Acoplamiento rápido o red de seguridad para embudos de aspiración con manguera Ø 80-200 mm
Precio normalAb €40,22Precio base
Soporte de pared para brazos de aspiración C-RFF y C-RGF con manguera Ø 125-200 mm
Precio normalAb €291,31Precio base
Precio normal €398,41Precio base
Brazo de aspiración Combi C-RGF, manguera S10 Ø 125-200 mm, longitudes de 2-4 m
Precio normalAb €504,32Precio base
Brazos extensibles sueltos para brazos de aspiración LGF, RGF, RFF y TGI, longitudes de 1-5 m
Precio normalAb €590,95Precio base
Precio normalAb €747,20Precio base
Precio normalAb €905,00Precio base
Precio normalAb €1.109,20Precio base
Precio normalAb €1.118,48Precio base
Precio normalAb €1.265,45Precio base
Precio normalAb €1.274,73Precio base-
Selecting and Sizing the Right Source Extraction System
With source extraction, smoke, dust, vapors, or aerosols are captured as directly as possible at their point of origin. The closer the capture element is positioned to the source, the more effectively the contaminated air can be captured, and the lower the total airflow required in many applications.
Typical product groups
✔ Source extraction arms for flexible work positions
✔ ATEX-certified models for appropriately rated applications
✔ Extraction hoods, extraction slots, and extraction panels
✔ Capture elements for machines and manual workstations
✔ Wall, ceiling, and floor mounts
✔ Extension arms, lighting, and connection accessories
The capture element and the process must be compatible
Welding fumes that rise due to thermal forces behave differently from heavy grinding dust or vapors that escape laterally. The shape, size, and position of the extraction system should therefore be adapted to the natural direction of dispersion. A movable extraction arm is particularly flexible, while a fixed hood often allows for more uniform extraction in recurring processes.
Flow rate and Pressure Drop
Extraction arms, hoods, hoses, piping, elbows, and filters cause pressure loss. Therefore, it is not only the rated capacity of a fan that is crucial, but also the actual flow rate at the extraction point. When multiple extraction points are operated simultaneously, the air distribution throughout the entire system must also be taken into account.
Here’s what you should look for when making your selection
✔ Type of pollutant and dispersion behavior
✔ Working radius and range of motion
✔ Connection diameter and required flow rate
✔ Pressure loss in the arm, hood, and ducting
✔ Connection to a fan or filtration unit
✔ Installation location and load capacity
✔ ATEX and grounding requirements, if applicable
ATEX and Special Applications
In the case of flammable dusts, gases, or vapors, the entire extraction system must be evaluated based on the risk assessment. A single ATEX component does not automatically make the entire system explosion-proof.
FAQ
How close should the data collection point be to the source?
As close as practically possible, without hindering the workflow. As the distance increases, the detection effectiveness decreases significantly.
When is an extraction arm a good choice?
This is especially true for manual tasks and changing work positions, where records must be updated regularly.
Can source extraction be connected to a central filtration unit?
Yes. Flow rate, pressure drop, and the simultaneous operation of multiple extraction points must be designed in conjunction with one another.
When is an ATEX-compliant version required?
If the risk assessment for the specific application identifies corresponding requirements.
Advice on Source Extraction
Information regarding the process, contaminant, working radius, installation location, connection diameter, and existing extraction technology will help ensure a reliable selection.
