing it to tear easily and more quickly
