Campbell Scientific TD Operating System Addendum for CR510, CR10X, and CR23X - Manual (Page 21)

TD ADDENDUM
 SECTION 1. FUNCTIONAL MODES
AD-1-5
1.8.6 SET INITIAL BAUD
Table 1.8-10 shows the option codes available
for setting the initial baud rate. Setting the initial
baud rate forces the CR10X to try the selected
baud rate first when connecting with a device.
TABLE 1.8-9. Set Initial Baud Rate / Set
RS232 Power
Key
Entry
Display Comments
*D 13:00 Enter Command
12A 12:00 Connect Baud Rate
Enter Baud Rate Code X
(Table 1.8-11).
TABLE 1.8-10. Baud Rate Codes
X = 0 300 Baud
X = 1 1200 Baud
X = 2 9600 Baud
X = 3 76.8 K Baud
1.8.7 SET PROGRAM COMPILE OPTION
Command 13 is not supported in Table Data
operating systems.
1.8.8 SET PAKBUS ADDRESS
*D 15 allows the user to set the PakBus
Address of the datalogger and to set the
maximum size for its routing table.
TABLE 1.8-11. PakBus Address and
Routing Table
Key
Entry
Display Comments
*D 13:00 Enter Command
15A 15:xxxx PakBus Address , Enter zero if
the datalogger is not to be used
as a PakBus device (1..4094 is
legal, the default is 1)
A 01:xxxx If the datalogger is to be used a
a router, enter the maximum
number of nodes (PakBus
Addresses) to allocate space
for in the pakbus network. 0 =
leafnode, <>0 = router
A 02:xxxx Enter the maximum number of
neighbors in the pakbus
network to allocate space for.
This parameter is used only if
datalogger is used as a router
(01: is non-zero).
A 03:xxxx Enter maximum number of
routers in the pakbus network
to allocate space for. This
parameter is used only if
datalogger is used as a router
(01: is non-zero).
A 04:xxxx Enter the PakBus address for a
default router (1..4094, 0 for no
default router). The default
router is used for a message if
the destination PakBus
address is not in the routing
table. A router discovering new
routes will not explore beyond
its own default router.
The memory for a routing table comes out of
the pool for program, input locations, and
intermediate storage.
The total number of bytes used for the routing
table =
Nodes x 12
+ Neighbors x 8
+ Routers x 6
+ (Routers x (Nodes – Routers) + (Routers
x (Routers – 1))/2) x 4