TechnipFMC Sening MultiFlow - Page 136

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MN F09 002 US  DOK-383E  Issue/Rev. 3.65 (02/24)
MultiFlow  Configuration of the MultiFlow
No.
Name
Seal
K
Factory
Setting
Meaning
3.1.6.0.4.8.1.4
Inversion
M
2
0 (no)
Status of the allocated ext. output should assume
inverted status of the reference in/output.
3.1.6.0.4.8.1.5
Product dependency
M
2
0 (no)
Up to 5 project dependencies can be defined. (0, 10 ..
39)
3.1.6.0.4.8.2
Additional hose path
3.1.6.0.4.8.2.1
Use
M
2
0 (no)
Use output to control an additional hose path.
3.1.6.0.4.8.2.2
Designation
M
2
Designation of the additional hose path
9.3.1.14 CAN Bus (local)
No.
Name
Seal
K
Factory
Setting
Meaning
3.1.7
Local CAN Bus
ATTENTION:
The settings for a local (internal) CAN Bus cannot
be altered until further notice.
3.1.7.1
Internal Node No.
M
2
0
Node number of the main board on the internal CAN
Bus.
3.1.7.2
Display No. 1
M
2
1
Node number of the first display on the internal CAN
Bus.
3.1.7.3
Display No. 2
M
2
0 (inactive)
Node number of the second display on the internal
CAN Bus.
Changes on the CAN Bus parameters will take effect after restarting the
system.
9.3.1.14.1 Notes on the CAN Bus Connection
 The CAN Bus enables the connection of additional devices (e.g. other
MultiFlows or a TMC truck management computer) to the devices using
the CAN Bus for communicating between one another.
In order to ensure trouble-free communications on the CAN Bus, the CAN
Bus must be “terminated”. This means that termination resistances must
be set electronically at both ends of the line.
Device 2
without
termination
Device 3
without
termination
Device 1
with
termination
Device 4
with
termination
Termination CAN Bus
 Parameter 3.1.6.2 “CAN bus termination” tells a MultiFlow whether the
termination is to be activated (1 = “Yes”) or not (0 = “No”). Put differently: