page 8
Industrial Power Corruptor Manual Rev 1.00
The IPC main circuit breaker can be manually tripped
using the large red mushroom switch. The trip current
for this breaker can also be set using the Trip Current
dial. For more information, see the Appendix.
True (not simulated) phase-to-phase sags and swells can be
generated.
The front panel of your IPC is packed with an extensive array of
control and monitoring functions. The Disturbance Settings section
on the front panel lets you set depth, duration, angle, and phase
settings for your event. It also allows you to select multiple steps in
a predefined test recipe.
The three sets of front panel meters let you select which of the
30 channels of data you wish to display directly on the IPC. Each set
of meters also includes displays for minimum and maximum reading.
There are 9 external analog input channels on the front panel of
your IPC.
Three of these channels are +/- 600V ac or dc, and the
remaining 6 channels are +/- 100V ac or dc. These inputs can be
extremely valuable when you attach them to various locations on
the equipment being tested.
On the rear panel, your IPC has 9 channels of isolated, scaled,
low-voltage outputs that you can connect to external data acquisition
systems, such as strip chart recorders and oscilloscopes.
This feature
lets you externally monitor the voltage and current channels internal
to the IPC. An output signal notifies your external system that a sag
is about to begin.
1.7 Safety features of your IPC
Your IPC sag swell generator has many built-in hardware and
firmware safety features:
The internal design and an integrated circuit breaker determines
the maximum current rating or your IPC.
You can, however, use the
front panel dial to select a lower current to trip the breaker. This
feature improves safety when testing a low current devices.
You can trip the circuit breaker manually using the large red
mushroom switch on the front panel.
If you have the Motor Operator option installed, you can also
reset the circuit breaker from the button on the front panel, rather
than having to reach back to the high voltage area at the rear of your
unit.
Your IPC continually monitors many internal conditions, both
in standby and event mode.
Voltage, current, transformer temperature,
relay temperature, IGBT temperature, and ground current are just
some of the variables that are continually monitored.
Depending on the severity of the fault state, your IPC will respond
by tripping the breaker, halting or preventing an event, or just
notifying you on the front panel display.
absolute-emc.com
Phone:703-774-7505
info@absolute-emc.com
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