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Manual No. 016-0171-362 Rev. F 27
ISOBUS PRODUCT CONTROL NODE CALIBRATION
STANDBY PRESSURE SGAIN
The standby pressure feature may be enabled in either the standard or dual loop control modes. When enabled in
the standard control mode, the Sgain value is not displayed on the Valve Calibration screen, but is still used to set
the response of the system to the application system pressures.
NOTE: Refer to the Feature Settings section on page 29 for information about enabling the standby pressure
feature on the Feature Settings screen.
To access and set the Sgain value while operating in the standard control mode:
1. From the Home screen, select the Tools Menu icon.
2. Select the Product Control icon from the System menu.
3. Touch the Feature Settings button.
4. On the Feature Settings screen, touch the dual loop control option to enable the feature and select the Accept
icon to return to the Product Control Configuration screen.
NOTE: Refer to the Feature Settings section on page 29 for additional information about the settings and
features available on this screen.
5. Select the Valve button on the Product Control Configuration screen and touch the Sgain button.
6. Use the on-screen keypad to enter the desired Sgain value and touch the Accept icon to save the new value.
a. Increase the Sgain value if the product pressure takes too long or cannot reach the set standby pressure.
b. Decrease the Sgain value if the product pressure overshoots or oscillates around the set standby pressure.
7. Return to the Feature Settings screen and disable the dual loop control feature before resuming product
application in the standard control mode.
MAX PWM
Enter a maximum PWM value to set the maximum desired output for a pulse width modulated (PWM) hydraulic
control valve. This setting limits how far the PWM valve will open.
With the machine’s master switch in the on position, increase this value until one of the following conditions is
met:
• The maximum desired pressure is reached in a liquid system.
• The maximum desired belt speed is achieved in a granular system.
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