John Mohn Named President of Ideal Aerosmith
Ideal Aerosmith is pleased to announce the promotion of John Mohn to President of
Ideal Aerosmith effective January 1, 2010. He replaces Lonnie C. Rogers, who has
served as President since 1994. Mr. Rogers will join Greg D. Owens as Co-Chairman
of the Board of Directors, providing strategic guidance and oversight to Ideal.
John Mohn
"Ideal is well positioned to make a major move in the test industry. We've built
a strong employee base of industry veterans who have a reputation for providing
top quality products and services to our domestic and international customers. This
team is positioned to deliver integrated solutions to numerous industry partners
as never before. Our team is strong in all areas and has the ability to integrate
all aspects of our business into one focused solution," said Mohn.
Mr. Mohn joined the company in 2005 as Chief Financial Officer, and most recently
served as Executive Vice President. He has a diverse background in finance, consulting
and general management of companies across the US. Prior to joining Ideal, he spent
16 years with the Coors Distributing Company, as well as 6 years operating an independent
business consulting firm.
Mr. Mohn, a North Dakota native, graduated from the University of North Dakota College
of Business and earned his Masters of Science in Business Administration from the
University of Northern Colorado. He is a member of the American Institute of Certified
Public Accountants and serves on the Altru Health Systems Investment and Audit committees.
Ideal Aerosmith provides cutting-edge testing solutions to many major aerospace,
defense, automotive, and oil & gas entities around the world. Ideal is a leading
supplier of aerospace test equipment along with precision inertial guidance test
systems, rotational rate tables and centrifuges, and high-dynamic flight test tables.
It also provides aerospace test engineering services, Automated Test Equipment system
engineering, and quality contract manufacturing services.
The company is headquartered in East Grand Forks, MN and maintains offices in Grand
Forks, ND; Menlo Park, CA; Phoenix, AZ; and Pittsburgh, PA.
New AERO 4000™ Features for Enhanced Centrifuge Operation
AERO 4000 Controller Systems: GUI
The Ideal Aerosmith AERO 4000™ Motion Controller is approaching the 5-year mark
since its release and we continue to upgrade the system to improve its functionality
and ease of use. One such improvement has been our recent software upgrade to provide
advanced features specific to centrifuge operation.
These features include:
- User selectable units including Degrees, RPMs, or force in Gs
- Integrated safety interlocks including enclosure door sensors, vibration sensors, and motion limits
- Built-in arm positioning functions to facilitate easy access to payloads and counter weights
- Manual centrifuge control allowing for stationary and in-motion velocity and acceleration control
- Advanced MotionFile™ control including:
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- Non-zero starting velocity allowing the centrifuge to start the dynamic portion of a profile while in motion
- External discrete start signal allows for test synchronization with external systems
- Stand-alone profile editor allowing users the convenience to define profile files from their office PC
- Graphical preview of profile to visually model velocity and acceleration changes over time
- A minimum of 1 gigabyte of on-board non-volatile storage devoted to user generated profiles, allowing for thousands of article-specific centrifuge profiles
Ideal listened to centrifuge customers who had been using analog or real-time computer
host interfaces to send rate commands to their centrifuge controller in order for
it to follow the "spin curves" designed by their engineers. While still supporting
this older type of interface, Ideal enhanced the AERO 4000™ so that it can internally
store user's entire spin-curve data files (multiple profiles) as an AERO 4000 MotionFile™,
and then "play it back", by name, upon command. This capability is unique in the
inertial testing marketplace and has applications beyond just centrifuges: for example,
multi-axis MotionFiles™ can be used for open-loop baseline testing, as well as demonstration
motions on large, multi-axis, hardware-in-the-loop (HWIL) simulators.