Ventilation Systems – Star Poultry

They are high-capacity exhaust fans used in tunnels and transition aeration. It is used to cool the poultry houses and to achieve the desired air velocity. It is preferred because of low maintenance cost and long service life.

Propeller Number	Wing Diameter (mm)	Engine (hp - kW)	Width x Length (mm x mm)	Capacity (m³/h)
6	1240	1.5 - 1.10	1380 x 1380	42000

It is the ideal solution for poultry ventilation with high capacity and high air extraction power.
Specially designed, air ducts have high air capture capacity.
Thanks to specially designed propeller, it saves energy.
The propellers are optionally made of stainless steel and galvanized.
Each engine has been individually tested for 100% quality.

Ideal for minimum ventilation. It is placed on the side wall of the house, the main purpose is to collect the clean air needed for cooling the house and to throw away the polluted air from the house.

Propeller Number	Wing Diameter (mm)	Engine (hp - kW)	Width x Length (mm x mm)	Capacity (m³/h)
6	840	0.75 - 1.00	980 x 980	16000

Model	A	B	C	D	E	F	G	H
ED36HE	1090	1090	520	600	M8	600	245	280
ED30HE	950	950	520	600	M8	600	175	360
ED24HE	745	745	510	590	M8	475	135	330

All measurements are in milimeters.

	ED36HE	ED30HE	ED24HE
Engine (HP)	0.75	0.50	0.50
Number of blades	3
Number of shutter blades	8	7	5
Propeller diameter (mm [inch])	915 [36]	770 [30]	610 [24]
Weight of fully equipped fan (kg)*	70	60	49
Efficiency grade**	41.4	40.3	41.0
Airflow at 0 Pa (m³/h [cfm])	19100 [11300]	14000 [8460]	9100 [5360]
Airflow at 12 Pa (m³/h [cfm])	18200 [10700]	13700 [8080]	8800 [5180]
Airflow at 25 Pa (m³/h [cfm])	17200 [10100]	12900 [7620]	8400 [4960]
Specific performance at 0 Pa (m³/h/W [cfm/W])	30.3 [17.8]	22.1 [13.0]	17.3 [10.2]
Maximum operating temperature (°C [°F])	50 [122]
Nominal propeller speed (rpm)	910	870	1360
IEC protective class of electric motor	IP55
Electric motor winding insulation grade	F

* Excludes safety kit for installation below 2.7m above the floor.
** According to the requirements of the European Commission ErP Ecodesign Directive 2009/125/EC.

EC50 cone fan, 50 inches fan with cone discharge, is the ideal fan with high air flow capacity for high static pressures and low energy consumption.
The shutters are made of pressed galvanized steel to provide the highest strength.
Each engine has been individually tested for 100% quality.
The middle hub and v-belt pulley are made of cast aluminum.
A belt tensioner is optionally available to increase the life of the V-belt and reduce maintenance.
The 3-blade impeller is static and dynamically adjustable.
Roller bearings do not require maintenance.
The patented centrifuge system ensures full and stable opening of the louver.

A	B	C	C¹	D	E	F	G	H	I
1425	1425	1640	1500	1500	95	445	745	275	M8

All measurements are in milimeters.
C¹: Available upon request

Engine (HP)	1.0	2.0
Number of blades	4
Propeller diameter (mm [inch])	1335 [52]
Weight of fully equipped fan (kg)*	108	112
Airflow at 0 Pa (m³/h [cfm])	42200 [24900]	49500 [29100]
Airflow at 25 Pa (m³/h [cfm])	35100 [20700]	44700 [26300]
Airflow at 50 Pa (m³/h [cfm])	26200 [15400]	36400 [21400]
Specific performance at 0 Pa (m³/h/W [cfm/W])	43.7 [25.7]	32.7 [19.2]
Maximum operating temperature (°C [°F])	50 [122]
Nominal propeller speed (rpm)	386	462
IEC protective class of electric motor	IP55
Electric motor winding insulation grade	F

* Excludes safety kit for installation below 2.7m above the floor.

When high airflow capacity is required, the EM-50 is an ideal exhaust fan. The perfect design of the propeller ensures self-cleaning and highest throughput.
Fan enclosure and venturi are made of hard, galvanized steel plate.
The middle hub and v-belt pulley are made from cast aluminum.

A	B	C	D	E	F	G	H
1380	1380	450	540	M8	830	270	295

All measurements are in milimeters.

Engine (HP)	1.0	1.50
Number of blades	6
Number of shutter blades	10
Propeller diameter (mm [inch])	1270 [50]
Weight of fully equipped fan (kg)*	84	86
Efficiency grade**	40.1	40.3
Airflow at 0 Pa (m³/h [cfm])	37000 [21800]	42400 [25000]
Airflow at 25 Pa (m³/h [cfm])	32500 [19200]	38400 [22600]
Airflow at 50 Pa (m³/h [cfm])	26200 [15400]	33800 [19900]
Specific performance at 0 Pa (m³/h/W [cfm/W])	33.9 [20.0]	27.0 [15.9]
Maximum operating temperature (°C [°F])	50 [122]
Maximum operating pressure (Pa)	50
IEC protective class of electric motor	IP55
Electric motor winding insulation grade	F

* Excludes safety kit for installation below 2.7m above the floor.
** According to the requirements of the European Commission ErP Ecodesign Directive 2009/125/EC.

TU chimney extraction fan range is designed to perform reliably under the strenuous conditions associated with the ventilation of closed livestock structures.
During cold and moderately warm periods a low rate of air extraction from livestock structures is required.
Special emphasis needs to be placed on the variability of the ventilation rate and to avoid the creation of unnecessary drafts over the animals.
TU chimney fan series is designed to meet these demands.
The position of the fans on the roof can be preferred to optimise the bio-security in between building sections.
Another advantage of installing a roof mounted fan is that it has a redundant ventilation system in the event of a power failure. In these cases, the TU fan is opened with the air vents and the butterfly damper battery power, creating a natural ventilation way to prevent the animals from drowning.

A	B	C	D	E	F	G	H
1380	1380	450	540	M8	830	270	295

All measurements are in milimeters.

	Standard Model	Munters Drive Model
Propeller diameter (mm)	600
Engine power (W)	250	660
Airflow at 0 Pa (m³/h)	11720	12729
Airflow at 20 Pa (m³/h)	10740	12090
Airflow at 40 Pa (m³/h)	9560	11414
Specific performance at 0 Pa (m³/h/W)	27.5	28.4

It is used to provide air circulation in the middle of the farm.
The body is made of DKP sheet with electrostatic powder paint.
In closed-system poultry, ventilation is getting more and more important day by day.
By ventilation in poultry;
Excess heat generated in the environment is thrown out.
Excess moisture is removed.
Carbon dioxide and ammonia are cleaned.
Higher capacity production is achieved with a greater number of live animals per square meter.