12
5100577 Rev L
CONVEYOSTAT IN-LINE IONIZER
4. Remove resistant coatings deposited on static bars by wiping with isopropyl
alcohol or mineral spirits applied to a clean cloth. Apply isopropyl alcohol
or mineral spirits to a stiff nylon bristle brush and thoroughly scrub the
ionization emitter channels of the bar.
5. Blow static bars dry with clean, dry compressed air and ensure the bars are
completely dry before re-applying power to the bar.
NOTE
– Do not soak static bar or related components in alcohol or
mineral spirits. Do not use harsh solvents such as lacquer thinner,
naphtha or acetone.
WARNING – Fire Hazard
Do not turn on power supply with any trace of alcohol or mineral
spirits on the equipment. Allow all alcohol or mineral spirits to
evaporate.
Calibration (BPS-C only)
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.
If the system is new, perform an initial calibration. The initial calibration sets
relative nominal ion output for the system. The calibration should only be
performed on systems that are new or just cleaned and known to be in proper
working order.
During calibration the Conveyostat must be clear of material, i.e. no material
is to be flowing through the Conveyostat. If material is flowing in the
Conveyostat (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
mode). On units NOT connected to a Control Station: press the face label
on power supply firmly on the word “Calibrate”. This will initiate the
calibration sequence and set relative nominal ion output for the system. On
units connected to a Control station, tap on the device icon, neutralizer tab.
The Device Calibrate button may be found on page 2. Tapping on Device
Calibration initiates the calibration sequence.
During calibration, the system output will be cycled. At completion of
calibration the indicator 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.
