SAC 3600 Series, Operator'S Manual, Page: 43 / 134

Page # 43
877 1st Ave. N.W. | Sioux Center, IA 51250 | Toll Free: 1.866.722.1488 | siouxautomation.com
OPERATION
REPLACEMENT PARTS
READ complete manual CAREFULLY
BEFORE attempting operation.
877 1st Ave. N.W. | Sioux Center, IA 51250 | Toll Free: 1.866.722.1488 | siouxautomation.com
OPERATION
REPLACEMENT PARTS
READ complete manual CAREFULLY
BEFORE attempting operation.
CONTROLS
The top icon will open the Auxiliary IO Diagnostics screen (Figure
Diagnostics screen (Figure 22). The Auxiliary IO Diagnostics screen shows
sensor inputs, temperature sensor, conveyor settings, and controller functions. This section will step through
testing the components to ensure the controllers and sensors are working properly.
PRESSURE SENSORS
The pressure sensors relay information back to the electronic control system in mV. As shown in Figure 10, all six
of the sensors are sending information. In this instance, all sensors are working properly.
should show a reading in the range of 500
outside of this range would be considered either a high or low voltage output resulting in a warning message to
the operator.
TEMPERATURE SENSOR
The Temperature sensor is a resistive type sensor that gives feedback to the control system. When the sensor is
connected and communicating properly, the box will read “OK”. In this illustration, the Temperature Sensor is
working.
KEYPAD
The keypad on the console armrest communicates on a CAN based system. This system is constantly sending
information. The Keypad box as shown reads “OK”. This indicates that the keypad is connected and
communicating.
CONVEYOR
The Conveyor section of the diagnostics screen allows the op
Adjustment knob is working correctly and if the coil is adjusting the current as the knob is adjusted. When the
Conveyor On/Off switch is pressed on the keypad to turn the conveyor on, the Conveyor Speed %
0-100% depending on where the adjustment knob is positioned. If the knob is set at approximately half way, the
will open the Auxiliary IO Diagnostics screen (Figure 21) and the bottom icon will open the Hydro IO
The Auxiliary IO Diagnostics screen shows the operator information on pressure
sensor inputs, temperature sensor, conveyor settings, and controller functions. This section will step through
testing the components to ensure the controllers and sensors are working properly.
Figure 21
The pressure sensors relay information back to the electronic control system in mV. As shown in Figure 10, all six
of the sensors are sending information. In this instance, all sensors are working properly. All pressure sensors
g in the range of 500-4500mV which correlates to a pressure of 0-6000 psi. Anything that is
outside of this range would be considered either a high or low voltage output resulting in a warning message to
sensor is a resistive type sensor that gives feedback to the control system. When the sensor is
connected and communicating properly, the box will read “OK”. In this illustration, the Temperature Sensor is
t communicates on a CAN based system. This system is constantly sending
information. The Keypad box as shown reads “OK”. This indicates that the keypad is connected and
The Conveyor section of the diagnostics screen allows the operator to determine if the Conveyor Speed Control
Adjustment knob is working correctly and if the coil is adjusting the current as the knob is adjusted. When the
Conveyor On/Off switch is pressed on the keypad to turn the conveyor on, the Conveyor Speed %
100% depending on where the adjustment knob is positioned. If the knob is set at approximately half way, the
Page | 24
will open the Hydro IO
the operator information on pressure
sensor inputs, temperature sensor, conveyor settings, and controller functions. This section will step through
The pressure sensors relay information back to the electronic control system in mV. As shown in Figure 10, all six
All pressure sensors
6000 psi. Anything that is
outside of this range would be considered either a high or low voltage output resulting in a warning message to
sensor is a resistive type sensor that gives feedback to the control system. When the sensor is
connected and communicating properly, the box will read “OK”. In this illustration, the Temperature Sensor is
t communicates on a CAN based system. This system is constantly sending
information. The Keypad box as shown reads “OK”. This indicates that the keypad is connected and
erator to determine if the Conveyor Speed Control
Adjustment knob is working correctly and if the coil is adjusting the current as the knob is adjusted. When the
Conveyor On/Off switch is pressed on the keypad to turn the conveyor on, the Conveyor Speed % will change from
100% depending on where the adjustment knob is positioned. If the knob is set at approximately half way, the