Motion Sensors, Inc (MSI) has been manufacturing speed sensors since 1970. Our original sensors were
developed to meet the extreme temperature cycling, high shock, and vibration demanded by applications
in the turbine flowmetering industry. Over the years, our product line and expertise has
significantly expanded to include a wide range of speed sensing technologies and industry
applications. Today, MSI provides our customers with world-class engineering and manufacturing capabilities across a
variety of industries, including aerospace, rail, military, and power. We develop partnerships with our
customers, priding ourselves on the ability to anticipate and adapt to customer requirements
quickly and efficiently. A large part of our success is owed to the adoption of lean manufacturing
principles and techniques, allowing the MSI team to provide our customers with high quality product, superior service and
unparalleled responsiveness.
Marketing Partners
MSI's ability to understand and meet the unique needs of each customer application is supplemented through strong relationships
with our Sales and Marketing Partners.
Environmental pressure test capability to 20,000psi
Unholtz Dickie shaker table for Vibration and Impact testing
Standard bench electronic test equipment
Ceramawire
MSI has recently acquired Ceramawire, a leading
manufacturer of high temperature ceramic coated magnet wire.
Ceramawire has been a long-time supplier to MSI of wire for use in our High Temperature VR Sensors.
Ceramawire's HT Wire is a high temperature magnet wire insulated with a fully
cured (1400-1500°F) vitreous enamel film that is firmly bonded to the wire conductor and that assumes
the same flexibility and temperature coefficient as the base wire. It is suitable for coil winding and lead wire applications
in aerospace, nuclear, steam, chemical, and other high temperature applications. Operating temperature
range is -450°F to 1000°F continuous, and up to 1500°F for shorter periods of time. There are also
applications that have used the wire successfully to 2000°F.
Contact us for additional information.