![ZLG CANSwitch-AN2S2 Скачать руководство пользователя страница 71](http://html1.mh-extra.com/html/zlg/canswitch-an2s2/canswitch-an2s2_user-manual_3898675071.webp)
CANSwitch-AN2S2
High-Performance Dual-CAN to Ethernet Switch User Manual
©2021 Guangzhou ZLG Microelectronics Technology Corp.,Ltd.
67
User Manual
Continued
Category
Name
Default
Description
CAN
configura
tion
TCP
notification
port
6001/6002
Refers to the CAN status information port,
which cannot be modified. CAN0 uses port
6001; CAN1 uses port 6002. Cannot be
modified
arbitrarily,
because
some
are
occupied by other network protocols. The
notification port is used to feed back the status
of the CAN port. Once connected, a warning is
generated when an error occurs on the
corresponding CAN interface. For details, see
Appendix B.
Timeout
disconnect
time (10 ms)
0
The values that can be filled are 0 and
100-65525. This item is meaningful only when
the TCP protocol is used for communication.
Time (in 10 ms) that the CAN or Ethernet
interface delays from receiving the last data
after the TCP connection is established. If no
data is received before the timeout period
expires, the TCP connection is disconnected.
"0" indicates it will not be disconnected all the
time.
Heartbeat time
(10 ms)
200
The values that can be filled are 0 and
100-65525. This item is meaningful only when
the TCP protocol is used for communication.
When the TCP connection is established, a
"heartbeat packet" (non-application data will
not be forwarded to the working port) will be
sent every time interval filled in this item. The
CANSwitch-AN2S2
will
disconnect
the
connection if the other party does not respond
to three consecutive heartbeat packets. If you
fill in "0", the "heartbeat packet" will not be
sent.
CAN baud rate
(kbps)
1000.0
You can also enter any baud rate. The
precision is 0.1 kbps.
CAN working
mode
Normal
Normal: The CAN port can respond to the
received CAN frame properly;
Listen only: The CAN port works in listening
mode and does not respond;
Self-test:
The
CAN
port
works
in
self-transmitting and self-receiving mode. This
is used to check whether if it can properly and
whether it is damaged.