Comparison TermoBar KS-GV-10DS 10 kW vs TermoBar KS-G-10DS 10 kW

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	TermoBar KS-GV-10DS 10 kW	TermoBar KS-G-10DS 10 kW
	from $182.96 up to $212.96 Outdated Product	from $168.15 up to $208.00 Outdated Product
all specs only differences
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Energy source	gas	gas
Installation	floor	floor
Type	dual-circuit (heating and DHW)	single-circuit (heating only)
Heating area	80 m²	80 m²
Technical specs
Heat output	10 kW	10 kW
Power supply	autonomous (no electricity)	autonomous (no electricity)
Coolant min. T	40 °С	40 °С
Coolant max. T	90 °С	90 °С
Heating circuit max. pressure	2 bar	2 bar
DHW circuit max. pressure	6 bar
Consumer specs
Circulation pump
Boiler specs
Efficiency	90 %	90 %
Combustion chamber	open (atmospheric)	open (atmospheric)
Inlet gas pressure	13 mbar	13 mbar
Max. gas consumption	1.12 m³/h	1.12 m³/h
Coolant performance	4 L/h
Connections
Mains water intake	1/2"
DHW flow	1/2"
Gas supply	1/2"	1/2"
Central heating flow	1 1/2"	1 1/2"
Central heating return	1 1/2"	1 1/2"
Safety
Safety systems	gas pressure drop water overheating flame loss draft control	gas pressure drop water overheating flame loss draft control
More specs
Dimensions (HxWxD)	840x580x235 mm	840x580x235 mm
Weight	57 kg	55.5 kg
Added to E-Catalog	february 2014	february 2014

Type

Depending on the set of functions, boilers are divided into single-circuit and dual-circuit.

- Single-circuit boilers are equipped with one heat exchanger, in which the heat from fuel combustion is transferred to the heat medium of the heating system. The only function of such boilers is space heating. It is technically possible to use single-circuit boilers to provide hot water, but this requires an additional tank (the so-called indirect water heater).

- In dual-circuit boilers, the primary heat exchanger is supplemented by a secondary one. Due to this, such a boiler, in addition to heating the room, also provides a hot water supply. In this case, both running water and water accumulated in a special tank(see Built-in water heater tank) can be used.

DHW circuit max. pressure

The maximum pressure in the hot water circuit (DHW) at which it can operate for a long time without failures and damage. See "Heating circuit maximum pressure".

Coolant performance

The amount of heat carrier passing through the boiler heat exchanger per unit of time. The optimal performance is such that three full volumes of the entire heating system pass through the heat exchanger per hour.

Mains water intake

The diameter of the pipe for connecting the pipe through which cold water is supplied to the boiler for heating and use in the hot water supply system.

Diameters are indicated in inches. It is allowed to connect a pipe of a different diameter through an adapter, but the best option is still a match in size. There are connection options 1/2", 3/4", 1" and 1 1/2".

DHW flow

The diameter of the pipe for connecting the pipe through which hot water leaves the boiler for the DHW system.

Diameters are indicated in inches. It is allowed to connect a pipe of a different diameter through an adapter, but the best option is still a match in size.