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Recumbent Closed Circuit Boiler; Circuit boiler with recumbent cover offering high hot water comfort;

– It works fully compatible with all Solar energy systems.

– High use water comfort between 150-300 Decl

– Maximum working pressure (Tank): 10 Bar

– Maximum working pressure (Shirt): 3 Bar

– Maximum operating temperature (Tank): 95°C

– Maximum operating temperature (Shirt): 110°C

– Construction: S235JR steel

– Minimum lime formation due to its smooth surface Thanks to its superior quality enamel coating in accordance with DIN 4753, hygienic hot water protection and optimal corrosion protection

– Magnesium anode protection

– High thermal insulation

– Installation-friendly and largely maintenance-free construction

– Protection against corrosion with external enamel coating

-isolation

150-300L: 42 kg/m3 Hard PU foam without HCFC

-Outer sheath coating

150-300L: Electrostatic powder coated galvanized sheet

– Designed according to TS 736 and TS EN 13445-3 standards.

Capacity and Main Dimensions

Recumbent Closed Circuit Boiler

WYB

150

WYB

200

WYB

300

Volume V(L) 160 200 300
Diameter D(mm) 590 590 590
Height H(mm) 1100 1290 1840
Water Inlet / Outlet

N4 – N2

(inch)

3/4″ 3/4″ 3/4″
Collector Input/Output

N4 – N3

(inch)

3/4″ 3/4″ 3/4″
Safety Equipment

N5 – N7

(inch)

3/4″  3/4″  3/4″
Magnesium Anode

N6

(inch)

1 1/4″ 1 1/4″ 1 1/4″
Additional Electric Heater

N6

(inch)

1 1/4″    1 1/4″    1 1/4″
Cleaning Flange

N6

(inch)

3″ 3″ 3″
Empty Weight W(kg) 68 90 110

Recumbent Closed Circuit Boiler

Recumbent closed circuit boilers are a type of device used to meet the need for hot water in homes. These devices provide high efficiency and energy saving, providing users with a comfortable hot water with less energy consumption.

Closed Circuit Design

Recumbent closed circuit boilers are a device that has a closed circuit design. This design reduces the water pressure of the device, allowing the water to heat up using less energy. Moreover, the closed-circuit design leads to less energy consumption and higher efficiency by creating a cycle in which the water does not need to be heated repeatedly.

Reclining Design

Recumbent closed circuit boilers, they are placed horizontally. This design allows the device to take up less space and provide ease of use. In addition, the design with a recumbent placement allows the device to work more stably.

High Efficiency

Recumbent closed circuit boilers help you to save energy by providing high efficiency. These devices consume the energy needed for hot water production in the most efficient way and prevent unnecessary energy loss. Moreover, the closed-circuit design leads to less energy consumption and higher efficiency by creating a cycle in which the water does not need to be heated repeatedly.

Less Energy Consumption

Recumbent closed circuit boilers are an environmentally friendly device by providing less energy consumption. These devices consume the energy needed for hot water production in the most efficient way and prevent unnecessary energy loss. In addition, the closed circuit design allows the water to be heated by consuming less energy, resulting in higher efficiency with less energy consumption.

ease of use

Recumbent closed circuit boilers are also advantageous in terms of ease of use. These devices take up less space than other boilers and can be easily installed. In addition, they do not require maintenance and can be used for many years without problems