Comparison GMT Sunset Garden vs Kratki Tango 4
Add to comparison |  |  |
|---|---|---|
| GMT Sunset Garden | Kratki Tango 4 | |
| Outdated Product | Outdated Product | |
| TOP sellers | ||
| Type | bio fireplace | bio fireplace |
| Installation | floor | floor |
| Power | 3 kW | |
| Fuel consumption | 0.5 L/h | 0.22 L/h |
| Burner volume | 1 L | 0.44 L |
| Burning time | 2 h | 2 h |
| Fuel type | liquid | liquid |
| Features | safety glass | safety glass |
| Dimensions (WxHxD) | 400x520x400 mm | 523x400x400 mm |
| Body material | metal | metal |
| Burner material | stainless steel | stainless steel |
| Weight | 13 kg | 10.4 kg |
| Color | ||
| Added to E-Catalog | december 2022 | november 2017 |
Compare GMT Sunset Garden and Kratki Tango 4
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Glossary
Power
Thermal power is generated during the operation of the bio fireplace; for models with adjustable flame intensity, the power at maximum mode is indicated.
This parameter indicates the intensity of heating provided by the device. To evaluate this intensity, you can use the following formula: for heating 1 m2 of a room in an ordinary apartment with a ceiling height of 2.5 – 3 m, 100 W of thermal power is needed. Thus, for example, a fireplace with a power of 1.7 kW can effectively heat a room up to 17 m2. There are also more detailed, specialized formulas, including for outdoor use; they can be found in special sources. We only note that in a room a bio fireplace is usually only an additional source of heat. Therefore, the heat output data is mainly intended to know how it is worth reconfiguring the main heating system when the fireplace is turned on.
This parameter indicates the intensity of heating provided by the device. To evaluate this intensity, you can use the following formula: for heating 1 m2 of a room in an ordinary apartment with a ceiling height of 2.5 – 3 m, 100 W of thermal power is needed. Thus, for example, a fireplace with a power of 1.7 kW can effectively heat a room up to 17 m2. There are also more detailed, specialized formulas, including for outdoor use; they can be found in special sources. We only note that in a room a bio fireplace is usually only an additional source of heat. Therefore, the heat output data is mainly intended to know how it is worth reconfiguring the main heating system when the fireplace is turned on.
Fuel consumption
Consumption of fuel by a bio fireplace in normal operation, and for models with adjustable flame intensity — at maximum intensity.
Knowing the fuel consumption and tank capacity, you can calculate the burning time if it is not specified in the specs. In addition, data on consumption of the device can be useful for estimating the cost of its operation. However, the actual consumption may be less than claimed if the device is not used at full capacity; its specific meaning for such cases should be clarified already in fact.
Knowing the fuel consumption and tank capacity, you can calculate the burning time if it is not specified in the specs. In addition, data on consumption of the device can be useful for estimating the cost of its operation. However, the actual consumption may be less than claimed if the device is not used at full capacity; its specific meaning for such cases should be clarified already in fact.
Burner volume
The amount of fuel that fits into the bio fireplace burner when fully charged. For gel fuel models (see “Fuel type”) that do not have their tank and use replaceable fuel cans, this item may indicate the nominal can capacity for which the device is designed.
Knowing the volume of the burner and fuel consumption, it is possible to estimate the duration of burning, even if it is not indicated in the specs. Note that in liquid fuel models, tanks also allow incomplete refuelling. This is relevant because many bio-fireplaces are not designed for long-term storage of fuel in the tank.
Knowing the volume of the burner and fuel consumption, it is possible to estimate the duration of burning, even if it is not indicated in the specs. Note that in liquid fuel models, tanks also allow incomplete refuelling. This is relevant because many bio-fireplaces are not designed for long-term storage of fuel in the tank.