Stienen AeroWing Air Inlet System

Innovating Climate Solutions for Livestock Farming

About Stienen Agri Automation

Stienen is a leading family company, established in 1977, with strong roots in livestock farming. The company is dedicated to being close to the farmer and serves as a global supplier of innovative automation solutions for poultry and pig farms. Stienen develops and produces climate solutions, automation systems, management software, and peripheral equipment in-house.

Address: Mangaanstraat 9 - 6031 RT Nederweert

Contact: T +31 (0)495 - 63 29 26 | E sales@stienen.com | W www.stienen.com

[Image: Photograph of the Stienen Agri Automation headquarters.]

Motors for Air Inlet Systems

STW - Motor gearbox

To control air inlet systems, Stienen has developed the STW motor. This motor is designed for accurate control, reliability, and smooth operation of curtain control systems.

EGM - Winch motor

The EGM series is a robust, brushless 24V motor available with a pulling force of 100 kg and 250 kg. It is supplied as standard with a cable drum and offers 0-10V control or potentiometer feedback.

[Images: Pictures of the STW motor gearbox and EGM winch motor.]

AeroWing AIR INLET

Constant Air Throw

[Image: Image of the AeroWing air inlet unit.]

[Images: Pictures of chickens, indicating the target environment for the ventilation system.]

Accurate Ventilation for a Healthy Climate

The secret to a healthy climate for livestock is providing the right volume of fresh air at the right speed and in the right place. The AeroWing system is designed to optimize air distribution throughout poultry houses under all conditions. The focus is on how air enters the house, ensuring constant temperature, avoiding draughts, and maintaining sufficient air exchange to remove CO2, ammonia, and dust.

Constant Climate

A good air distribution is the primary requirement for a healthy climate. The temperature in the house should remain constant, and draughts must be avoided. Sufficient air exchange is crucial for animal health.

Tunnel Inlet

Tunnel ventilation can be used as additional ventilation during extremely warm days. AeroWing inlets can be used alongside conventional AeroWings to provide extra cooling by directing higher-speed air over the animals.

Benefits of AeroWing

1. Constant and Independent Air Throw

The aerodynamic design of the AeroWing imparts a 22-degree angle to the incoming air. This results in a predictable air throw path, enabling any type of ventilation regardless of the roof structure, even at minimum ventilation levels.

[Diagrams: Illustrations showing the airflow patterns created by the AeroWing, demonstrating the venturi effect and the 22-degree air throw angle.]

2. Minimal Risk of Freezing

Cold incoming air can cause condensation on moving parts, leading to freezing. The AeroWing mitigates this risk through its design, which manages condensate to prevent it from affecting moving components.

Lowering Pressure Drop

When ventilation levels reach 70% or higher, the pressure can be lowered to facilitate displacement ventilation.

Mounting Position AeroWing

The mounting position of the AeroWing depends on the housing type. Diagrams show installations in both floor housing and aviary or cage systems.

For aviary or cage housing systems, the AeroWing can be placed high up to ensure ventilation between the roof and the housing system.

For floor housing, the AeroWing can be installed at a low height because the air throw is independent of the roof slope. This mounting also avoids interference with roof-level obstacles like trusses, lighting, or suspended feed and water lines.

[Diagrams: Illustrations showing the AeroWing installed in different farm configurations, such as floor housing and aviary/cage systems.]

Specifications AeroWing

General

Options

Dimensions and Airflow

[Detailed technical drawings providing precise dimensions, tolerances, and manufacturing specifications for the AeroWing unit, including cut-out, rear view, and front view dimensions.]

Type Layers Cut-out (mm) Rear view (mm) Front view (mm) Air flow (m³/h) Force Kg Wind up length
Width Height Width Height Width Height 10 Pa 20 Pa 30 Pa 40 Pa
AW1-16 C 1 617 390 610 385 690 520 1,600 2,200 2,700 3,100 5 440
AW1-18 C 1 660 390 650 385 730 520 1,800 2,400 2,900 3,300 5 440
AW1-24 C 1 902 390 895 385 975 520 2,400 3,400 4,100 4,800 6 440
AW1-32 C** 1 1187 390 1180 385 1260 520 3,200 4,500 5,500 6,400 7 440
TAW2-48 2 902 745 895 740 975 875 4,800 6,700 8,300 9,500 12 280
TAW2-64 2 1187 745 1180 740 1260 875 6,400 9,100 10,100 12,800 14 280
TAW3-72 3 902 1100 895 1095 975 1230 7,200 10,100 12,400 14,300 18 280
TAW3-96 3 1187 1100 1180 1095 1260 1230 9,600 13,600 16,600 19,200 21 280
TAW3-120 3 1472 1100 1465 1095 1545 1230 12,000 17,000 20,900 24,100 24 280
TAW4-95 4 902 1455 895 1450 975 1585 9,500 13,500 16,500 19,100 24 280
TAW4-128 4 1187 1455 1180 1450 1260 1585 12,800 18,100 22,200 25,600 28 280
TAW4-161 4 1472 1455 1465 1450 1545 1585 16,100 22,700 27,800 32,100 32 280
TAW5-119 5 1187 1810 895 1805 975 1940 11,900 16,900 20,700 23,900 30 280
TAW5-160 5 1472 1810 1180 1805 1260 1940 16,000 22,600 27,700 32,000 35 280
TAW5-201 5 1472 1810 1465 1805 1545 1940 20,100 28,400 34,800 40,200 40 280

** With the recess dimensions any tolerance variations in width or height have been taken into account.

** As standard, the AW1-32 C has been equipped with 2 brackets.

Models: AeroWing Air Inlet Valve, Air Inlet Valve, Inlet Valve

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References

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