VICI M Series - Manual (Page 28)

24
7 pin connector Signal
4 RX+
3 RX-
5 TX-
7 TX+
6 C Gnd
7 pin connector Signal
7 TX-
5 TX+
3 RX+
4 TX-
6 C Gnd
7 pin connector Signal
7 TX-
5 TX+
3 RX+
4 TX-
6 C Gnd
Host=1
Party=1
Echo 2=0
Set system variables to the following values:
Set the device address using the address DIP switches:
Address: A
A0=ON, A1=OFF, A2=OFF
Host=0
Party=1
Echo 2=0
Address: B
A0=OFF, A1=ON, A2=OFF
Host=0
Party=1
Echo 2=0
Address: C
A0=OFF, A1=OFF, A2=ON
MicroLYNX #1 MicroLYNX #2 MicroLYNX #n
Four wire RS-485
7 pin connector Signal
4 B
3 A
5 A
7 B
6 C Gnd
7 pin connector Signal
7 A
5 B
3 B
4 A
6 C Gnd
7 pin connector Signal
7 A
5 B
3 B
4 A
6 C Gnd
Host=1
Party=1
Echo 2=1
Set system variables to the following values:
Set the device address using the address DIP switches:
Address: A
A0=ON, A1=OFF, A2=OFF
Host=0
Party=1
Echo 2=1
Address: B
A0=OFF, A1=ON, A2=OFF
Host=0
Party=1
Echo 2=1
Address: C
A0=OFF, A1=OFF, A2=ON
MicroLYNX #1 MicroLYNX #2 MicroLYNX #n
Two wire RS-485 (e.g., to couple to valves as well)
Appendix B: Setup for Multipump Operation
Connections
Make up cables using the following guidelines. Note that communication
with the PC is assumed to be via RS-232.
If you are using an RS-232 to RS-485 converter, treat the converter as the
Host, with all MicroLYNXes configured as slaves.