MOX IoNix
product

MOX IoNix

MOX Controller is a compact and feature-rich controller designed for remote area installations or small distributed control solutions for power and gas processing and pipeline application. The MOX IoNix Field Controller completes the entire range of Intelligent automation products designed and manufactured by MOX Products

The MOX IoNix Field Controller consists of MOX 602 Field Controller families and MOX 603 Modular I/O range for a compact monitoring and control solution. With optional onboard communication ports provide connectivity to remote I/O, SCADA systems, and other interface devices.

The MOX IoNix design can be from simple single redundancy to multiple redundancy in any level. The system is designed to adapt to demanding environment conditions which include explosion hazardous areas such as gas processing plants.

Model
IoNix
Categories
Remote Terminal Unit
Brand
MOX
  1. IoNix Processor
    • Powerful 400MHz Processor
    • 64MB RAM
    • 128MB Flash Memory for Program and Data Storage
    • Single or dual High speed 10/100Mbps Ethernet
    • Built-in DI, DO Channels
    • Modular design cascades directly with MOX 603 I/O
    • Integrated and transportable IEC61131 software
    • True Redundancy supported at multiple levels
    • Certified model available as non-sparking for use in explosive atmospheres to IECEx nA II T4 Gc
  2. IoNix I/O
    • Intelligent microprocessor-based platform
    • Open systems architecture
    • True redundancy built in at every level
    • Immediate integration with the entire range of MOX
    • Controllers solid construction for extreme operating conditions
    • Wide operating temperature range 
    • User configurable, module specific options
    • Short circuit and open wire detection on specific modules
    • Automatic fault detection
    • IECex certified modules available for explosive atmospheres
Description Value
Processor Module
CPU Type ARM
Speed 400MHZ
RAM 65MB
Flash 128MB
Communication Ports Serial 1xSerialRS232,1xSerial RS485 or 2xRS485 Multi-drop Serial ports
Ethernet ports Up to 2 RJ45 10/100Mbps Ethernet ports
Communication Protocols Serial Modbus RTU Master and Slave
Modbus ASCII Master and Slave
DNP 3.0 Level 2 Master and Slave
IEC60870-5-101
User Defined Serial Protocol
Ethernet IEC60870-5-104
Built-in I/O
Digital Input 6 channels
Digital Output 2 Mosfet channels
Visual Indicator LED indicator for each of Unit Power, Unit Status, Fault indicator, Bus Communication Status, RJ45 Ethernet Port Status, and SMA Port Status
Environment Operating temperature -20° to 70° C
Storage temperature -40 to 85° C
Humidity 5 to 95% non-condensing
Programming Gas Flow Calculation Functions AGA3, AGA7, AGA8
Special Functions PID, Programmable Modbus Master
System Information Retrieval
Communications Functions Low Level Serial Port Operation; open, send, receive, close
Data File Functions File Send, File Receive
Variable Sync Functions Synchronize variables in two controllers
Special Functions Communications Peer to Peer Comms and Broadcast
Report by Exception
Store and Forward
Low Level Communications Interface
Data Logging Data Storing on Lost Communications Data Storing on Lost Communications
Time Stamping
Interval Based Logging
Local and Remote Functions IEC61131 Programmable
System Firmware Upgrade
Isolation Ethernet Port to System 1500Vrms
Serial Ports to System RS485 2500Vrms
DO Channels to System 5000Vrms
DI Channels to System 5000Vrms
Power Supply Module
Power Supply External 24Vdc Supply
Power Dissipation within module 5.5W(max)
Power Bus Capacity 14A Max per Bus
Protection Reverse Input Protection
Redundancy Dual Power bus
Environment Operating temperature -20° to 70° C
Storage temperature -40 to 85° C
Humidity 5 to 95% non-condensing
IO Modules
Special Features Microprocessor based
Hot Swapable
Redundant Capability
User Configurable Parameters
Protection Digital Input Inverse Wiring Protection
Read Back Status
Digital Output Read Back Status
Analog Input Open Circuit Protection
Over Current Protection
Line Fault Detection
Analog Output Open Circuit Detection
Inverse Wiring Protection
Environment Operating temperature -20° to 70° C
Storage temperature -40 to 85° C
Humidity 5 to 95% non-condensing
Digital Input Modules Rack Based I/O (Bottom Wiring) 8CH/24Vdc Invidually Isolated
CH/24Vdc Module Power Input
4CH Counter Module
8CH/SOE High Speed Input
Rack Based I/O (Front Wiring) 16CH/24Vdc Module Powered Input (4 isolated groups of 4 channels)
32CH/24Vdc Module Power Input
32CH/24Vdc Digital Input
8CH Counter Module
16CH/115Vac Input Module
16CH/230Vac Input Module
Digital Output Module Rack Based I/O (Bottom Wiring) 8CH/240Vac/30Vdc Realy Output
16CH/24Vdc Module Powered Output
16CH/24Vdc Module Powered Output (Read back)
Rack Based I/O (Front Wiring) 12CH/240Vac/30Vdc Realy Output
32CH/24Vdc Module Power Output
Analog Input Module Rack Based I/O (Bottom Wiring) 8CH/4-20mA Individually Isolated
8CH/4-20mA Module Powered Isolated
8CH/4-20mA Input
8CH/1-5V Input
8CH/Thermocouple and mV Input
4CH RTD and Ohm Input
Rack Based I/O (Front Wiring) 12CH/4-20mA Input
12CH/1-5V Input
12CH/4-20mA Input Grouped Isolated
12CH/Thermocouple and mV Input
12CH RTD and Ohm Input (Three Wire Only)
Analog Output Module Rack Based I/O (Bottom Wiring) 8CH/4-20mA Individually Isolated
Rack Based I/O (Front Wiring) 8CH/4-20mA Individually Isolated
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