CapstanAG PinPoint II - Advanced Settings-Synchro Mode Operation

TM
System Setup
Advanced Settings—Synchro
™
Mode Operation
Line Title
Line
Number
Description
Action
Hour Meter1
The hour meter shows the accumulated hours. The hour meter starts when at least one
nozzle is on.
Compass Heading Press ENTER to and then YES to calibrate.2
The 3-dimensional compass is generally not used. It could be used for backup detection or
low-speed turn compensation stability.
Compass Offset Enter the offset to calibrate3
This value is used after calibrating the 3-dimensional compass to correlate the chassis
with the Gateway Hub.
USB Mode4
Thumb drive or computer. Thumb drive must be chosen to utilize a USB drive for
different purposes.
Deadband Pressure Press ENTER to change.5
The deadband pressure is used to tune out instability by providing a pressure zone that
is considered satisfactory, thus requiring no action by the control system. The higher the
number, the less sensitive the control system. To stabilize an oscillating system, use a
higher number. To speed up a sluggish system, use a lower number. Range 0 to100.
Gain - System Press ENTER to change.6
The system gain is used to tune pressure control. The system gain changes the total
gain of the system according to the same ratios of proportional/integral/differential gain
established in those settings. The system gain number is the one most often used to tune
sluggish or oscillating systems. The higher the number, the more sensitive the control
system. To stabilize an oscillating system, use a lower number. To speed up a sluggish
system, use a higher number.
Gain - Proportional Press ENTER to change.7
The proportional gain causes the control system to respond faster when the errors are
greater. The higher the number, the more sensitive the control system. To stabilize an
oscillating system, use a lower number. To speed up a sluggish, system use a higher
number.
Gain - Integral Press ENTER to change.8
The integral gain causes the control system to accelerate faster when the errors are
greater. The higher the number, the more sensitive the control system. To stabilize an
oscillating system, use a lower number. To speed up a sluggish system, use a higher
number. Integral gain is generally set at 1/10th of the proportional gain.
©
2020 Capstan Ag Systems, Inc. 45 PinPoint
™
II