Kodsan products

KCB series of combi water heaters provide hygienic hot water supply by taking advantage of solar energy. Especially the main body as the heat source is a kind of pellet combustion boiler system (solid fuel) or more in places where solar energy systems, such as posture-departure, serves as an additional energy reservoir. A lower temperature, such as floor heating systems are an ideal solution for systems running. Due to the small tank in the combi water heater with hot water production and storage is possible to obtain sanitary water.

KSC series of horizontal walled-tanks used as closed loop solar tanks and these tanks are compatible with all type of panels. By using optional resistance, the solar tanks can also be used as water heaters.Because of solar tank remains under the network pressure, there is no need a pump for operating the system. Thus, connection is made directly to solar panel and hot water installation. In order to meet clean hot water needs for years, the inside body of the tanks coated with titanium doped enamel.

The amount of air which can remain dissolved in a water solution is a function of pressure and temperature. Air bubbles; Adhering to the heat transfer surfaces reduce thermal conductivity and lead to efficiency loss. Can cause corrosion in the heating systems and installation pipes. Cause cavitation in the pumps and installations. Cause failures in the pumps and other elements. May cause disturbing noises in the installation pumps and especially in the radiators.

In-line deaerators are devices suitable for eliminating micro-bubbles from systems. They are essentially made up of two parts:
ACTIVE: The area where microbubbles are formed as a result of strong turbulence and swirling motion. Microbubbles blend together becoming bubbles. PASSIVE: Float-operated air vent valve to eliminate air bubbles. Deaerators operate systems with air-depleted water, therefore able to absorb the air bubbles nestled in the system critical areas. By removing air from the system, unnecessary breakdowns and malfunctions can be reduced, helping to: Increase heating and cooling efficiency. Reduce the formation of corrosion in all points of the system. Reduce extraordinary maintenance work. Reduce the effects causing system noise. Lower the cost of system management. CAUTION: To be always installed in a vertical position (on horizontal pipes), with the air discharge device facing upwards.

The impurities mainly sand and rust particles circulating within the system cause efficiency loss, failures in heating and cooling systems, clogging the pumps and control valves.