Transmission Type - HBM QUANTUM X Bedienungsanleitung

Functional description
Bit 55 Bits 54 ...
(1 bit)
(3 bits)
0 Signal
(not used) from the
CAN
decoder
(Source 3)
46
BitSequence = INTEL
This produces this CAN message
Bit 51 ...
52 49 (3
bits)
0 0 0
(not used)
As packets can only ever be transmitted in byte size on
the CANbus, this CAN message has a data length of 7
bytes.
With the CAN Receive functionality (CAN decoder
<CanInChannel>) in the MX840B, or of another CAN
channel of an MX471B, this CAN message can be
directly decoded again to four different signals, by taking
over <DataFormat>, <StartBit>, <BitSequence> and
<SignalLength> from the above parameterization.
6.5.8

Transmission type

When does transmission take place?
For a CAN message, <TransmissionType> defines when
the message on the CAN bus is to be sent. There are
various modes to choose from. The transmitted value is
always the one actually present at this time. If a value for
a source is not yet known, the value parameterized in
Section 5.5 is transmitted.
A4461-2.0 HBM: public
Bits 48 ... 33
(24 bits)
Measured
value from
the mathe­
matical unit
(Source 2) as
an 18-bit inte­
ger value
Bit 32 Bits 31 ... 0
(1 bit) (32 bits)
0 Measured value
(not used) from the analog
input (Source 1)
as a float value
(REAL32)
CANBus