Basler Electric DGC-2020 - Manual (Page 200)

Network Configuration
The sequencing ID of the unit being programmed and the sequencing IDs of all other units on a
networked system should be entered in the expected sequence ID table
A . If the state of any unit changes
to offline and the ID Missing pre-alarm is enabled, an ID Missing pre-alarm appears on the front panel
HMI and BESTCOMSPlus metering screen. If an expected sequence ID is detected on two or more units
and the ID Repeat pre-alarm is enabled, an ID Repeat pre-alarm appears on the front panel HMI and the
BESTCOMSPlus metering screen.
The BESTCOMSPlus Network Configuration screen is illustrated in Figure 4-74.
Figure 4-74. Network Configuration
A Expected Seq Id: Adjustable from 0 to 255.
Programmable Senders
The sender inputs of the DGC-2020 can be customized to obtain maximum accuracy from the coolant
temperature, oil pressure, and fuel level senders.
The characteristic curve of each sender input can be configured with up to 11 points A . Each point can be
assigned a resistance input value and a corresponding temperature (coolant temperature sender),
pressure (oil pressure sender), or percentage (fuel level sender) value. A sender slope setting
B
automatically orders the values in the resistance column according to whether the sender requires a
negative or positive slope. Sender curve points are automatically plotted on a curve
C in BESTCOMSPlus,
which can be printed D .
Sender curve points configured in BESTCOMSPlus can be saved in the configuration file E . The data for all
three senders is automatically saved with the DGC-2020 configuration file.
Any changes made in BESTCOMSPlus to the sender points, can be reverted to the factory-default
values
F . A new settings file can also be created G .
The BESTCOMSPlus Coolant Temperature programmable sender screen is illustrated in Figure 4-75.
(The contents and layout of each BESTCOMSPlus programmable sender screen is identical.)
4-90 DGC-2020 BESTCOMSPlus
® Software
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