Brusa BDC546, Technical Data And Start-Up

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Technical data
and start-up
BDC546
64
10.2.2 Parameter groups
NUMBER PARAMETER GROUP DESCRIPTION
01 CAN configuration - CRC In this category, the CAN Ids for the various messages required for
communication between the device and superordinate control systems
are defined (e.g.: vehicle control unit, CVI, PARAM, etc.)
The messages are separated into messages that are sent by the control
system to the device and messages that are returned by the device to
the system.
02 Device configuration - CRC These parameters are used to calibrate the device. This way, the
voltage and current values of the device as well as the efficiency are
optimally coordinated.
These parameters are set by BRUSA and cannot be changed by the
customer.
In this category, users can define the thresholds of the limiting voltage
and current controller. Respectively, the same limits can be set via CAN
as well as via PARAM. The controller prefers always the value that is
set “closer”, i.e. applies first.
03 FPGA ULS controller
configuration - CRC Configuration by BRUSA, content not relevant for the customer
04 FPGA UHS controller
configuration - CRC
05 FPGA IHS controller
configuration - CRC Configuration by BRUSA, content not relevant for the customer
06 FPGA ILS controller
configuration - CRC Configuration by BRUSA, content not relevant for the customer
07 FPGA HR NVM data - CRC Configuration by BRUSA, content not relevant for the customer
08 FPGA BR NVM data - CRC Configuration by BRUSA, content not relevant for the customer
09 FW gains, offset - CRC Configuration by BRUSA, content not relevant for the customer
0A FPGA gains, offsets and
settings - CRC Configuration by BRUSA, content not relevant for the customer
10 Digital IO Device-internal signals, content not relevant for the customer
11 Analogue input Device-internal signals, content not relevant for the customer
12 Analogue values calculated and
offsets Measuring values of analogue signals like the internal 15 V supply,
redundant UHS/ULS measurements and resistor values of the pyrofuse.
13 PWM input Contains the measured frequency and the duty cycle of the active
interlock signal.
20 Status Different bitmaps and states for BRUSA support.
21 FPGA error history Content not relevant for the customer
22 Temperatures In this category, the currently measured temperatures of the modules
and main chokes in the device are displayed.
23 Stored App Data In this category, the measured minimum and maximum temperatures
are listed. If required, the recorded extreme values can be deleted.
30 stInit Contains information on the used module versions, content not relevant
for the customer
31 General parameters In this category, the serial number as well as the operating hours of the
device are provided.