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| The model Giga NS Selective, closed circuit complete thermosiphonic system, is available in various sizes and supports (inclined and flat roof). The tank features a big round flange for easy service and its cover is white with high quality plastic cover. The collector is high Selective which is a flat plate single copper sheet absorber, with laser welded copper tubes. The range of Giga NS Selective model extends up to 200 liters combined with 4,4 m2 of collectors. |
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| The Calpak Vacuum 160/14 VTN and 200/16 VTN are our latest innovations. They are closed circuit thermosiphonic systems with a vacuum tube collector. The vacuum tubes are equipped in the interior with U shaped copper tubes and aluminum fins that maximize the absorbance of heat. |
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| The model Mark 3, closed circuit complete thermosiphonic system, is available in various sizes and supports (inclined and flat roof). The tank features a big round flange for easy service and its cover is aluminum granulated with high quality plastic cover. The collector is a Sandwich type. The absorber is made of 2 sheets of thick steel (8 mm) with integrated canals, painted in special solar black colour. The range of Mark 3 model extends from the model 125/1.5 with a tank of 125 liters and one collector of 1.5 m2 and ends up to 300 liters combined with 4,4 or 5,1 m2 of collectors. |
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| The forced circulation system consists of a floor standing tank, CPC collectors with vacuum tubes and a solar station with an automatic controller. The kit also includes an electrical resistance, supports for flat and slopping roofs, connection bolts, an expansion tank, anti-corrosive and anti-freezing fluid. |
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| The forced circulation system consists of a floor standing tank, high selective flat collectors and a solar station with an automatic controller. The kit also includes an electrical resistance, supports for flat and slopping roofs, connection bolts, an expansion tank, anti-corrosive and anti-freezing fluid. |
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Today hot water is taken for granted in every household. Whether for showering, bathing or cooking, the uses for hot water are many and varied. The danger for health which can arise through hot water are considerable and should not be underestimated.
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BOILERS WITH BACK UP ELECTRIC RESISTANCE
Boilers get its heating energy from solar collector / central heating system or electricity and produce potable hot water. Fluid in the serpentines provides heat transfer water to water via transferring its heat energy to water in inner tank or heating elements will heat water. Thus potable hot water will be produced.
Cylinder type hot water tank and serpentines in the tanks is coated with immersing to hot galvanize. Thus anode rod is not needed and you save your time and cost for changing anode rod. Due to special coating material heat transfer is faster and heating efficient is high.
You can observe water temperature with thermometer. You can set desired temperature with adjustable thermostats mounted to sensor holes. When water temperature has achieved desired temperature, thermostat will send a signal then circulation and recirculation pumps will be out off service. Thus it will prevent waste operation.
Especially in summer periods you can provide hot water with electrical supply without using central heating system. If you use DCSB-X and DTSB_X Series model with electrical command panel ask for temperature pressure valve which provides discharging excess water/steam pressure and temperature. |
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BOILERS WITH SINGLE/DOUBLE HEAT EXCHANGERS
Boilers with heat exchanger(s) get its heating energy from solar collector or central heating system and produce potable hot water. Fluid in the serpentines provides heat transfer water to water via transferring its heat energy to water in inner tank. Thus potable hot water will be produced.
Cylinder type hot water tank and serpentines are coated with immersing to hot galvanize. Thus anode rod is not needed and you save your time and cost for changing anode rod. Due to special coating material heat transfer is faster and heating efficient is high.
You can observe water temperature with thermometer. You can set desired temperature with adjustable thermostats. When water temperature has achieved desired temperature, thermostat will send a signal then circulation and recirculation pumps will be out off service. Thus it will prevent waste operation.
DCSB and DTSB series boilers are available for additional heating elements. Thus, especially in summer periods you can provide hot water with electrical supply without using central heating system. If you use DCSB-X and DTSB_X Series model with electrical command panel ask for temperature pressure valve which provides discharging excess water/steam pressure and temperature. |
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Vitocell cylinders deliver hot water quickly on demand, with only around 1'C of heat loss during a 24 hour period.
Hi-grade stainless steel ensures a long service life and very low heat loss. The large dimensioned heat exchangers reach right to the cylinder floor, to heat the entire water content. |
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The SOLAR UPEC comprises gone up, tested and regulated of factory:
- a balloon of 300 or 400 liters,
- a Solar regulation System control,
- a hydraulic station,
- temperature sensors of the balloon,
- a surge tank of 25 liters,
- dielectric connections,
- 30 liters of coolant and antifreeze ready with employment.
For an implementation simple and fast.
It is enough to connect to it provided electric cable and already racordé, with a power supply.
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Characteristics
The solar hot-water heater Mondo 500-2 is a system "Low-Flow" with gravitating drainage. It comprises:
2 solar collectors ecosol 2.32 high performance with tempered glass treated with anti-reflecting layers.
1 tank of 500 liters to two exchangers and possibility of integration of an electrical resistance of 2 kw.
1 Dynasol system which comprises:
1 intelligent electronic regulation "Alef " which controls the system but also measurement the solar profit and indicates it on the screen of the controller.
1 system of positive-displacement pump integrated which ensures the optimal flow in the solar circuit.
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Characteristics
The solar hot-water heater Mondo 300-2 is a system "Low-Flow" with gravitating drainage. It comprises:
2 solar collectors ecosol 2.32 high performance with tempered glass treated with anti-reflecting layers.
1 tank of 300 liters to two exchangers and possibility of integration of an electrical resistance of 2 kw.
