IMAC air distribution heads for large air distribution

Air distribution heads IMAC

IMAC air distribution heads are designed for even airflow in large-scale applications, with robust design and efficient performance.

Need advice? Call +31 (0)7 65 87 34 50  or send a message

Air distribution heads IMAC models

Compare Performances

Air distribution head - IMAC-1200/1500/2000, 1xØ500

More information

Air distribution head - IMAC-1200/1500/2000, 1xØ600

More information

Air distribution head - IMAC-1200/1500/2000, 2xØ500

More information

Air distribution head - IMAC-1200/1500/2000, 4xØ300

More information

Air distribution head - IMAC-1200/1500/2000, 6xØ300

More information

Air distribution head - IMAC-4000, 1xØ800

More information

Air distribution head - IMAC-4000, 2xØ600

More information

Air distribution head - IMAC-4000, 3xØ500

More information

Performance Chart

	Air distribution head - IMAC-1200/1500/2000, 1xØ500	Air distribution head - IMAC-1200/1500/2000, 2xØ500	Air distribution head - IMAC-4000, 3xØ500	Air distribution head - IMAC-4000, 2xØ600	Air distribution head - IMAC-4000, 1xØ800	Air distribution head - IMAC-1200/1500/2000, 4xØ300	Air distribution head - IMAC-1200/1500/2000, 1xØ600	Air distribution head - IMAC-1200/1500/2000, 6xØ300
Diameter (mm)	1x500	2x500	3x500	2x600	1x800	4x300		6x300
Kleur	STAINLESS STEEL	Stainless steel				Stainless steel
Diameter (mm)			3x500	2x600	1x800			6x300
Color (RAL)			Stainless steel	Stainless steel	Stainless steel			Stainless steel
Outlet diameter (mm)							1x600

Heat calculator

Calculate how much kW is needed for a specific room.

Length [m]

Width [m]

Height [m]

Desired room temperature [°C]

Temperature outside [°C]

K value [W/m²]

Ventilation [x per hour]

Air blow [m³/u]

Ventilation [x per hour]

Air blow [m³/u]

Output (KW)

Calculated heat demand *

Characteristics

Frequently Asked Questions

The temperature of the intake air is cooled back by about 12°C. It is therefore important to always recirculate the air from the room to be cooled. (In this case, the air is drawn in from the room and blown back into the room with a temperature approximately 12°C lower).

This depends on the area and volume, insulation of the building and application. A rule of thumb is 40W per m3 for insulated buildings and 60W per m3 for tents, for example.

For all heaters with an oil-fired auxiliary burner, the burner can be replaced with a gas-fired auxiliary burner.