20
IQ Power BPS
5201249 Rev. D
5. OPERATION
NOTE
– Before switching on power supply; ensure units are properly
grounded and static bar & sensor bar are properly installed.
Power Supply Indicators
Power
: Lights (green) to indicate power is on and the IQ Power system is ready to
operate.
Comm
: Lights (green) to indicate digital communication is established with an IQ
Power Control Station. The Comm light will flicker to indicate communication
activity.
Bar On
: Lights (green) when static neutralizing bar is active.
Fault
: Lights (red) to indicate faulty condition of static bar, power supply or high
voltage connections. Power will have to be turned off to clear the fault. When fault
is cleared and power is restored, the fault light will be extinguished.
Clean Bar
: Lights (yellow) to indicate need to clean static bar. Clean Bar indicator
may light with low ion output (dirt build-up on ion emitters) or high output current
(conductive contamination on face of bar). See Maintenance section for static bar
cleaning details.
Mode
: The indicator next to the type of bar connected will light (green). “Speed”,
“Hybrid” or “Distance” will be indicated.
In cases where two different types of bars are connected, the system will set for the
lower of the two operating voltages and light the corresponding Mode indicator.
Output
: The output indicators range from “Low” to “High” in 10 steps (2-red,
3-yellow, 5-green) and light to indicate the system relative ion output. The output
will normally be in the high range. Low output generally indicates the need to clean
the static bar. See Maintenance section for static bar cleaning details.
The output indicators are also used to indicate the Power Supply Number during
start-up.
Power Supply Operators
Calibrate
: Is a momentary push button switch located on the face label. Pressing the
face label firmly on “Calibrate” initiates the calibration sequence and sets the relative
nominal ion output for the system.
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 Control Station.
