Welcome to this presentation of the Data acquisition and control interface.
Whenever it comes to data acquisition and data analysis with oscilloscope, harmonics analyzer,
real-time metering of electronic circuits or motors, control over IGBTs, thyristors,
Solid state relay, renewable energy production and
more, we have exactly what you need. In an endless quest to create the best tools for
teachers, developers and researchers that work both
with low-tech or cutting-edge technology, Lab Volt proudly presents you the most advanced
Data acquisition and control module we've created so far, the 9063. Do not get tricked
by its clean and streamlined finish as you will soon
realize that this module packs quite a punch.
Let's get to it starting with the front panel. The 9063's front panel includes 4 voltage
inputs rated up to 800 volts and 4 current inputs with two scales each; 4 amps and 40 amps.
Unlike a standard oscilloscope, each of these
power inputs is opto-isolated from each other which suppress any problem related to the
common connections. Adding 8 fully customizable analog inputs along with a digital encoder input,
the Data acquisition and control interface can track various data such as motor speed,
torque, phase shift, power factor, efficiency, frequency and more. Looking for some outputs?
The 9063 is equipped with 2 independent analog outputs, 2 digital outputs and one multi-pins
connector used to directly connect 6 IGBTs or 6 Power thyristors, giving instant control
over the thyristor's or IGBT's gate for complex
AC or DC power electronics experiments. However,
the real power of the 9063 truly gets revealed as soon as this USB port gets connected to
your personal computer running our multipurpose
software LVDAC-EMS. Assisting you in various experiments,
LVDAC-EMS can be described as a super multimeter with outstanding data acquisition and control
properties. For instance, the metering section alone regroups nothing less than
18 fully customizable meters used to track data such as
speed, torque, voltage, current, frequency, power, efficiency, phase angle and more.
It also features an oscilloscope able to trace up
to 8 channels at once ideal to keep an eye on voltage,
current or even instantaneous power of a three-phase or single phase circuit, a phasor analyzer
built exactly as a phasor diagram used for instantaneous view of voltage and current
phasor or phase difference between them on single phase
and three phase networks, an harmonic analyzer able to display up to 40 harmonics
at once from any voltage or current signal and finally
a Data table that automatically records all the values found in any instrument previously
described and plots those results in a graph. This last tool, compatible with any Excel
spreadsheet, is an incredible time saver for students when it comes to writing down various
results of a given experiment as the 18 meters previously set can be instantaneously saved
in a single click of a button.
Beside his versatile Data acquisition properties, LVDAC-EMS also features an impressive
and user-friendly control interface. From small function such as simple function generators,
LVDAC-EMS is also capable of controlling DC and AC power electronics circuit along with
complex home energy production system. The 9063 in conjunction with LVDAC-EMS can operate
system such as buck/boost chopper, solid state relay,
thyristor three phase bridge with feedback,
four quadrant chopper, single phase stand alone inverter,
three-phase volt per hertz drive, three phase PWM inverter,
three-phase AC power control and much more. If you're still
not convinced, please note that LVDAC-EMS is on continuous development for even more
functionality and improvement in the future. With the 9063 in your classroom, experiments
involving power electronics, electromechanical systems or power management are achieved faster,
simpler and with precise results. Thanks to its unmatched data acquisition properties,
its complete set of flexible acquisition and analyzing tools and his remarkable
control interface, the 9063 truly is a workstation on its own and imposes itself
as the perfect system you definitely want to have in your toolkit.