USA
Catalog   /   Climate, Heating, Water Heating   /   Heating & Boilers   /   Boilers

Comparison Kospel EKCO.MN3 4/6/8 8 kW
230 V / 400 V
vs Kospel EKCO.M3 4/6/8 8 kW
230 V / 400 V

Add to comparison
Kospel EKCO.MN3 4/6/8 8 kW 230 V / 400 V
Kospel EKCO.M3 4/6/8 8 kW 230 V / 400 V
Kospel EKCO.MN3 4/6/8 8 kW
230 V / 400 V
Kospel EKCO.M3 4/6/8 8 kW
230 V / 400 V
Outdated ProductOutdated Product
TOP sellers
Main
Equipped with weather-compensating automatic control. Possibility of control from a smartphone. The main difference from the EKCO.M3 models is the presence of a 5-liter expansion tank.
Equipped with weather-dependent automation.
Energy sourceelectricityelectricity
Installationwallwall
Typesingle-circuit (heating only)single-circuit (heating only)
Heating area64 m²64 m²
Additional equipment
Remote control unit
Technical specs
Heat output
8 kW /6/4 kW/
8 kW /6/4 kW/
Min. heat output4 kW4 kW
Power supply230 V / 400 V230 V / 400 V
Rated current34.8 А34.8 А
Coolant min. T20 °С20 °С
Coolant max. T85 °С85 °С
Heating circuit max. pressure3 bar3 bar
Consumer specs
Wi-Fi
Outdoor temperature sensor
Circulation pump
Programmable thermostat
Boiler specs
Combustion chamberno chamberno chamber
Expansion vessel capacity5 L
Connections
Central heating flow3/4"3/4"
Central heating return3/4"3/4"
Safety
Safety systems
water overheating /activates at 100 °С/
water overheating /activates at 100 °С/
More specs
Dimensions (HxWxD)716x316x191 mm716x316x191 mm
Weight20.5 kg15.8 kg
Added to E-Catalogseptember 2020september 2020

Expansion vessel capacity

The capacity of the expansion tank supplied with the boiler.

The expansion tank is designed to drain excess water from the heating system when the total volume of liquid increases as a result of heating. It consists of two parts connected by a flexible membrane: in one, hermetically closed, there is air under pressure; in the other, excess water enters, compressing the membrane. In this way, a catastrophic increase in pressure in the heating circuit is avoided. The optimal volume of the expansion tank depends on several system parameters, primarily the volume and composition of the coolant; detailed recommendations for calculations can be found in special sources.