ARIS CS-L is intended for data acquisition from intelligent electronic devices (IED) and other lower-level devices, for protocol conversion, data transfer to SCADA systems and control centers, interaction with other systems via standard protocols. It is used as an element of SAS.

Hardware platform

Modular, up to two redundant CPU modules, 4xEthernet 10/100/1000 Base-Tx, 2xEthernet 1000 Base-X, 10/100/1000 SGMII, 1xRS-485, 1xPPS.

Main functions

  • Data acquisition from intelligent electronic devices (IED) and other lower-level devices
  • Broadcasting of remote control commands
  • Integration of devices of contiguous subsystems of MP relay protection, SIPS, fault localization, fault recording systems, etc.
  • Acquisition of oscillograms from microprocessorbased devices of relay protection, SIPS, fault localization, fault recording systems
  • Auxiliary calculation of parameters received from IED and other lower-level devices
  • Processing of custom algorithms, including online interlocking algorithms
  • Automatic linking with the lower- and upper-level equipment
  • Multi-channel and multi-directional conversion of protocols of various devices and systems
  • Keeping an online archive with configurable data safekeeping period for cases of disconnection from upper-level data systems
  • Emission of data from the archive after the connection is restored
  • Keeping of a retrospective archive with a configurable depth
  • Emission of retrospective data upon request from toplevel information systems
  • Generation and transmission to upper level of diagnostic signals pertaining to status of communication links with lower-level devices

Basic performance data

  • Up to 10 000 tags processed per 1 second
  • Time synchronization via NTP, PPS, PTP
  • Support of PRP redundancy protocol
  • Not equipped with any fans or moving parts
  • QNX 6.5 real-time operating system
  • Transmission of independent data sets
  • In 10 directions to SCADA system and to upper levels

Additional capabilities

  • Capability to enable redundancy for CPU module
  • Hot swapping of modules
  • Hot-swapping of power supply units
  • Alarm signaling and self-diagnostics
  • Capability to operate as an NTP server
  • Built-in web-interface

Protocols for data reception from IEDs and other lower level devices

  • IEC 60870-5-101
  • IEC 60870-5-103
  • IEC 60870-5-104
  • IEC 61850-8-1 (MMS, GOOSE)
  • DLMS/COSEM
  • Modbus (RTU/ASCII/TCP)
  • GRANITE, TM-800A
  • SPA
  • START
  • OPC
  • SNMP
  • Proprietary protocols of manufacturers

Protocols for transmitting data to upper levels and contiguous systems

  • IEC 60870-5-101
  • IEC 60870-5-104
  • IEC 60870-6 (ICCP/TASE.2)
  • FTP/sFTP

Communication ports (of CPU module)

  • 4хEthernet 10/100/1000 Base-Tx
  • 2xEthernet 1000 Base-X, 10/100/1000 SGMII

Number of available modules per controller

11 slots for boards installation

I/O Modules channels

  • Digital input 32 channels 24 V DC, or 30 220 VDC/VAC
  • 16 digital output channels or 8 remote control targets 24 V DC or 220 V DC/V AC

Communication modules

  • 12xRS-485
  • 2xRS-232
  • 1 expansion module: 16 x RS-485

Power supply

  • 120-370 V DC and 85-265 V AC
  • 2 power supply units with hot swap capability

Overall dimensions

  • Frame size 6U
  • 483х266х265 mm (WxBxD)

Operating temperature range

–40...+55°C

Custom algorithms based on FBD

Пример реализации алгоритма в контроллере ARIS C30x

Example of algorithm implementation
in the ARIS CS

ARIS CS has built-in tools for programming the logic of operation. These tools can be used to create logical and computational diagrams of any complexity, including diagrams of interlocking, controls, logic processing of parameters, auxiliary calculations using a custom algorithm.

Custom algorithms based on FBD are loaded into the ARIS CS controller as an executable file, moreover, changing the logic of algorithm inside the controller is not possible, one can only define bindings of controller`s internal input and output signals. In addition to binding and processing of controller`s physical signals it is possible to  process quality attributes according to these signals.

 

 

Development environment for custom algorithms

Пример создания алгоритма в Soft Constructor

Example of elaboration
of an algorithm in Soft Constructor

 

The scope of delivery includes an advanced FBD application development environment — Soft Constructor software. The interface of a system user includes a windowed mode of operation, a graphic editor, libraries of standard algorithms. The availability of a debugger allows one to simulate an algorithm`s execution, browse statuses of variables, view progress of execution.

 

 
Система Orphus