Termosifón Fujisol 200L - FUJI-IS 200H

Termosifón Fujisol 200L - FUJI-IS 200H

FUJISOL uses only high-performance vacuum tube collectors. Develop and manufacture your own patents for maximum efficiency and reliability. The FUJISOL thermophosphons are made of materials such as borosilicate glass, stainless steel, copper and aluminum, providing excellent durability and performance.

The Termosifón team Fujisol 200L - FUJI-IS 200H has 16 vacuum tubes and 200l. capacity. This solar hot water equipment is very easy to install and has aluminum supports for tilted roof or flat terrace. It is supplied with spare tube.

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 Download technical sheet Termosifón Fujisol 200L - FUJI-IS 200H

 Download manual for use and maintenance Fujisol 200L - FUJI-IS 200H

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What is a solar thermophoon?

A solar thermoosphere like Fujisol 200H is a device to heat water by solar energy. This device has a water accumulator and a solar collector that absorbs sun rays and makes them warm. The heat generated makes the water circulate naturally in a closed circuit, without a pumping system.

Thermophophon is a passive and efficient system that leverages solar energy to heat water efficiently and without electricity. An ideal ecological option to save and for regions with difficult access to the electricity grid.

Technology and features Termosifón Fujisol 200L - FUJI-IS 200H

The FUJISOL thermophoon works without a pump, at a length of natural convection. The hot water inside the tubes rises to the acululator while the cold water descends into the tubes.

Vacuum tubes are composed of two crystal concentric tubes, extremely resistant, of borosilicate that maintain a high pressure vacuum each other acting as an ideal insulation. Vacuum properties as insulating make FUJISOL collectors suitable for any type of climate, even with temperatures below zero. They are able to absorb diffuse radiation in cloudy days. The inner tube is treated with dual M-ALN selective surface that provides the highest efficiency (95%) and thermal stability, while avoiding thermal losses below 5%.

This compact vacuum tube thermophone is able to heat water to the temperatures of sanitary consumption safely through its anti-legionela system. The aim of the model system in which the thermal transfer vacuum tube technology is applied with serpentin inside the tank is to achieve durability and superior performance.

The system applied in this model consists of the natural circulation of the fluid (water/glycol) between the collector and the accumulator/heat exchanger. Vacuum tubes are filled with fluid that is the natural heat transmitter. By radiation action the heat is captured and transmitted to the inside of the tubes and by natural action the heat ascends to the inside of the accumulator and at the same time the lower temperature fluid is lower in direction to the end of the vacuum tubes, causing the heat circulation within the system.

Thanks to the concept of the vacuum tube the heat losses are minimized, these are practically null. The tubes are able to capture diffuse light on a cloudy day, getting to heat the water up to profitable levels, soothing this water in the deposit by the thermophophon effect.

Through this anti-legionela system, the water stored in the deposit is never mixed with the ACS. This is achieved thanks to a copper serpentine that acts as an exchanger for which the water circulates by heating instantly.

This thermophophon is able to work with high water pressures, supporting the input of water to network pressure in the exchanger. It can be said that it is composed of a series of small individual heaters (each tube), so that repairs and replacements can be performed easily and economically, simply replacing the defective tube.

This thermophophon has exceptional qualities with adverse weather conditions, resisting hail impacts of 25 mm and winds up to 120 km/h.

The use of the thermophophon is especially suitable for single-family housing, so that the installation of the system can be done in a very simple way by producing hot water at a constant temperature. In order to optimize the system, a delayed mixing valve should be used at a consumption temperature. With the anti-legionela system, in addition to producing hot water safely, you can get more quantity than traditional systems, as there is no limiting the volume of the deposit.

To ensure optimal operation, it has a mechanism that automatically fills the deposit to ensure the optimal level of the deposit.