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GE Mark VIe Control System

F: | Au:FAN | DA:2025-08-01 | 682 Br: | 🔊 点击朗读正文 ❚❚ | Share:



GE Mark VIe Control System

Introduction

The Mark VIe control system is a flexible platform suitable for various application scenarios, with high-speed networked input/output (I/O) functionality, supporting simplex, dual, and triple redundant systems. It adopts industry standard Ethernet communication for connecting I/O, controllers, operators and maintenance stations, as well as third-party systems. The ControlST software suite (including the ToolboxST toolset) is used for programming, configuration, trend analysis, and diagnostics of the system, providing high-quality, time consistent data at the controller and factory levels to assist in effective management of control system equipment. In addition, the Mark VIeS safety control is an independent safety control system suitable for safety critical applications that comply with the IEC 61508 standard. It also uses the ControlST software suite to simplify maintenance, but has unique certified hardware and software modules.

System Overview

Core components: With a single board controller as the core, it includes a main processor, redundant Ethernet drivers for communicating with networked I/O, and additional Ethernet drivers for controlling the network. The main processor and I/O modules adopt a real-time multitasking operating system, and the control software is stored in non-volatile memory in a configurable control block language. It also supports IEEE 854 32-bit floating-point format and Sequential Function Chart (SFC).


I/O Network (IONet): It is a dedicated full duplex point-to-point protocol that provides a deterministic high-speed 100MB communication network, suitable for local or distributed I/O devices, supports single, dual, and triple redundancy configurations, and also supports copper and fiber optic interfaces.

I/O module: It consists of three parts: terminal board, terminal block, and I/O package. There are two types of terminal boards: T-type and S-type. T-type usually assigns inputs to three independent I/O packs, while S-type provides a set of screws for each I/O point. The I/O packet contains two Ethernet ports, a power supply, a local processor, and a data acquisition board, which can be added according to application requirements to expand I/O capabilities. It supports simplex, dual, or triple redundant configurations.

Redundant configuration: Provides multiple redundancy options for processes with different levels of criticality, involving multiple control components such as power supply, power supply, I/O pack, Ethernet port, IONet, and control network. The dual redundant system transmits inputs to dual controllers through dual IONets, while the triple redundant system processes faulty components through 2-out-of-3 logic selection or median selection.


Temperature rating: The operating temperature range of electronic devices such as controllers, I/O modules, and power supplies is -30 to 65 ° C (-22 to 149 ° F), with some fieldbus solution modules having slightly reduced operating temperature ranges. During transportation and storage, the temperature range for controllers and other equipment is -40 to 85 ° C (-40 to 185 ° F), while for control room equipment it is 0 to 30 ° C (32 to 86 ° F).

Controller: Compact and flexible design, with multiple frame rate options, different processor speeds, multiple Ethernet, USB, and COM ports, supports simplex, dual, and triple configurations, power supply of 18 to 32V DC, no battery, with status LED, specific cooling method, in compliance with IEC-61508 safety standards, Achilles Level 1 safety certification, operating temperature varies by model, humidity is 5 to 95% non condensing.


Network Security: As a global leader in automation and control, GE regards network security management as an inherent feature of the Mark VIe control series, including network security enhanced control system components, top-notch security features, and software patch services. Security measures include security configuration, secure network architecture (three-layer protection), role-based access control, enhanced control systems, etc. Both controllers and HMI operations have corresponding security protection mechanisms, as well as functions such as security information and event management (SIEM), antivirus patch management, and security patch services.

ControlST software suite

Composition: Includes WorkstationST HMI and history management application, ToolboxST configuration and diagnostic application, and CIMPLICITY graphical tool, suitable for various control applications of GE.

Human Machine Interface (HMI): A Windows based operator station and engineering workstation that can be used as an independent operator station, engineering workstation only, or both, with options for commercial and industrial grade computers. Communication is carried out through Ethernet control networks and separate Ethernet information networks, supporting redundant HMIs and Ethernet networks to improve reliability. Key control and protection functions are processed in the controller, which also performs high-precision time stamping and maintains alarm status.


WorkstationST HMI and Historical Recording Software: Provides a foundation for operator experience, integrates graphical tools, and can manage control system functions such as alarms, events, logs, historical data, networks, and web interfaces. It has functions such as alarm server and viewer, multiple OPC servers, internal and external history recording interfaces, HMI configuration, device manager gateway, Modbus communication, network time protocol (NTP), and user role security system.


