Remote I/O IS1+ for EcoStruxure™ CPG
Remote I/O IS1+ for EcoStruxure™ CPG
Overview
Easy integration into EcoStruxure™ M580
If you have to connect IS (intrinsically safe) or non IS signal from a hazardous area (Zone 1/2 or Div 1/2) to a Modicon PAC (M340/M580) or a Foxboro DCS, then the remote I/O system IS1+ can be used. The EcoStruxure™ M580 controller can be connected to an intrinsically safe Remote I/O through a communication and power module with Ethernet IP interface
The IS1+ remote I/O system is the state-of-the-art, cost-saving interface solution. Virtually any hazardous location can have it installed. The system is certified in accordance with ATEX, IEC, NEC, CEC, and many other standards. Connectivity included, it supports PROFIBUS DP and TCP, EtherNet/IP protocols. The innovative low-power design for ambient temperatures of -40°C to +75°C (-40°F to 167°F) make the device and modules last significantly longer. Comprehensive diagnostics provide early warnings of impending system and module failures. This ensures high plant and process availability. All modules can be hot-plugged in hazardous areas for easy expansion or modification.
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Easy integration into EcoStruxure™ M580
If you have to connect IS (intrinsically safe) or non IS signal from a hazardous area (Zone 1/2 or Div 1/2) to a Modicon PAC (M340/M580) or a Foxboro DCS, then the remote I/O system IS1+ can be used. The EcoStruxure™ M580 controller can be connected to an intrinsically safe Remote I/O through a communication and power module with Ethernet IP interface
The IS1+ remote I/O system is the state-of-the-art, cost-saving interface solution. Virtually any hazardous location can have it installed. The system is certified in accordance with ATEX, IEC, NEC, CEC, and many other standards. Connectivity included, it supports PROFIBUS DP and TCP, EtherNet/IP protocols. The innovative low-power design for ambient temperatures of -40°C to +75°C (-40°F to 167°F) make the device and modules last significantly longer. Comprehensive diagnostics provide early warnings of impending system and module failures. This ensures high plant and process availability. All modules can be hot-plugged in hazardous areas for easy expansion or modification.
