23
IQ Power™ BPS
5201197 Rev. D
The Calibrate button is also used to change the
Power Supply number
. This number
is used in software to identify the power supply in systems that contain multiple power
supplies and include a Communication Module or monitoring device.
The Calibrate button is also used to reset the unit to factory default settings.
System Start-up:
A. Apply line voltage to the AC adapter.
B. Move the power supply “Power” switch to the “On” (1) position.
C. The power supply indicators will briefly self-test during which all will light.
D. Immediately after the self-test, the power supply numbers will be briefly displayed.
(see 6.3 Power Supply Number)
E. After the power supply number displays, the power supply indicators will settle to
display the system status.
On new systems the output indicator will settle to display low output, calibration must
be performed.
NOTE –
Calibration should be performed when the system is first installed and
may be performed after the static bar has been cleaned and the system verified as
operating correctly.
F. If the system is new, perform an initial calibration. The initial calibration sets the
relative nominal ion output for the system. Calibration should only be performed on
IQ Power™ systems that are new or just cleaned and known to be in proper working
order.
During calibration the target to be neutralized (web, film, etc.) may remain in place,
but MUST NOT BE MOVING. If the web is moving past the static bar (e.g. the
machine is in operation) the calibration may be faulty.
The system should be “on” and in the operating mode (not in start-up self-test or
power supply number display modes). Press the face label on the power supply
firmly on the word “Calibrate”. This will initiate the calibration sequence and set the
relative nominal ion output for the system.
During calibration the system output will be cycled and the three mode lights will
illuminate. At completion of calibration the speed and distance lights will flicker.
The indicated ion output will be high. The calibration sequence takes less than one
minute.
The calibration data is stored in non-volatile memory and used on subsequent power
ups.
