FDC-IO Modules
Data Acquisition and Distributed IO Modules
High Resolution Modbus RTU Protocol IO Modules for PLC, HMI, SCADA, etc.
The FDC-IO Modules offer Analog & Digital IO modules (Modbus RTU slave) for data acquisition and other applications offering reliable low-cost solution for distributed IO applications to PLC’s, HMI’s and/or PC based SCADA systems. All modules have LED indicators for visualization of IO status (digital), fault diagnostic analysis and easy DIP Switch configuration for Modbus addressing from 1 to 127.
PC based configuration software, IO Studio, is provided and used for module configuration, viewing real time data and when necessary to check IO status. Module Modbus address is configured by DIP Switch.
The optional IO Studio Plus will be available 2008 offering a data acquisition PC software allowing IO modules to be connected directly to a PC [RS232/485], provides Real Time Viewer to display real-time data in digital values, bar graphs, trends, etc. as well as a Historical Data Viewer; a maximum of 1024 tags.
For Additional information - Overview of FDC-IO Module System
Connect IO Modules via Ethernet? The PC-E Serial Modbus to Modbus TCP Ethernet converter provides an easy & cost effective manner to connect Serial Modbus devices to Ethernet TCP networks; for additional information refer to PC-E sales brochure.
Digital & Analog IO Serial or Ethernet communication to a PC?
Color Touch Screen Windows CE: 5.5", 7.7" & 12.1"; FDC-200-TV3
Contact us for XP-Pro or Vista computer needs; desktop or industrial Nema 4X
FDC-IO Modules Model Numbers & Description of Features
Digital Input & Output Modules
- Digital Input Modules:
- IO-16DI: 16 digital inputs & counters
- Digital Output Modules
- IO-16DO: 16 digital output (24 VDC)
- IO-4RO: 4-relay output (form C)
-
Digital Input & Output combination Modules
- IO-8DIO: 8 digital input & 8 digital outputs (24 VDC)
Analog Input & Output Modules
- Analog Input Modules: Thermocouple & RTD
- Applicable to both T/C & RTD units: value read in Modbus register is the actual temperature value (0.1C); i.e. value of 3451 = 345.1C
- IO-8TC: 8 Thermocouple Input & 0-50 and 0-100mV
- Accuracy typical 0.3C / CJC 0.5C
- Resolution 0.1C / Sample Rate .71 / second
- Model IO-8TCS is an isolated version
- IO-6RTD: 8 RTD Input
- PT100/1000, NI120/100
- Accuracy 0.3C / Resolution 0.1C
- Sample Rate .52 / second
- Analog Input Modules: mA and VDC (12-bit/Accuracy 0.2%)
- IO-AII: 8 Analog mA Input (0-20 / 4-20mA)
- IO-AIIS is an isolated version
- IO-AIV: 8 Analog VDC Input
(0-5/1-5/0-10/2-10VDC)
- IO-AIIS is an isolated versions
- Sample Rate all Models: 12.5 samples per second
- Analog Output Modules: (12-bit / Accuracy 0.05%)
- IO-AOI: 8 Analog mA Output (0-20 or 4-20mA)
- IO-AIIS is an isolated version
- IO-AOV: 8 Analog VDC Output
(0-10 or 2-10VDC)
- IO-AIIS is an isolated versions
Combined Analog Input & Digital I/O Modules
- Digital Input & Output combination Modules
- IO-8DIO:
- 8 digital input & 8 digital outputs (24 VDC)
- Analog: quantity 2 mA/VDC and 2 RTD
- IO-8DIO:
- Combination Input/Output Module:
- IO-DAIO
- Analog Input: Quantity 2 RTD and 2 Analog inputs
- (mA/VDC - jumper configurable)
- Analog Output: quantity 1
- (mA/VDC - jumper configurable)
- Digital Inputs: quantity 4 DI (24VDC)
- Digital Outputs: quantity 2 DO (24VDC)
- Analog Input: Quantity 2 RTD and 2 Analog inputs
- IO-DAIO
