14
OUTPUT DESCRIPTIONS: TERMINAL J10
Not all outputs need to be used. The user should determine which outputs are most important for the application.
Odd numbered connections are for +24 VDC power source; even numbered connections are for connection to positive
side of the load.
OUTPUT
DESCRIPTION
TERMINAL
CONNECTION
1
SYSTEM HEALTHY
Energized when the spray control panel is powered on and there are no fault
conditions present. Any fault condition will de
-
energize Output 1. The System Healthy
output is the best way to monitor system status as any alarm and/or power loss will
de
-
energize this output.
1 & 2
2
GENERAL FAULT
Energized when there is a system fault condition present. Output 2 can be used as an
indicator that a fault has occurred and is the opposite of Output 1.
3 & 4
3
FAULT CODE
Sends a series of pulses to indicate a precise fault that occurs. Output 3 can be
connected to a PLC input and used to determine the precise fault that has occurred
by interpreting the Output 3 pulse code.
5 & 6
4
ARC FAULT
Energizes if the spray control panel detects a brief current surge though the HVPS.
7 & 8
5
NOZZLE PRESSURE FAULT
Energized any time one of the nozzle pressure inputs (5, 6, 7, 8) indicates
unsatisfactory nozzle pressure.
9 & 10
6
AIR PRESSURE FAULT
Energized if the air pressure drops below the setting of the air pressure switch.
11 & 12
7
LOW RESERVOIR FAULT
Energized when the reservoir fluid level drops below the reservoir level switch.
13 & 14
8
FACTORY USE ONLY
15 & 16
9
LUBE CYCLE ON
Energized when the system is in Lubrication, Prime, or Test Mode. The output can be
used to energize the solenoid valve to a diaphragm pump or a stack light indicating
the system status.
17 & 18
10
PISTON PUMP
Provides a low frequency pulse to the piston pump solenoid. The pulse will be output
anytime the spray control panel is in Lubrication, Prime, or Test mode. The frequency
of the output is controlled by the Pump Adjust Potentiometer on the PCB.
19 & 20
