Equipment & Accessories
Control systems
Choose from various control types to precisely adapt the fan performance to the requirements of your processes.
Throttle louvres
Our throttle louvres are precisely designed to control the air flow exactly. They allow easy adjustment of the air volume and ensure optimum performance of our industrial fans. Manufactured with robust materials, they are durable and reliable.
Throttle dampers
Our butterfly valves are designed to control and regulate the air flow. With precise control, they allow flexible adaptation to changing conditions. Durable and robust, they offer maximum control over the air flow.
Inlet guide vane
Our Inlet guide vanes offer the option of directing the air flow and regulating the swirl. They are fitted on the intake side and, as adjustable vanes, change the direction of the inlet velocity into the impeller. This results in a swirl flow at the impeller inlet and causes a corresponding change in the volume flow. The result is precise adaptation to various applications.
Frequency inverter
Optimize the performance of your industrial fans with our frequency inverters. These enable infinitely variable speed adjustment, which not only increases energy efficiency, but also enables precise adaptation to changing requirements. Experience maximum flexibility and efficiency.
Variable speed control
The most economical way to control a fan is to regulate the speed using appropriate, controllable electric drives. This type of control has the advantage that the fan can always be operated in the most favorable efficiency range. The system characteristic curve remains the same, while the fan characteristic curve changes in line with the laws of proportionality.
All the advantages of speed control at a glance
A glance at the power requirement curves alone shows that speed-controlled systems have significant energy-saving advantages over mechanically controlled systems. However, there are other important arguments in favor of using a speed-controlled fan system from Reitz when comparing the different control types:
- 100% demand-driven consumption
- Low-noise operation
- Perfect start-up behavior
- Mechanical smoothness
