Special Features:
■
2-ports(RJ-45) Ethernet
10/100 Based-T Comm.
■
Daisy chain connection with auto-bypass
protection
■
Support
Modbus/TCP,TCP/IP,UDP,ICMP,ARP
■
Support
Automatic DIO Sync.(peer-to-peer).
■
DO Auto-Off Time Mode.
■ Support 8
Isolated with open drain (P-MOSFET), 750mA/channel.
■ Support 8
Isolated single ended with Dry/Wet Contact(common source or
ground)
■
Fully Photo-Isolation 3750Vrms
■
Protocol:
ASCII Format & Modbus TCP
Specifications/
Interface: |
Communication |
2-port(RJ45)
Ethernet 10/100 Based-T
comm, Daisy chain connection with auto-bypass
protection. |
Protocol |
Modbus/TCP, TCP/IP, UDP, ICMP and
ARP |
Led
indication |
Led for power and Ethernet link
status |
Isolation Digital Input: |
Input channels |
8 (DI0~7) |
Input type: |
Dry contact:
single ended with common source.
●
logic level 0 (active): Close to DI.GND
●
logic level 1 (inactive) : open
Wet contact: single ended with common source/ground.
●
logic level 0 (active): +5V to +30VDC max.
●
logic level 1 (inactive) : +2VDC max.
Logic level status can be inversed via ASCII/Modbus
command |
Input Impedance |
2K ohm (Wet
Contact) |
Counter Input |
300Hz counter
input (32-bit+1-bit overflow) |
Optical
Isolation Voltage |
3750Vrms |
Isolation Digital Output: |
Output channels |
8 (DO0~7) |
Output type: |
Isolated Open
drain (P-MOSFET)
Load voltage: +10V to +30VDC
Load current: 750mA/ channel Max. (With short-circuit
protection)
Logic level status can be inversed via ASCII/Modbus
command |
Pulse output |
Each channel
supports 300Hz pulse output |
Optical
Isolation Voltage |
3750Vrms |
Power
requirement: |
Consumption |
3.6W (Typical) |
Power input |
10~30VDC |
Operating
temperature: |
-10 ~ 70° C
(14 ~ 158° F) |
Operating
temperature: |
-25 ~ 85 °C
(13 ~ 185 °F) |
Humidity |
5~95% RH,
non-condensing |
|
Features:
Automatic DIO Synchronization (peer-to peer)
EX9200-MTCP series module also provide a Automatic DIO
Synchronization function. With peer-to-peer networking, users
can define the mapping between a Pair of EX9200-MTCP series
modules so that input values will be directly transferred to
output channels. A single digital output channel(Local/ Remote
device) is activated(1/0 or toggle)dependent on the digital
input channels state data pattern. When the specified DI
channels state data pattern changed from “Match” to “Not match”
the corresponding DO well be set to active(1 or 0).
|
|