PFX2512
47
2
C
o
nnec
ting and C
o
nfiguring De
vic
e
s
Configuring the DC Power Supply
PWR-01, PWR, PAS
To protect the connected devices, set the protection function of the DC power supply.
Enter the CONFIG settings to control from the PFX2512.
After configuration, we recommend that you lock the panel. This will prevent the settings from
being changed accidentally.
DC power supply configuration procedure
You cannot reset the PAS to the factory default settings. Carry out the settings from step 2.
1
Initialize the DC power supply to its factory default settings.
The contents in memory will also be cleared.
2
Configure the protection function.
Set the overvoltage protection (OVP) and overcurrent protection (OCP).
3
Configure external analog control.
Set the external voltage control and external control logic.
4
Enable the panel lock.
Set the lock function.
Setting Protection Functions
If the PFX2512 is disconnected from the DUT (battery) as a result of a DUT protection circuit or fuse
being activated during a charge/discharge test, high voltage may be generated temporarily
depending on the connected power supply. Set the protection function to prevent excessive
voltage from being applied to the DUT protection circuit.
Test Condition Editor
To prevent overcharge or overdischarge, from BPChecker3000 set the software overvoltage
(overcharge) protection (S_OVP), software undervoltage (overdischarge) protection (S_UVP),
hardware overvoltage (overcharge) protection (H_OVP), and hardware undervoltage
(overdischarge) protection (H_UVP).
Ope
PWR-01
:
While holding down LOCAL and PWR DSPL, turn the POWER switch
on
PWR
:
While holding down SHIFT, turn the POWER switch on
See
See
See
• Even when the panel is locked, the output on / off operation is not locked. Note that if you turn
on or off the output during a charge/discharge test, an alarm will occur, and the test will be
aborted.
• No adjustment is necessary between connected devices.
Model
Overvoltage protection (OVP)
Overcurrent protection (OCP)
PWR-01
110 % of the maximum charge voltage
110 % of the maximum charge current
PWR
110 % of the maximum charge voltage
105 % of the maximum charge current
PAS
110 % of the maximum charge voltage
110 % of the maximum charge current
?
Help
Summary of Contents for PFX2500 Series
Page 12: ...12 PFX2512 This page is intentionally blank ...
Page 62: ...62 PFX2512 This page is intentionally blank ...
Page 71: ...Specifications This chapter provides the PFX2512 s specifications and outline drawing ...
Page 96: ...96 PFX2512 This page is intentionally blank ...
Page 140: ...140 PFX2512 Troubleshooting This page is intentionally blank ...
Page 143: ......