Name: GeoTech DH 2000 - Diesel Hot Air Generator - Direct Combustion
Brand: GeoTech
Price: 369.51 EUR
Availability: InStock
Rating: 4.67 (3 reviews)

Description

GeoTech DH 2000 hot air generator

The GeoTech DH 2000 hot air generator is a direct-heating device fuelled by diesel or kerosene.

Ideal for open spaces or well-ventilated interiors, it has a robust steel shell, suitable for outdoor use. In this respect, please read the instructions manual carefully.

With a power output of 20 kW and a flow rate of 550 m3/h, it guarantees an efficient flow of hot air, with a fuel consumption of 1.65 kg/h and an autonomy of about 11 hours.

The digital display shows the set and room temperature, as it has a built-in room thermostat. The generator is activated when the ambient temperature is lower than the set temperature, which can be adjusted using a dedicated knob. The device switches off or reduces the heating once the desired temperature has been reached.

The GeoTech DH 2000 hot air generator is easy to transport, thanks to its low weight and handle that can be installed with two screws. Maintenance is quick and easy, making it ideal for heating various rooms in a short time.

GeoTech DH 2000 - Diesel Hot Air Generator - Direct Combustion

Technical features and additional details

Technical features:

Thermal power: 20 KW
Air flow rate: 550 m3/h
Fuel consumption: 1.65 kg/h
Fuse power: T3.15A
Tank capacity: 22 L
Power supply: AC 220-240V/ 50Hz
Absorption: 1.1 A
Built-in thermostat
Running time: 11 h
Electric consumption: 0.230 kW
Air pressure: 0.32 bar
Warning light for malfunction alarm: built-in

Focus on the transport handle

Focus on the control panel

Detail of the thermostat and the two displays:

Left display: set temperature
Right display: room temperature

Power switch

Detail of tank and fuel level

Detail of air filter and pressure adjustment

How to select the ideal hot air generator

Important features that the Operator has to consider in order to choose the ideal gas heater which best suits his requirements according to the room that has to be heated up:

Dimensions of the area that has to be heated up [V]
The ideal temperature [ΔT] that has to be reached
Room thermal insulation [K]

High thermal insulation: k = 1

Medium levels thermal insulation: k = 2

Low levels thermal insulation: k = 3

No thermal insulation: k = 4

Therefore, the heat requirements can also be calculated by using the following formula:

V x ΔT x K [kcal/h]

For example:

V = width 4 m width, 12 m length, 3 m height, room volume = 144 m³

ΔT = outdoor temperature -5ºC, room required temperature +18ºC, room temperature = 23ºC

K = 4 not-insulated room

The result is therefore 144 x 23 x 4 = 13 248 kcal/h and should be compared with what is stated on the machine's label, which is suitable as it produces more heat than would be required.

Converting to KW is simple, just multiply the result by 0.001163, so 13248 x 0.001163 = 15.4 KW