3
MCU via above mentioned virtual COM port.
(Same as running the general COM port) This is a fast way else you are able to develop the
application program using by Winsock. Please refer to
Chapter 7
if you are developing a new
program. You have to understand what the format is especially for Ethernet package.
In addition WEC200 features a service code formatted in unduplicated within every device. This
so-called service code serves the function of self check-up to ensure the software works for the right
user while developing the software.
WEC200 is working under LAN base; it will help a lot with your work if you configure several devices of
WEC200 in the network. WEC200 can be identified with each machine IDs and Names.
Wiegand interface applies 4-wire technology (V/G/D0/D1) for connection. 4-wire connection is a
must have to short distance communication which is good enough but to long distance wiring will be
too much trouble. We suggest applying 2 WEC200 to serve as the extension Wiegand interface tool.
One device should be set up as a receiver the other should be set up as a transmitter. The two
WEC200 devices need to set up the matching IP to each other. The two WEC200 will transmit from
Wiegand reader accordingly over LAN network.
3. Installation
Connection in LAN
A. Connect WEC200 RJ45 jack to HUB/SWITCHING HUB
correctly
with cable
WAS-1499
.
B. Attach the Wiegand reader to CN2-L35005-T01-G and plug
into WEC200
C. Attach the input/output device to CN2-L35010-T01-G and
plug into WEC200.
D. Plug the power supply of the DC transformer into the Jack
Panel of WEC200 (refer to 4-C as below)
4. Pin Assignment
4-A. RJ45
Pin#
Signal
1
TX+(Positive line of the differential output signal
pair)
2
TX-(Negative line of the differential output signal