1 Dynasol system which comprises:
1 intelligent electronic regulation "Alef " which controls the system but also measurement the solar profit and indicates it on the screen of the controller.
1 system of positive-displacement pump integrated which ensures the optimal flow in the solar circuit.
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Characteristics
The solar hot-water heater Mondo 200-1 is a system "Low-Flow" with gravitating drainage. It comprises:
1 solar collector ecosol 2.32 high performance with tempered glass treated with anti-reflecting layers.
1 tank of 200 liters to two exchangers and possibility of integration of an electrical resistance of 2 kw.
1 Dynasol system which comprises:
1 intelligent electronic regulation "Alef " which controls the system but also measurement the solar profit and indicates it on the screen of the controller.
1 system of positive-displacement pump integrated which ensures the optimal flow in the solar circuit.
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Characteristics
The solar hot-water heater Mondo 500-3 is a system "Low-Flow" with gravitating drainage. It comprises:
3 solar collectors ecosol 2.32 high performance with tempered glass treated with anti-reflecting layers.
1 tank of 500 liters to two exchangers and possibility of integration of an electrical resistance of 2 kw.
1 Dynasol system which comprises:
1 intelligent electronic regulation "Alef " which controls the system but also measurement the solar profit and indicates it on the screen of the controller.
1 system of positive-displacement pump integrated which ensures the optimal flow in the solar circuit.
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Description:
Balloons available in 300,400 and 500 liters, simple exchanger Sensor of 2,02 m ². Pressurized operation
A coolant circulates between the sensors and the exchanger of the balloon. It heats in the sensors such water in a pipe of watering to the sun. It transfers then its calories to medical warm water from the balloon through the exchanger. Operation is controlled by a solar regulation. This one activates or decontaminates the pump of the solar circuit. When the temperature of instruction is reached (75°C) or that the sunning is insufficient, the regulation cuts off the supply of the pump. The coolant being immobilized, it has there no more transfer of heat. In the event of weak sunning, it is the boiler assembled in series with the solar balloon which ensures the supplement in energy.
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This sophisticated further development of the thousand fold proven Ökocell triple zone tank can be flexibly used and will impress you with its high performance. Due to the high efficiency of the heat exchanger surface area, the H3 uses the flow principle to deliver sufficient fresh hot water of extraordinary quality - every time.
The stainless steel corrugated pipe element with a large heating area replaces the hot water tank. The H3 is best combined with wood, oil or gas heating systems. Treat yourself to this added quality of life and health!
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The ESSENTIAL SUPPLEMENT HEATING HAS YOUR SOLAR INSTALLATION!
The AE.SOLAIRE is an auxiliary module and of regulation for the circuit heating of the solar installations with modulating valve troies ways built-in.
ELECTRIC SUPPLEMENTS FOR SOLAR INSTALLATION
The electric boilers of series AE.SOLAIRE are designed for an installation in supplement on the circuits heatings of the solar balloons.
The AE.SOLAIRE is the pilot of the boiler room managing the contribution of the solar balloon and the electric stages additional. |
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Vitrified Interacumulador of a coil with coating. For volumes from 160 up to 930 liters, of only 1 coil. Inner and outer use. Deposit standing up. For facilities of joint use of up to 930 liters with inner interchange.
Solar Interacumulador DESCRIPTION with a coil
CAPACITY 160, 200, 300, 500, 800 and 930 ls
TYPOLOGY vertical Installation. Accumulation ACS
MATERIAL vitrified Steel (DIN 4753)
ISOLATION rigid Foam injected polyurethane
FINISHED OUTER quilted polypropylene Lining detachable |
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Epoxy storage cell: For facilities that require important volumes of accumulation with outer interchange.
DESCRIPTION: Solar storage cell without coil
CAPACITY (l): 1000, 1500, 2000, 2500, 3000, 3500, 4000 and 5000
TYPOLOGY: Accumulation ACS
MATERIAL: Steel with epoxy coating of quality
nourishing
ISOLATION: Rigid foam polyurethane injected in mold
FINISHED OUTER: Quilted polypropylene lining detachable |
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Solar hot-water heater range domesticates Giorsol
The solar hot-water heater with forced circulation consists from one to three solar collectors, a balloon of storage and a power transfer unit GIORSOL. Traditional, this system uses a liquid antifreeze as coolant to recover the energy absorptive by the sensors and to transmit it via an exchanger, with the balloon of storage.
- Standard solar hot-water heater GIORSOL is very FUNCTIONAL: several indicators of control make it possible to check the good performance of the installation permanently.
- It is FLEXIBLE: Jacques giordano industries proposes a broad range of hot-water heater GIORSOL going from 100 liters to 550 liters, likely to adapt to various configurations: vertical or horizontal sensors, balloons manufactured with an enamelled coating or out of stainless steel.
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| The solar hot-water heater with forced circulation consists from one to three solar collectors, a balloon of storage and a power transfer unit GIORSOL. Traditional, this system uses a liquid antifreeze as coolant to recover the energy absorptive by the sensors and to transmit it via an exchanger, with the balloon of storage. |
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CESI/BALLONS/
Ballon Solaire Doubles Exchanging 200 L
code produces: 1413000400
height: 1585 mm
diameter: 500
volume: 200 liters
weight: 62 kg
conditioning: 1 part/parcel
color: white |
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The Solaris collector
The Solaris high-efficiency collectors convert nearly all short-wave solar radiation into heat due to the high selective coating.
As soon as the water temperature within the collector exceeds the
temperature of the solar zone by a certain pre-adjusted value, the digital Solaris controls starts loading.
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