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TurboMoni
from concept to functional test
Solutions
for lower energy consumption and low noise fan and blower issues and
air moving applications
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Computational Simulation
for Performance
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Do you want
to get the fan performance curve being
estimated before having it physically
manufactured? Lower performance in your fan and air moving
system? Check with us to see how
we can help to define the problem with
CFD technology.
Pressure Distribution on
Axial Fan and Two Stage Centrifugal Fan
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Energy
Saving Opportunity Identification and
Optimization
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most of current ventilation systems, or fluid
distribution systems, it is often to have great
possibility to low power consumption by
increasing the energy efficiency of the system. A
higher energy efficiency system usually come
together with lower noise emission from aeroacoustic
noise which is from flow separation and blade
passing pressure variation.
Ship
Ventilation Energy Saving and Performance Improvement  Multi-deck
ventilation for larger scale transport marine mighty
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3D Virtual Fan/Impeller Model Generation Service
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For
whatever purposes such as concept design, product
design, model making, display presentation, rapid
prototyping or academic research with FEA or CFD
simulation, the most time consuming and difficult
part of job is 3D model building of the
blade/impeller due to the complication of blade
shapes. We provide 3D fan blade and impeller
generation service to help you easily get the job
done so that you can focus on other parts of the
work. You
just need to provide necessary data to define your
fan blade/impeller. Such as number of blades,
diameter of impeller, diameter of hub, airfoil type
(more than 1200 airfoils available for your choosing
from or you can use your own airfoil) of the blade,
twist angle and chord between the tip and root of
the blade. You can also define other features of the
blade i.e. swept angle and lean angle (see the
example images at right side). The generated
impeller 3D file will be sent to you by email within
one working day. The generation of axial
impeller can be fan, wind turbine, propeller etc.
The 3D file will be provided in STEP or IGES. Contact
us by fan2@turbomoni.com or fax to: +1-530-579-8932
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Subtractive Rapid Prototype
with 4 Axis CNC
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We build 3D models as rapid prototyping with 4 axis
CNC milling machine. The material can
be in wax, resins, chemical wood, acrylic,
PVC, PC, ABS, wood, light metals like brass
and aluminum. Click here
for more information. The resolution of the
prototype can be smaller down to
0.1mm. This method gives better
finishing surface quality than any additive
rapid prototype methods in present
market such as FDM,SLA or
SLS. The most
important point is that the prototype can be
used for perform function test because of
using the same material of your final
product. For further information please
contact us by fan2@turbomoni.com
 
Prototype
of chemical
wood
Prototype of nylon
Prototype of natural
wood
Prototype of PVC
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Monitoring
System
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Thanks to the application of MEMS technology based
sensor, we are able to provide very low
differential pressure measurement capability from
30psi, 15psi, 10psi, 5 psi,2500Pa, 1000Pa. Due to
the introducing of the new sensors for very
low pressure range, the resolution can be down to
0.1Pa even 0.002Pa. Which extends possible
range of application, such as clean room or
indoor air flow monitoring etc. See our demo
online for very small axial fan performance
monitoring.
TuboMoni provides convenient tools for
automated and continuous monitoring, on site
test and commissioning of fan conditions with
meaningful scientific data. It helps users to get
the most important information about the most
concern about their fan systems, in order to be
benefit in maintaining a better operation quality,
lowing energy consumption, getting pre-maintenance
information. With the kit, the measurement can be
carried out automatically according to the
predefined task time schedule. The measured data
will be automatically delivered to the office or
home desk of user through email or web
browser. You can also acquire a new
measurement for you in a couple of minutes by email!
Click here to see
more.
Cooperation
TurboMoni Applied Dynamic Lab partner with FAB MIT
LAB of Fox Valley Technical College to provide
technical support for regional and international
technological innovation practices and
projects.
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 We
are designing our anechioc chamber and it will be available
soon!
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This sample in 3D
format file in IGES, STEP, STL or 3DM is available for free. Please
send a request email to
Disclaimer:
This is only
a geometric demo. It may not work for your specific
need in performance aspect
Fan Sample Designs
Samples with NACA 4409
Airfoil
Fan blade design with forward swept
Fan impeller design with airfoil deflection
Fan blade design with backward swept
Fan blade design with forward lean angle
Fan design with blade tip let
Fan design with "C" shaped
leading edge
Aircraft Propeller Design
Impeller with Blades Overlapped
Fan Design with "S" shaped
leading edge
Heat
Transfer Study for an Electric Motor Rotor
Horizontal
Axis Wind Turbine (HAWT)
A
Savonius Vertical Axis Wind Turbine (VAWT) Simulation
Thermal
Electric Cooler (TEC) with Heat Sink and Cooling Fan Simulation
(Temperature Distribution)
Our
R&D activities cover electronics device cooling, avionics
cabinet cooling, personal cooling, cockpit and cabinet
ventilation, electric motor cooling, medical device, appliances,
automobile engine cooling, gas mask, helmet, and heating and
ventilation devices, HVAC system for energy saving optimization
and noise reduction.
We
are particularly specialized in blade aerodynamics
design and development for fan and wind turbine.
C
O N T A C T U S
TurboMoni
Applied Dynamics Lab
145
Cedardown PVT
Ottawa,
On
K2J
0W2
Canada
Tel:
613-3166552
Fax: 530-5798932
613-692-8103
Email:
fan2@turbomoni.com
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