General Electric IC200MDL740 Positive Logic Output

General Electric IC200MDL740 Positive Logic Output Description:

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AUTOMOTIVE COMPONENTS

Capricious consumer trends require manufacturing lines that are particularly flexible and able to create a variety of parts, or assemble several product lines without much alteration. As a result of this need for flexibility, manufacturing automotive components and assembling them is often the area in which robot-based automation can be seen at its best.

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General Electric  IC200MDL740 Positive Logic Output 

General Electric  IC200MDL740 Positive Logic Output 

General Electric  IC200MDL740 Positive Logic Output 

Gate Reference
The Gate Reference is a Governor Reference whose output is the desired gate
position for the unit. In Follow Mode, the Reference Output follows the preset
gate position. This is the Base Reference for Position Control.
Max Gate Setpoint (%) = Gate Limit Value
Min Gate Setpoint (%) = 0.0
Gate Set Rate (%/s) = 1.0 - 100.0
Unloading Setpoint (%)= 0.0 - 100.0
Unloading Rate (%/s) = 1.0 - 100.0
Soft-Load Rate (%/s) = 0.1 - 100.0
Use External Signal? No or Yes
Use On Ext Signal Fail? Yes
Use Reference? Yes
Use Soft-Load? No or Yes
Table 5-14. Gate Reference Setup Values
Level Reference
The Level Reference basically takes a level setpoint and level input and uses
these to compute a gate setpoint. The Level Reference can be used in one of two
ways: it can either be used to control forebay level or tailbay level. Figure 5-13
shows how the forebay level control is implemented, while Figure 5-14 shows
how the tailbay level control is implemented. These two are essentially the
same, except for a change in the slope of the line. This is valid because: in the
event your forebay level is greater than your setpoint, you want to open the gates
to help lower the forebay level; in the event your tailrace level is greater than
your setpoint, you want to close the gates to help lower the tailrace level. For
the same error signal, we want opposite behavior.
For graphs 5-13 and 5-14, the Level Error is determined as the Level Setpoint
minus the Actual Level. If the Level Error is equal to zero, the Gate Setpoint is
set to the average of the Minimum Gate Setpoint and Maximum Gate Setpoint.
If the Level Error is greater than or equal to the Window Size, the Gate Setpoint
goes to the Minimum Gate Setpoint (Forebay Level Control) or Maximum Gate
Setpoint (Tailbay Level Control). If the Level Error is less than or equal to the
negative Window Size (negative Level Error), the Gate Setpoint goes to the
Maximum Gate Setpoint (Forebay Level Control) or Minimum Gate Setpoint
(Tailbay Level Control). The Gate Setpoint is limited to the Minimum or
Maximum Gate Setpoints. This feature is useful in preventing the unit from
motoring (set the Minimum Gate Setpoint greater than the speed-no-load
opening) and limiting the maximum unit output (setting the Maximum Gate
Setpoint at some point less than 100% gate opening).

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