DCA220SSJU4F 60 HZ GENERATOR• OPERATION MANUAL — REV. #3 (02/10/17) — PAGE 67
BASLER DGC-2020 PROGRAMMING APPENDIX (OPTION)
•
FUEL/DEF
†
•
TEMP/RUN HRS
•
BATT/RUN HRS
∗
When scrolled metering is disabled, individual phase information can be automatically toggled at a rate
set by the Phase Toggle Delay setting on the
Front Panel HMI
screen. When the Phase Toggle Delay is
set to zero, information for each phase is obtained by pressing the up or down arrow keys on the front
panel. When it is set to a number other than zero, the display will toggle through the phases automatically
at the rate specified by the Phase Toggle Delay Setting. The overview screen automatically alternates the
display of TEMP/BATT and RUN HRS.
†
When a Selective Catalytic Reduction (SCR) with Diesel Exhaust Fluid (DEF) exhaust after-treatment
system is implemented, the overview screen automatically alternates the display of FUEL level and DEF
level.
To select the scrolling values, navigate to the Settings, General Settings, Front Panel HMI screen and edit
the Scrolled Item Selection. The following parameters may be placed in the scrolling overview:
Adjusted Reserve Available
Analog Expansion Module 1: Inputs: AEM1 In1
Analog Expansion Module 1: Inputs: AEM1 In2
Analog Expansion Module 1: Inputs: AEM1 In3
Analog Expansion Module 1: Inputs: AEM1 In4
Analog Expansion Module 1: Inputs: AEM1 In5
Analog Expansion Module 1: Inputs: AEM1 In6
Analog Expansion Module 1: Inputs: AEM1 In7
Analog Expansion Module 1: Inputs: AEM1 In8
Analog Expansion Module 1: Resistance
Temperature Detectors (RTD): AEM1 RTD1
Analog Expansion Module 1: Resistance
Temperature Detectors (RTD): AEM1 RTD2
Analog Expansion Module 1: Resistance
Temperature Detectors (RTD): AEM1 RTD3
Analog Expansion Module 1: Resistance
Temperature Detectors (RTD): AEM1 RTD4
Analog Expansion Module 1: Resistance
Temperature Detectors (RTD): AEM1 RTD5
Analog Expansion Module 1: Resistance
Temperature Detectors (RTD): AEM1 RTD6
Analog Expansion Module 1: Resistance
Temperature Detectors (RTD): AEM1 RTD7
Analog Expansion Module 1: Resistance
Temperature Detectors (RTD): AEM1 RTD8
Analog Expansion Module 1: Thermocouples:
AEM1 TC1
Analog Expansion Module 1: Thermocouples:
AEM1 TC2
Analog Expansion Module 2: Inputs: AEM2 In1
Analog Expansion Module 2: Inputs: AEM2 In2
Analog Expansion Module 2: Inputs: AEM2 In3
Analog Expansion Module 2: Inputs: AEM2 In4
Analog Expansion Module 2: Inputs: AEM2 In5
Analog Expansion Module 2: Inputs: AEM2 In6
Analog Expansion Module 2: Inputs: AEM2 In7
Analog Expansion Module 2: Inputs: AEM2 In8
Analog Expansion Module 2: Resistance
Temperature Detectors (RTD): AEM2 RTD1
Analog Expansion Module 2: Resistance
Temperature Detectors (RTD): AEM2 RTD2
Analog Expansion Module 2: Resistance
Temperature Detectors (RTD): AEM2 RTD3
Analog Expansion Module 2: Resistance
Temperature Detectors (RTD): AEM2 RTD4
Analog Expansion Module 2: Resistance
Temperature Detectors (RTD): AEM2 RTD5
Analog Expansion Module 2: Resistance
Temperature Detectors (RTD): AEM2 RTD6
Analog Expansion Module 2: Resistance
Temperature Detectors (RTD): AEM2 RTD7
Analog Expansion Module 2: Resistance
Temperature Detectors (RTD): AEM2 RTD8
Analog Expansion Module 2: Thermocouples:
AEM2 TC1
Analog Expansion Module 2: Thermocouples:
AEM2 TC2
Analog Expansion Module 3: Inputs: AEM3 In1
Analog Expansion Module 3: Inputs: AEM3 In2
Analog Expansion Module 3: Inputs: AEM3 In3
Analog Expansion Module 3: Inputs: AEM3 In4
Analog Expansion Module 3: Inputs: AEM3 In5
Analog Expansion Module 3: Inputs: AEM3 In6
Analog Expansion Module 3: Inputs: AEM3 In7
Analog Expansion Module 3: Inputs: AEM3 In8
Analog Expansion Module 3: Resistance
Temperature Detectors (RTD): AEM3 RTD1
Analog Expansion Module 3: Resistance
Temperature Detectors (RTD): AEM3 RTD2
Analog Expansion Module 3: Resistance
Temperature Detectors (RTD): AEM3 RTD3
Analog Expansion Module 3: Resistance
Temperature Detectors (RTD): AEM3 RTD4
Analog Expansion Module 3: Resistance
Temperature Detectors (RTD): AEM3 RTD5
