Produse pentru pentru aer (8)

During design, production and installation of this air dome, which covers a full-sized football pitch, DBS developed and included different high technology components and systems, which make Mikkeli’s air dome one of the most high-tech air domes in the world. 16 live stream cameras, tracking system for players and ball movement, advanced building automation system are one of only a few features, which make Mikkeli air dome superior compared to others on the market today. Among all, with specifically designed DBS ECO membrane system and custom designed and produced DBS HVAC system, our newest air dome is able to operate with extremely low power consumption during summer season. Adding to the low power consumption is our custom LE-DBS lighting system, which can be used in a variety of efficient lighting modes during night time.

Izjemno dolga življenjska doba, visoka učinkovitost peskanja, obrabljivi deli turbine najboljše kakovosti, izdelani z najmanjšimi tolerancami, tri možnosti materiala: visokokakovostna litina (Basic), orodno jeklo (Standard) ali karbidna trdina – widia (Superior), vse to so le nekatere od prednosti ir turbine. Prednosti: - Opcije - Prilagoditev karakteristik - Posebne aplikacije - Nižji obratovalni stroški - Dolga življenjska doba in obrabo - odpornost

Polluted air filtration systems include various components such as: dry filters with pneumatic or mechanical shaking of filter bags, pockets or inserts, wet filters with a system of purification and return of water with minimal water consumption, oil filters to separate oil vapors, gas washers, centrifugal fans of various sizes and designs, transport fans, workbenches for welding and cleaning workpieces with suction connections, movable suction arms for suction of welding gases together with mobile filter units, suction hoods, walls and pipelines, industrial vacuum cleaners for cleaning the working environment for feeding or operating filter systems. All products comply with ISO 9001: 2015, ISO 3834-2: 2005, EN 1090-1: 2009 and EN 13084-7: 2012.

The Hybrid system can produce heating, air conditioning and domestic hot water (DHW). The hybrid heat pump system comprises of an indoor air-conditioning unit, an outdoor unit, and a TermoPlus indoor hydrobox or hydrotank. The system recycles the waste heat from the air conditioner to heat domestic water. Installing a hybrid air source heat pump is one of the best ways to use air-conditioning efficiently and to reap savings for home and building owners. For every 1kWh of energy consumed the hybrid heat pump can produce almost 8kWh of thermal energy. Our heat pumps typically pay for themselves within 3.5 years or even less if you receive government subsidies or a grant for the system. Our hybrid air source range is strictly limited to indoor units compatible with Mitsubishi air-conditioning units and provide heating, cooling and domestic hot water.

Biodom Hanuma 11 représente un système de combustion complète de la biomasse de bois, y compris l'allumage automatique et l'alimentation en pellets automatique. Une conception moderne, une durabilité élevée et une faible consommation de pellets ne sont que l'une des raisons pour lesquelles Biodom Hanuma 11 est le bon choix pour votre maison. L'ioniseur réduit la présence de petites particules dans l'air, la poussière, le pollen et la fumée. Grâce à la technologie BIOLOGIC, le poêle permet le réglage des paramètres en mode continu. En conséquence, le Hanuma 11 fonctionne toujours de manière optimale, ce qui prolonge la durée de vie du poêle et évite d'éventuels pannes, reconnaît la qualité des pellets et règle le dosage des pellets et la combustion de l'air. Puissance 3,37 - 9,52 kW. Reservoir pellets 20 kg. Faible consommation pellet 0,76 - 2,29 kg/h. Rendement > 91%.

Typical air source heat pumps produce a greater output than a small flat or passive home requires. Our Eco Inverter units are the ideal option for maximum efficiency at smaller outputs. The Eco Inverter system can produce heating, cooling and optionally domestic hot water and was designed specifically for small flats or passive homes that have lower output heating demands. With a scalable heating range between 1kW (min) and 5kW (max) the solution is ideal for flats up to 100m² or passive homes up to 250m². Installing an air source heat pump is one of the best routes to savings with amazing returns for home and building owners. For every 1kWh of energy consumed the heat pump can produce up to 5kWh of thermal energy. Our heat pumps typically pay for themselves within 3.5 years or even less if you receive government subsidies or a grant for the system. Our air source Eco Inverter range is strictly limited to indoor units compatible with Mitsubishi Power Inverter outdoor units.

Installing an air source heat pump is one of the best routes to savings with amazing returns for home and building owners. For every 1kWh of energy consumed the heat pump can produce up to 5kWh of thermal energy. Our heat pumps typically pay for themselves within 3.5 years or even less if you receive government subsidies or a grant for the system. The TermoPlus® air-source heat pumps require a combination of two units – an indoor unit and an outdoor unit. The indoor unit can either be a Hydrobox, which provides heating only, or a Hydrotank which produces both heating and domestic hot water (for showering, dishwashing etc.). The TermoPlus® air source heat pump range is designed to work with Mitsubishi outdoor units that provide both heating and cooling: either a Power Inverter unit or a Zubadan unit. The main difference between the two is that the Zubadan can operate in colder environments than the Power Inverter.

Utilizing our trusted DBS Plus membrane system, our newest dome ensures low energy consumption and high energy efficiency. Incorporated in its design is the state-of-the-art DBS Smart dome system, which allows users to monitor and remote control the air dome from a tablet or smartphone. A special advantage of this advanced system is the snow defense mechanism, which ensures that there is as little as possible snow accumulation on top of the dome, making it safe for use during the harsh winters. Our intuitive smart dome system can also reduce energy consumption by up to 40% as it implements a variety of sensors that regulate and monitor energy consumption.