Digitel MPC Manual
Page 41 of 72
RST DFLTS allows you to clear supply calibration, disable all setpoints, and reset pump cal
factor to zero.
1.
From DIAGNOSTCS, press
ENTER
to step to its submenu.
2.
Press
Menu
to cycle to RST DFLTS.
3.
Press
ENTER
to display RESET DEFAULTS.
4.
Press
ENTER
again.
5.
Press
ENTER
a third time to confirm, or
ESC
to exit without resetting defaults.
LINE FREQ
1.
From DIAGNOSTCS, press
ENTER
to step to its submenu. Press
Menu
to cycle to
LINE FREQ. Press
ENTER
to display the line frequency.
Display Messages
Status messages that appear on a display assist you in the operation of the DIGITEL MPC. Most
of these messages occur immediately after a function key is pressed. Table III-5 provides a
description these messages.
Table III-5. Display Messages.
Status
Description
STANDBY
STBY command received from computer interface or keypad (
High Voltage Operate
key)
was placed into standby by the remote STBY input on the set point option. High voltage is
shut off.
SAFE-CONN
The SAFE-CON cable is not connected properly.
COOL DOWN
The DIGITEL MPC has entered cool-down mode. As long as it is in cool-down, this
message remains on the display. After 3 cool-downs, the DIGITEL goes into STANDBY.
PUMP ERROR
The pump has shut down. Go to the DIAGNOSTCs submenu, ERROR CODE.
Event Log
General Description
The Event Log will store information in the CPU Board external FLASH whenever a significant
“event” occurs. These events are mostly errors, such as supply over-current, short circuit
detection, or cool down cycles. The log is setup as a circular buffer containing up to 2048
events. When the buffer is full, the earliest 256 events are erased to make room for new events.
Events can be read via the front panel display or via the serial port. An event contains the
following information:
1.
The pump the error occurred on.
2.
The type of error that occurred.
3.
The date and time the event occurred.
4.
The supply voltage and current at the time of the event.
5.
The supply size and specified pump size.
6.
The number of over-current cycles and number of cool down cycles.
