Campbell Manufacturing RF415 User Manual
Appendix I. Phone to RF400 Series
I-3
PC208W SETUP
a.
Network Map
COM1
Modem1
Generic1
CR10X_1
CR10X_2
CR10X_2
b. COM port - default settings
c.
Phone Modem
1) Baud Rate – 9600
2) Modem Pick List – per PC’s phone modem
3) Extra Response Time – 2000 ms
2) Modem Pick List – per PC’s phone modem
3) Extra Response Time – 2000 ms
d. Generic Modem
1) Dialed Using phone # at base site
2)
2)
√ Make DTR Active and √ Hardware Flow Control
e.
Datalogger 1
1) Dialed Using Generic Modem Dial String:
D1000T"---"R"OK"9200T"ATDT0001^m"R"OK"1200T"ATCN
^m"R"OK"1200
2) Set up scheduled collections as desired.
f.
Datalogger 2
1) Dialed Using Generic Modem Dial String:
D1000T"---"R"OK"9200T"ATDT0002^m"R"OK"1200T"ATCN
^m"R"OK"1200
^m"R"OK"1200
2) Set up scheduled collections as desired.
“0001” in the first ATDT command is the hexadecimal representation of
the combined Network Address / Radio Address chosen for this example
(i.e., Network Address = 0, Radio address = 1). The RF400 Setup Menu
calculates and displays this number for you in Standard Setup as “0001h”.
the combined Network Address / Radio Address chosen for this example
(i.e., Network Address = 0, Radio address = 1). The RF400 Setup Menu
calculates and displays this number for you in Standard Setup as “0001h”.
RF400 CONFIGURATION
a.
Base RF400
1) Active Interface: “COM2xx to RF400”
2) AT Command Character: “-”
3) All other settings: defaults
2) AT Command Character: “-”
3) All other settings: defaults
b. Remote RF400s
1) Radio Addresses: 1, 2, etc. (unique for each remote RF400 and
must agree with respective RF400Remote settings)
2) All other settings: default
Note 1: Using a non “+” Command Character for the base RF400 is
necessary so the phone modem in the path passes the AT commands
on to the base RF400 rather than responding to them.
necessary so the phone modem in the path passes the AT commands
on to the base RF400 rather than responding to them.
Note 2: If there is a neighboring RF400 network, you should change
the Hopping Sequence of base and remote RF400s to a new setting to
avoid interference (see Section 5.3.1 for method to detect neighboring
network).
the Hopping Sequence of base and remote RF400s to a new setting to
avoid interference (see Section 5.3.1 for method to detect neighboring
network).