
34
5.3.11 Submenu “Display Settings”
Process Information screens can be configured to be static (manual control) or
dynamic (automatic sequencing). In the static mode pressing the
UP
button
allows the user to page through the PI screens in the forward direction. Pressing
DN
button, pages through the PI screens in the reverse direction. When the last
PI screen is reached, the firmware “wraps around” and scrolls to the initial PI
screen once again.
Use the “General Settings” menu to navigate to the “Display Settings” menu
option (See Figure 5.7).
The following settings are available for LCD Display:
a) Display Mode (Tabular entry)
This option determines whether Display screens are in Static (manual
control) or Dynamic (automatic sequencing) mode. The following
selections are available: Static or Dynamic. The default entry is: Static
(manual control). Display screens mode parameter can be set with the
UP
and
DN
buttons and are accepted by pressing the
ENT
button.
b) Screen Cycle Time (Numerical entry)
This menu selection defines the time interval in seconds for each PI
screen to be displayed in the dynamic mode (automatic sequencing).
Screen Cycle Time can be set to any value in the range between 1 to
3600 seconds (numerical entry).
c) Screen Mask (Tabular entry)
Using Screen Mask settings the user can enable (unmask) or disable
(mask) up to 4 different process variable combinations (see Figure 5.4).
By default the unit is shipped from the factory with all PI screens
enabled. A typical display with Screen Mask selection is shown below.
NOTE: PI screens which are masked in the Screen Mask Register
(see below) will be skipped.
,
Screen Masc:
Screen #2 [*]
Screen #3 [*]
Screen #4 [*]
Screen #1 [*]
Содержание TIO
Страница 14: ...10 Figure 4 3 RS 485 Multidrop Half Duplex Two Wire System...
Страница 55: ...51 Figure 6 2 Connecting TIO to the GFM using 0 5 Vdc output from DB9 connector...
Страница 56: ...52 Figure 6 3 Connecting TIO to the GFM using 5 10 Vdc output from RJ11 connector...
Страница 57: ...53 Figure 6 4 Connecting TIO to the GFM using 4 20 mA output from DB9 connector...
Страница 61: ...58 Figure 6 6 Connecting TIO to the GFC Using 0 5Vdc Input Output from DB15 Connector...
Страница 62: ...59 Figure 6 7 Connecting TIO to the GFC Using 4 20mA Input Output from DB15 Connector...
Страница 68: ...65 Figure 6 9 Connecting TIO to the Generic Flow Meter...
Страница 69: ...66 Figure 6 10 Connecting TIO to the Generic Flow Controller...
Страница 95: ...92 APPENDIX D Mechanical Drawings...
Страница 96: ...93 APPENDIX E Circuit Layout Diagrams Circuit Layout Top...
Страница 97: ...94 Circuit Layout Bottom Mirror...