IS210MVRAH2A - I/O Interface Board

SPECIFICATIONS

Part Number: IS210MVRAH2A
Manufacturer: General Electric
Series: Mark VIe
Product Function: I/O Interface Board
Availability: In Stock
Type: Box Interface Board
Temperature: 32 to 113ºF
Power Source: 120/240 VAC
Weight: 1 lb( Approx.)
Country of Manufacture: United States (USA)

Functional Description

IS210MVRAH2A is an I/O interface board developed by GE. It is a part of Mark VIe control system. It is frequently used in conjunction with the PMVE input-output pack. The Unit Data Highway is typically used for this model's communication. This interface board allows for accurate and dependable data communication between control systems. Its multiple input/output channels enable the seamless integration of various systems and devices, allowing engineers to easily monitor and manage critical processes. The Interface Board is constructed using cutting-edge technologies and long-lasting materials. This interface board allows precise and dependable data exchange between control systems and numerous plant or industrial components. Its many input/output channels enable the seamless integration of various systems and devices, allowing engineers to easily monitor and manage important processes. General Electric has discontinued the model, hence it is no longer available on the market.

Product Attributes

• High reliability: The board may be designed to meet or exceed the high reliability and safety standards required for turbine control systems.
• Customization options: The board may have customization options, such as the ability to configure input/output channels to match specific turbine control system requirements.
• Real-time data processing: The board may have dedicated hardware and software for real-time data processing and control, which is critical for turbine control systems.
• Robust communication protocols: The board may have robust communication protocols that ensure reliable and efficient data transfer between the turbine control system and connected peripheral devices.
• Analog input capabilities: The board may have analog input capabilities to interface with sensors that provide analog signals, such as pressure or temperature sensors.
• Overvoltage protection: The board may have overvoltage protection to protect against potential voltage spikes or surges in the system.
• Enhanced environmental ratings: The board may have enhanced environmental ratings to ensure reliable operation in the challenging environments typically found in turbine control systems, such as high temperature and high vibration environments.

Characteristics

• The Mark VIe controller consists of a single board that executes the application code. Through onboard I/O network interfaces, the controller communicates with the I/O packs. QNX Neutrino is the controller operating system (OS), a real-time, multitasking OS designed for high-speed, high-reliability industrial applications.
• In contrast to traditional controllers that host I/O on a backplane, the Mark VIe controller does not normally host any application I/O.
• Furthermore, all I/O networks are connected to each controller, providing all redundant input data. This hardware and software architecture ensures that no single point of application input is lost if a controller is powered down for maintenance or repair.
• In a TMR system, the controllers are labeled R, S, and T; in a dual system, R and S; and in a single system, R. Each controller has its own I/O network (IONet). The R controller uses the R IONet to send outputs to an I/O module, the S controller uses the S IONet, and the T controller uses the T IONet.

I/O Networks (IONet)

• IEEE 802.3 100 Megabits full duplex Ethernet networks serve as the I/O networks. These networks are known as the IONet in the Mark VIe control system. Every IONet's traffic is deterministic UDP/IP packets. TCP/IP is not employed. Each network (red, blue, and black) is its own IP subnet.
• TCP exchanges are performed by the Device Manager Gateway in its configuration and device communications. TCP is also used by the EGD protocol for configuration messages and exchanges. 1588 Synchronization does not synchronize Class 1 exchanges, and Class 2 exchanges occur between frames.
• Flow control is only available between network switches. The networks are fully switched full-duplex, which eliminates the possibility of collisions that can occur on non-switched Ethernet networks.
• During the critical input scan, the switches also provide data buffering and flow control. To synchronize frame and time, as well as controllers and I/O modules, the IEEE 1588 precision clock synchronization protocol is used. This synchronization provides a high level of network traffic flow control.

System I/O Module features

• The terminal board, terminal block, and I/O pack are the three basic components of the Mark VIe I/O modules. The terminal board attaches to the cabinet and is available in two basic configurations: S and T.
• The S-type board has a single set of screws for each I/O point and can condition and digitize the signal with a single I/O pack. Using one, two, or three boards, this board is used for simplex, dual, and dedicated triple modular redundant (TMR) inputs. Typically, the T-type TMR board fans the inputs to three separate I/O packs. The outputs from the three I/O packs are usually voted on by the T-type board hardware.

WOC is happy to assist you with any of your GE requirements. Please contact us by phone or email for pricing and availability on any parts and repairs. Your card can be repaired by our highly qualified technicians. All of our repairs are backed by a warranty. Please contact us for more details about our repair procedure.

FREQUENTLY ASKED QUESTIONS

What is IS210MVRAH2A?
It is an I/O interface board developed by GE

Does WOC provides warranty for the products?
Yes, We offer warranty for the products. For more details contact us.

IS WOC an authorized distributor for the main manufactures?
WOC is not an authorized distributor but, an OEM supplier.

What is the purpose of the I/O networks in the Mark VIe controller?
The I/O networks in the Mark VIe controller are used to connect the controller to I/O packs and provide redundant input data. In a TMR system, each controller uses a separate I/O network (R, S, or T) to send outputs to an I/O module.

What is the operating system used by the Mark VIe controller?
The Mark VIe controller uses QNX Neutrino as its operating system. QNX Neutrino is a real-time, multitasking OS designed for high-speed, high-reliability industrial applications.