ToolboxST Configuration and Diagnostic Application: Provides a universal configuration tool for hardware and software from I/O modules, controllers to operator stations, simplifying system configuration and enhancing troubleshooting capabilities through advanced diagnostic tools. It has key functions such as software editor, trend analysis, block chart, specific application block library, configuration management system, hardware and software configuration, diagnostic display and message, and search tool.

Model Supplement

IS230PCAAH1A 

IS230PCAAH1


  • GE IS2I5WEMAHIA+IS210BPPBHZCAA Mark VIe Safety Controller & I/O Module Set
  • GE IS2I5AEPAHICH+IS210BPPBHZCAA Mark VIe Analog I/O Control Module Set
  • GE IS2I5WECAH1B+IS2108PPBHZCAA Mark VIe Controller Redundant I/O Set
  • VMIC HSDA 332-000111 Scanning Analog-to-Digital Converter Module
  • GE VMIC VMIVME1150B VME Module
  • FANUC VMIVME3128 VME Digital I/O Board
  • GE Fanuc VMIVME-7697-350 VMEbus Single Board Computer
  • GE Fanuc VMIVME-4150 PLC Board
  • FANUC VMIVME-1160A VMEbus Module
  • GE Fanuc VMIVME-4116 VMEbus CPU Processor Controller
  • FANUC VMIVME-9300 VMEbus Module
  • VMIVME-7589A Pentium VMEbus CPU Board
  • GE Fanuc VMIPCI-7767-13100 PCI Board
  • GE Fanuc VMIVME-4140 VMEbus Module
  • IS415UCVGH1A VME Controller Card
  • VMIC VMIVME-1150 VME Circuit Board
  • VMIC VMIVME7589 Processor Board
  • FANUC VMIVME-2200 VME Circuit Board
  • IS215UCVEH2A VME Controller Card
  • VMIC VMIVME-7589A-446 VMEbus CPU SBC
  • VMIC VMIVME-7658-330 VME Single Board Computer
  • VMIC SEMIVISION OPAL VMEbus CPU Module with VMIVME-7588
  • GE Fanuc VMIVME-4140 VME Module
  • Abaco VMIVME 2532A 32-Bit High-Voltage Digital I/O Board – VMEbus
  • VMIC VMIVME 100-Pin VME Bus I/O Cables
  • VMIC ASSY 11994R13 VMEbus Module
  • GE Fanuc VMIVME 1182 VMEbus Input Board – 332-011182-030A
  • VMIC VMIVME-7589 VMEbus Module with VMIVME-7434
  • VMIC VMIVME-7588-787 Single Board Computer – 332-250236
  • VMIC 7487A VMEbus CPU Board – 332-107487-033 H
  • FANUC VMIVME-3125 VMEbus Analog Input Board
  • VMIC VMIVME 6015 VMEbus Board – 332-006015-000
  • VMIC ASSY 11993R2 VMEbus Module
  • Cisco 2851 Router with VMIC2-1MFT-T1/E1 Module
  • Applied Materials VMIC 7505 800MHz CPCI SBC
  • VMIVME-2534-046D 32-Bit High-Voltage Digital I/O Board
  • VMIC 5530M Optical Extender PCB Board
  • GE VMIC XVB602 Control Module
  • VMIVME-6005-020 Octal ARINC-429 Controller
  • VMIC VMI PCI 3322 Board
  • FANUC VMIVME-7487 VME Processor Board
  • VMIC 332-800576-000A VMIACC 0576 Module
  • VMIC VMIVME-7805-231000 VME Board
  • ABACO VMIC VMICBL-000-F3-102 Reflective Memory Cable
  • VMIC 332-000131-B VMIVME PCB Card
  • VMIC 320-250236 with VMIVME-7588 Processor Board
  • VMIC ASSY 12149 Module
  • FANUC VMIC VMIVME5010 I/O PCB Board
  • VMIC VMIVME-7698-345 VME Single Board Computer
  • IS215UCVEH2A VME Controller Card
  • VMIC VMIVME-7658-330 VME Single Board Computer
  • VMIC VMIPCI-5790-000 Dual-Channel Ultra160 SCSI Adapter
  • VMIC VMICPCI-7756-460 Single Board Computer
  • VMIVME-4920 Dual Channel Digital Converter Board – VMEbus
  • GE Fanuc VMIVME-4140 VMEbus Module
  • VMIC VMIPMC-7440 PMC Sound Card
  • VMIC PCI 4320 VMEbus Board-333-854320-000
  • VMIC VMIVME 5530S VMEbus Interface Module
