KEPCO KLP 10-150-2, User Manual

Page: 61 / 92

KLP070312
3-21
3.2.16.5 ANALOG INPUT FULL SCALE CALIBRATION
Enter
UTIL
menu (see PAR. 3.2.16, steps 1 through 3) and rotate either VOLTAGE or CUR-
RENT control until status display reads
ANPR
.
• The DC VOLTS display shows the analog input voltage value that produces the full scale
output voltage established by the virtual model.
• The DC AMPS display shows the analog input voltage value that produces the full scale
output current established by the virtual model.
1. To change the settings tap the DC OUTPUT switch. Note that DC VOLTS and DC
AMPERES displays begin blinking.
2. Rotate VOLTAGE control to set the analog voltage value required to produce the full scale
output voltage.
3. Rotate the CURRENT control to set the analog voltage value required to produce the full
scale output current.
4. Tap the DC OUTPUT switch to accept the new settings (blinking stops) or use a thin tool
(e.g., a paper clip) to press the FUNCTION switch to cancel the operation.
5. To exit, rotate either VOLTAGE or CURRENT control until the status display reads
RTN
, then
tap the DC OUTPUT switch. To exit the
UTIL
menu rotate either VOLTAGE or CURRENT
control until the status display reads
EXIT
, then tap the DC OUTPUT switch.
3.2.16.6 CALIBRATION
Refer to PAR 4.3.
3.3 REMOTE MODE PROGRAMMING USING DIGITAL INTERFACES
For digital remote programming refer to the KLP Developer’s Guide.
3.3.1 FACTORY DEFAULT SETTINGS
3.3.1.1 GPIB FACTORY DEFAULTS
The factory default GPIB address is 6; refer to PAR. 3.2.11 to change the GPIB address.
3.3.1.2 RS 232 FACTORY DEFAULTS [STANDARD MODELS ONLY]
The factory default RS 232 settings are as follows; refer to PAR. 3.2.12 to change the RS 232
baud rate (standard models only):
• Baud rate: 38400
• Parity: None
• Data Bits 8
• Stop Bits 1
• Echo OFF
• XON ON (enabled) NOTE: Kepco strongly recommends the XON XOFF method
for data transfer via RS 232 protocol for all Kepco products. If this method is
not selected, it is the user's responsibility to ensure completion of any
response by the power supply prior to issuance of subsequent commands.