CFS300 SERIES OPERATION MANUAL
SECTION 6: FRONT PANEL OPERATION
Entire Contents Copyright
2016 by Adaptive Power Systems, Inc. (APS) • All Rights Reserved • No reproduction without written authorization from APS.
APS CFS300 Series Power Source Operation Manual
Page 91 of 156
6.12.7
Transient Programming
To program the Transient parameters, use the “
∧
,
∨
” soft keys to navigate to the
Transient
parameter. Pressing the “
Edit
” soft key will display the screen shown below.
The Transient field is either set to ON or OFF using the “
Change
” soft key. The two modes
are defined as follows:
OFF:
Transient feature is disabled so no voltage transient will take place. When OFF,
additional Transient setup screens will not be visible.
ON:
Transient feature is enabled. This means the Transient parameters all have to be
programmed to determine the level and duration of the voltage transient.
To change the Transient mode between
ON
or
OFF
, press the “
Change
” soft key to toggle
between the two selections. Press the “
Enter
” soft key to accept the parameter, or press the
“
Esc
” soft key to move back to the voltage parameter screen. You must press the “Enter”
soft key for the new setting to take effect. This transitions the screen to the next parameter:
Trans-Volt.
Note:
The user can bypass editing this parameter and move to the next or previous
parameter set screen by pressing the “
Prev
” or “
Next
” soft key.
When Transient mode is ON, the following additional parameter screens will be accessible in
the order shown here:
Trans-Volt
Transient Voltage level. Available setting range depends on the voltage
mode (AC or DC) and the selected voltage range (AUTO or HIGH).
Trans-Site
Phase position where the transient will start. Note that the Start and Stop
phase angles for the program memory (See Section 7.12.1, “Phase Angles”)
do NOT apply here. The 0° is with respect to the sinewave. This setting is
not available in DC mode.
Trans-Time
Duration of the voltage transient in msecs. Note that the range for this
parameter is 0.5-999.9 msec.