Swing-Out & Pull-Back

Easy Access
Get quick access to your fan for effortless cleaning and maximum efficiency.
Production downtimes are always very costly, so any necessary cleaning of a fan should obviously be realised as quickly as possible. Rapid access to the impeller and housing interior is enormously important in this context. Reitz provides appropriate solutions for every sector with its Swing-Out and Pull-Back design variants, minimising the downtimes of your system.

Swing-Out
The drive unit and the impeller are mounted directly on the cover in the MSE design. Pivoting the hinged cover allows free access to the impeller and housing interior.
Pull-Back
The MXE and KXE designs can be equipped with the Pull-Back variant. Consisting of the impeller and drive, this slide-in unit can be moved out of the fan housing. The pedestal, which slides on the frame, is pulled to the rear for this purpose.




Advantages at a glance
Easy maintenance: Quick and uncomplicated access to impeller and housing without dismantling of additional
components.
Reduced downtimes: Efficient impeller exchange and minimised production downtimes by fast maintenance
process.
Cost efficiency: Less dismantling effort, lower labour and spare parts costs due to facilitated maintenance.
Increased plant availability: Faster maintenance and reduced downtimes increase the operating time and availability of system.
Optimised design: tion in unnecessary components and surfaces requiring sealing for a more spacesaving and safer design.


Performance parameters | min. | max. | |
---|---|---|---|
Δpt | daPa | 100 | 3.150 |
V | m³/min | 5 | 2.000 |
n | U/min | 1.000 | 3.600 |
PMot | kW | 1,1 | 355 |
t | °C | -20 | +300 |
Design variants
- ATEX
- Wear protection
- Corrosion protection
- Pressure shock proof
- Liquid-tight, Dustproof
- Hygienic design

Performance parameters | min. | max. | |
---|---|---|---|
Δpt | daPa | 125 | 3.150 |
V | m³/min | 5 | 6.300 |
n | U/min | 1.000 | 3.600 |
PMot | kW | 1,1 | 1.500 |
t | °C | -20 | +500 |
Design variants
- ATEX
- Wear protection
- Corrosion protection
- Pressure shock proof
- Liquid-tight, Dustproof
- Gas-tight
- Hygienic design

Performance parameters | min. | max. | |
---|---|---|---|
Δpt | daPa | 160 | 1.250 |
V | m³/min | 9 | 100 |
n | U/min | 1.500 | 3.600 |
PMot | kW | 2,2 | 45 |
t | °C | -20 | +80 |
Design variants
- Wear protection
- Liquid-tight, Dustproof