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ABOUT BOMAG USA
Engineering Solutions
Shown here, a BOMAG USA Engineer is working on the design and development of
a new microprocessor-based electromechanical device which meets the customer's
specific design requirements.
BOMAG USA's Engineering staff has over 150 years of combined experience in
electromagnetic and electromechanical design. BOMAG can provide design
services in conjunction with the manufacturing of your product.
BOMAG USA
uses sophisticated testing equipment, including a Video Inspection Unit and
custom designed testing solutions to insure the quality of its products.
| The Hipotronics Type DDX-9101 PD Detector
(right) is a state of the art digital
Corona (Partial Discharge) Detector. This detector is capable of measuring
partial discharge as low as 5 Pico coulombs at voltages up to 30,000 Volts
AC. This type of equipment is necessary to ensure magnetic components are
corona-free for use in applications which require high reliability and
outstanding performance. |
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| The Vector Automated Vision (right) is a full-featured measuring system.
Complete with machine vision measuring software, intelligent zoom lens and
motorized stage, the Vector handles measuring applications with ease. |
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The DL 1500 installments (right) offer bench top performance in a small,
light weight package. Real-time FFT, snapshot, real-time recording and
easy functions are all standard features. |
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The Wayne Kerr Precision Magnetic Analyzer 3260 (right) is the worlds
most sophisticated inductance analyzer. It has been specifically
designed to meet the requirements of all types of wound components, from
inductors to transformers. The 3260 provides a wide frequency range,
telecom measurements, graphical component characterization, high speed
production testing, accurate repeatable measurements and large DC bias
currents. |
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Examples of custom designed testing instruments include the fixtures on
the right. The first fixture measures both the travel distance of a
switch before it actuates and the force required for actuation. The unit
on the far right right applies a reproducible shock to a solenoid in
order to determine if it will be prone to nuisance tripping in its
operating environment. |
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