
The MxFlo solution for engine cooling: a mixed flow fan with modular flexibility
With generations of axial fan experience in the off-highway market, engine manufacturers called on Multi-Wing to apply that expertise in creating a new cooling solution for Tier 4’s stringent emission requirements. Multi-Wing’s answer is the MxFlo: a mixed-flow fan that provides the flexibility of our modular fans, with the pressure capabilities up to 50 percent greater than a standard axial fan. The MxFlo is designed to deliver peak efficiency at higher pressure in the demanding operating conditions that use orifice plates and large tip clearances.
- Engine cooling fan that delivers peak efficiency at higher pressure
- Built for orifice plate inlets with large tip clearances
- Combined axial and radial airflow pattern moves air around the engine
- Perfect for Tier 4 narrow installation spaces
- Diameter range of 21.5-29 inches
Using a hybrid blade design and innovative hub, the MxFlo’s combined axial and radial airflow patterns cool the engine while reducing turbulence and increasing efficiency. MxFlo blades are made of glass-reinforced polyamide (PAG), and the high-strength hub uses long-fiber glass-reinforced polyamide (PAGLF). The fan can be configured for six or nine blades and is available in a range of pitch angles: 22º, 26º, 30º, 33º, 37º and 43º. With a narrow axial depth – 3.5 to 5 inches – the MxFlo was built for the limited installation space available in Tier 4 engine compartments.
The MxFlo’s six-inch steel hub plate can be machined for a range of options including flange, bushing, shaft and tapered hydraulic mounts. This new fan-clutch combination provides customers with a one-stop solution backed by full service and support, while eliminating much of the burden of testing, development or having to match systems.
Series | MxFlo |
---|---|
Diameter | 21.5-29 inches |
Blade type | MxFlo |
No. of blades | 6, 9 |
Materials | Glass-reinforced polyamide (PAG) |
Diameters are measured in inches and may vary slightly depending on different materials and molds. |