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GE FANUC A-S1300B ControlProduct

Telephone:+86-15305925923

contacts:Mr.Wang

Email:wang@kongjiangauto.com

The Mark* VIe control system is a flexible platform used in multiple applications. It

features high-speed, networked input/output (I/O) for simplex, dual, and triple redundant

systems. Industry-standard Ethernet communications are used for I/O, controllers, and

supervisory interface to operator and maintenance stations, as well as third-party systems.

List price：￥6666.00

Price：￥8888.00

MemberPrice：

Weight：3.500KG

Quantity：

(Inventory: 33)

Consultation

Product parameters

Telephone:+86-15305925923
contacts:Mr.Wang
Email:wang@kongjiangauto.com

Description

The Mark* VIe control system is a flexible platform used in multiple applications. It

features high-speed, networked input/output (I/O) for simplex, dual, and triple redundant

systems. Industry-standard Ethernet communications are used for I/O, controllers, and

supervisory interface to operator and maintenance stations, as well as third-party systems.

GE FANUC A-S1300B ControlProduct
The ControlST* software suite, which contains the ToolboxST* toolset, is used with Mark

VIe controls and related systems for programming, configuration, trending, and analyzing

diagnostics. It provides quality, time-coherent data in the controllers and at the plant level

for effectively managing control system equipment.

The Mark VIeS Safety control is a stand-alone safety control system for safety-critical

applications that conform to IEC®-61508. It also uses the ControlST software suite to

simplify maintenance, but retains a unique set of certified hardware and software blocks.

The ToolboxST application provides a means to lock or unlock the Mark VIeS for

configuration and safety instrumented function (SIF) programming.

System Overview

A single-board controller is the heart of the system. The controller includes the main

processor and redundant Ethernet drivers to communicate with networked I/O, and

additional Ethernet drivers for the control network. A real-time, multi-tasking operating

system is used for the main processor and I/O modules. Control software is provided in a

configurable control block language and stored in non-volatile memory. It is similar to

IEEE® 854 32-bit floating-point format, and Sequential Function Charts (SFC) are also

available for complex sequencing.

100 MB Ethernet is used for

communication to local and

distributed I/O modules.

The I/O network (IONet) is a dedicated, full-duplex, point-to-point protocol. It provides a

deterministic, high-speed 100 MB communications network that is suitable for local or

distributed I/O devices, and provides communication between the main controllers(s) and

networked I/O modules. Online controllers continuously read input data directly from the

IONet, which is available in single, dual, and triple redundant configurations. Both copper

and fiber interfaces are supported.

The Mark VIe I/O modules consist of three basic parts: the terminal board, the terminal

block, and an I/O pack. Barrier or box-type terminal blocks are mounted on a terminal

board, which mounts on a DIN rail or base in the control cabinet. The I/O pack contains

two Ethernet ports, a power supply, a local processor, and a data acquisition board. I/O

capability grows as I/O packs are added to the control system, enabling use in a simplex,

dual, or triple redundant configuration. Some process sub-systems require even more

throughput; therefore, the local processors in each I/O pack run algorithms at higher rates

as required for the application.

Redundancy

Every application has different requirements for redundancy depending on the criticality

of the process. The Mark VIe control system provides a wide range of redundancy options

for local and remote distribution.

Redundancy Options

Control Components Redundancy Level

Power sources Single Dual Triple

Power supplies Single Dual Triple

I/O packs per I/O module Single N/A Triple

Ethernet ports per I/O pack Single Dual N/A

IONet Single Dual Triple

Control Network Single Dual N/A

Dual redundant systems transmit inputs from single or redundant input packs on dual

IONets to dual Mark VIe controllers. Controllers then run application software and

transmit outputs to output packs. Three output I/O packs may be provided to vote output

signals for mission-critical field devices. Dual redundant systems may be configured for

single, dual, and triple redundant sensors.

Triple redundant systems protect against soft or partial device failures. A failed

component is outvoted with a 2-out-of-3 logical selection (vote) or a median value

selection. Control software in all three Mark VIe controllers runs on the voted value of

the signal while diagnostics identify the failed device. These sophisticated diagnostics

reduce the mean-time-to-repair (MTTR) while the online repair capability increases the

mean-time-between-forced-outages (MTBFO). Field sensors for these systems may be

single, dual, or triple.

I/O Interface

Every I/O pack communicates

directly over the IONet, which

enables each I/O pack to be

replaced individually without

affecting other I/O packs in the

system. Additionally, the I/O

pack may be replaced without

disconnecting any field wiring.

One or multiple I/O packs are mounted on each module to digitize the sensor signal, run

algorithms, and communicate with a separate controller containing the main processor.

I/O packs have a local processor board that runs a real-time operating system and a data

acquisition board that is unique to the specific I/O application. Local processors run

algorithms at faster speeds than the overall control system, such as the regulation of servo

valves performed within a servo module.

Each I/O processor has a local temperature sensor accurate to ±2°C (±3.6 °F). Detection

of an excessive temperature generates a diagnostic alarm and the logic is available in the

database (signal space) to facilitate control action or unique process alarm messages. The

temperature is continuously available in the database. I/O module features include:

Dual 100 MB Ethernet ports

• 100 MB full-duplex ports

• Online repair per I/O pack

• Automatic reconfiguration

• Accuracy is specified over full operating

temperature

• Internal temperature sensor

• LEDs:

− Power status and attention

− Ethernet link-connected and

communication-active

− Application-specific

• 28 V dc power

• Internal solid-state circuit breaker and soft start

A power supply provides a regulated 28 V dc power feed to each I/O pack. The negative

side of the 28 V dc is grounded through the I/O pack metal enclosure and its mounting

base. The positive side has solid-state circuit protection built into the I/O pack with a

nominal 2 A trip point. Online repair is possible by removing the 28 V dc connector,

replacing the I/O pack, and re-inserting the power connector. I/O packs are automatically

reconfigured if the Auto-Reconfiguration feature is enabled.

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