  • FANUC 332-999995-000 VMEbus PCB Assembly
  • FANUC VMIVME-4116-030 VMEbus Module
  • VMIC VMIVME-7658-330 VMEbus Single Board Computer
  • VMIC VME-2532A VMIVME2532A-413 Digital I/O Board
  • VMIC VMIVME-7696-650 VMEbus Processor Board
  • VMIC VMIVME-7487A Mainframe Board
  • GE Fanuc VMIVME-2120-175 Digital Output Board
  • Abaco VMIVME-4125A-000 System Test Calibration Board
  • VMIC VMICPCI-5579 Reflective Memory PCI Board
  • FANUC A860-2000-X003 Encoder Interface Module
  • FANUC 332-999992-000 VME Module
  • VMIC VMIVME-7698 VME Module
  • FANUC A860-2000-X003 Encoder Interface Module
  • VMIC 333-657755-000 B LSC-3 4201 Board
  • VMIVME-9304 CPU Board with NEC FGA-002A Interface Chip
  • VMIC VMIVME-7805 VMEbus Board – VMIVME-7805-234001
  • VMIC 332-000131-000M01 VMIVME PCB Card
  • FANUC GE VMIC VMIVME 2510B Digital I/O Board
  • VMIC VMIPMC-5795-000 PMC Ultra160 SCSI Adapter
  • GE Fanuc VMIVME 5588 High-Speed Reflective Memory Board
  • VMIC VMIVME 4132 VMEbus Analog Output Board
  • VMIC VMIVME-3418 8-Channel Strain Gauge and RTD Board
  • VMIC VMIPMC-5797-000 Ultra320 SCSI Host Bus Adapter
  • VMIC VMIACC 0562 Accessory Module
  • Abaco VMIVME 4116 8-Channel 16-Bit Analog Output Board
  • VMIC VMIVME 4512 Analog I/O Board – 332-004512-300
  • VMIC VMIVME 4120 VMEbus Circuit Board – 332-004120
  • VMIC VMIVME-3801-100C Analog-to-Digital Converter Module
  • IS215UCVEH2AE VME Controller Card
  • FANUC 333-00DMA0-000 VME Module
  • GE Fanuc VMIVME-5588-200 High-Speed Reflective Memory Card
  • VMIC VMIVME-7696-650 VMEbus Single-Board Computer
  • GE Fanuc VMIVME-5532S VMEbus Fiber-Optic Repeater Link
  • VMIC GE EV-DIO-01 Control Board
  • Abaco VMIVME-7751 Pentium III VME Single Board Computer
  • PMC-5565PIORC-110000 128MB Reflective Memory Card
  • Abaco VMIVME-5565-010000 Reflective Memory Board
  • VMIC VMIPMC-5565 Reflective Memory PMC Module
  • VMIC VMIVME 5504 Slave VME Module
  • VMIC VMIVME-5740-12000 VMEbus Hard Drive Module
  • VMIC VMIVME-7751 VMEbus Processor Module
  • VMIC VMIVME-7588 CPU Module
  • VMIC 332-000132 VMIVME PCB Card
  • GE Fanuc VMIVME-4514A Analog I/O Board
  • Abaco VMIVME-2528-000 128-Bit TTL Digital I/O
  • VMIC VMIVME 4514 Scanning Analog I/O Board
  • VMIPCI 5588-101 High Speed Fiber Optic Reflective Memory Card
  • VMIC VMIVME-1228 VMEbus Board
  • VMIC VMIVME-7455 CD-ROM Drive Module
  • VMIC VMIACC 0577 Compact PCI Board
  • IS415UCVGH1A VME Controller Card
  • VMICPMC-5664 VME PMC Dual Fiber Card
  • VMIVME1128 128-Bit High-Voltage Digital Output Board
  • VMIC VMIVME-2170A VMEbus PCB Board
  • VMIC 332-015565-010L VME Module
  • VMIC VMICPCI-7612-470 Single Board Computer
  • VMIC EV-CNT/01 Control Board
  • VMIC VMIVME 1181 VMEbus Input Board – 333-001181-000 A
  • VMIC VMIVME-1150 VMEbus Module
  • VMIC VMIVME-5576 VMEbus Module
  • VMIC VMIVME-4150 VMEbus Module
  • VMIC VMIOMAX-8001B PLC Rack
  • VMIC VMIVME 2128 High-Voltage Digital Output Board
  • VMIC VMIVME-1111 64-Bit High-Voltage Digital Input Board
  • GE Fanuc VMIVME 1182 VMEbus Input Board – 332-011182-060C
  • VMIC VMIVME-7696 VMEbus PC Board
  • VMIC VMIVME-7686 VMEbus Module
  • GE VMIVME-7486 VME PCB Board
  • VMIC VMIVME-7740-840 Processor Module
  • VMIC VMIACC BT01 REV 0 Transition Board