Name: BullMach BM-EFH 15H - Three-phase Hot Air Generator with Fan - 15 kW
Brand: BullMach
SKU: 108500
Price: 223.65 EUR
Availability: OutOfStock
Rating: 5 (1 reviews)

Description

BullMach BM-EFH 15H hot air generator

The BullMach BM-EFH 15H is a hot air generator equipped with fan and three-phase power supply, designed for heating the surroundings quickly.

Powered by a three-phase electric power supply (380-400V - 50Hz), it is highly recommended in the industry and construction sites.

4 different power levels available, according to the Operator’s needs:

95W (summer ventilation mode)
5000 W
10000 W
15000 W

Main features:

No oxygen consumption
Thermally-protected motor
Armoured heating elements
Adjustable heat level
Made of sturdy and long-lasting steel

This heater produces a high hot air flow rate thanks to the 15000W max. power.

It allows you to heat your surroundings quickly.

Sturdy and compact design, thanks to the two side metal stands, the heater remains firmly grounded during operation.

The BullMach electric heater with fan is a localised heating system for medium to large industrial and commercial premises. With no open flame or emissions, this heater can also be operated when it is forbidden to use it in closed rooms with poor ventilation and use fuels, such as gas or oil.

It can heat environments up to 120 s.q. m. large.

BullMach BM-EFH 15H - Three-phase Hot Air Generator with Fan - 15 kW

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 be also 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 formula above mentioned brings to the following result: 144 x 23 x 4 = 13 248 kcal / h, which has to be compared with the data written on the machine serial no. plate, which highlights this heater functionality being able to produce larger volumes of instant heat compared to that one needed.

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