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GE IS200ERIOH1AAA - High-Performance I/O Interface Module for GE EX2100 Excitation Control System

2025-01-02 BY jonson

IS200ERIOH1AAA|Designed for EX2100 excitation control equipment

The IS200ERIOH1A board is manufactured by GE for the EX2100 excitation regulator and the entire Mark VI family, providing an I/O interface for customers and system I/O. It provides these functions for simplex and redundant voltage regulation control systems. For simplex applications, I/O is installed in the ERBP (Excitation Regulator backplane) and provides an interface for customer I/O signals from the ECTBG2 terminal board and EPCT terminal board. The IS200ERIOH1A is also capable of connecting EROC (Excitation Regulator option card) and ERDD (Excitation Regulator Interface and Dynamic Discharge) system I/O signals. For redundant applications, it also connects system I/O signals for ERRR (Excitation Regulator redundant relay).

The excitation regulator I/O is connected to the EROC and ERDD boards via the ERBP or ERRB backplane, the former for simplex applications and the latter for redundancy applications. In addition, the ERIO is connected to EPCT and ECTB via two 25-pin connectors, and to ERBP and ERRB. The FPGA (Field Programmable Gate Array) controls the storage and data acquisition into the DPM (dual port memory). This particular unit is A revised version of the original part and is represented by an “A” at the end of the model number.
GE IS200ERIOH1AAA - High-Performance I/O Interface Module for GE EX2100 Excitation Control System

FAQ about IS200ERIOH1A
What is IS200ERIOH1A?

The ERIO board provides I/O interfaces for system I/O and customer I/O in the EX2100 regulator control system. It serves both redundant and simplex applications, each with slightly different functionality and connectivity.
What is the EX2100 excitation control system to which this I/O card belongs?

The EX2100 excitation control system, manufactured by General Electric, provides advanced management solutions for new and retrofit gas, steam or hydroelectric power generation. It combines hardware and software elements to ensure system safety and perform operations such as flame detection, signal scaling, and more. The EX2100 is designed to operate efficiently alongside GE’s Speedtronic Mark VI. It provides keyboards, thermistor systems, and more.

2025-01-02 BY jonson

IN Industry trends

IS200ERDDH1ABA|Excitation regulator dynamic discharge board

The IS200ERDDH1A model is part of the EX2100 series and is a driver regulator dynamic discharge board. The ERDD model has two modes of operation: simplex and redundancy. Each application pattern is used differently and is mounted differently.

When the IS200ERDDH1A is used in simplex mode, the model controls the K3 charging relay; When the board is used in redundancy mode, it will control the K41 deexcitation relay. When running in simplex mode, the IS200ERDDH1A is installed in the ERBP backplane. When running in redundancy mode, two ERDD models must be used, one installed in the same location as the model in simplex mode. The other board will be installed in the ERRB backplane.
GE-FANUC IS200ERDDH1ABA - Mark VI Circuit Board

Another function of the board is to provide feedback from the bridge to observe the output field and DC link voltage. While monitoring these, the board also allows observation of the output shunt current, IGBT gate drive state, and bridge temperature. The IS200ERDDH1A board is usually used to control excess DC bus voltage by dynamic discharge of the model.

2025-01-02 BY jonson

IN Industry trends

IS200ERAXH1A|The digital excitation regulator module maintains and regulates the generator voltage output

Manufacturer: General Electric
Product number: IS200ERAXH1A
Product Type: Excitation Control Regulator Auxiliary I/O (ERAX) board
Series: GE Speedtronic EX2100e
Stock: Available
Warranty: 3-7 days
Emergency maintenance: 24-48 hours
Warranty: 3 years
GE IS200ERAXH1A: Advanced PLC Controller Module for Industrial Automation
Features:

IS200ERAXH1A plays a role in regulating the generator excitation system in power plants.
The excitation system is very important for controlling the output voltage of the generator. They provide the current needed for the generator rotor to generate a magnetic field (excitation current).
By adjusting the excitation current, the voltage output of the generator can be maintained at the desired level.
Applications:

The IS200ERAXH1A can be used in industrial power generation applications, in particular:
Power plant synchronous generator excitation control system
Maintain and regulate generator voltage output

2025-01-02 BY jonson

IN Industry trends

IS200EPSMG2ADC|The power module is for the General Electric EX2100 family of excitation control systems

This GE IS200EPSMG2A printed circuit board product was originally designed and manufactured in a specific location within the EX2100 excitation control system family, which is detailed for convenience in the IS200EPSMG2A brief product description inserted above. The EX2100 series, as its full extended series name suggests, has a specific application in the excitation process. The original instruction manual material for the EX2100 series for this IS200EPSMG2A device is largely unavailable online, as it is indeed a now-obsolete legacy product line that was discontinued within a few years of its initial launch due to obsolescence of the feature line identified by the retailer. This IS200EPSMG2A device is not actually an original product of its specific EX2100 family features, as it must be considered an IS200EPSMG2 parent power module, notably lacking A Class A feature product revision of this IS200EPSMG2A product.

Hardware tips and specifications

The IS200EPSMG2A is a power module paired with the EPDM module, which will provide 125 VDC. When connected to an external module, 24 VDC power is sent to the EDCF, EDEX, and EGDM modules. The power supply associated with the M1, M2 and C controllers is located and installed under the control rack in one of the control cabinets. The IS200EPSM for this release is 2A. This means that this model is also not backward compatible. When powering EXTB and ECTB, it will be an isolated 70 VDC, with VDC used for contact wetting. Three self-contained power supplies are used to power the C, M1 and M2 controllers. When powered on, the power supply of the EPDM model connected to the IS200EPSMG2A will be converted to the power supply most suitable for use with the module.

For the best manual for installing and powering the IS200EPSMG2A, see the GEH-6632 EX2100 Excitation Control User Guide or the GEI-100462 manual specifically for the IS200EPSMG module. Given that this IS200EPSMG2A device belongs to the now largely obsolete old GE product family in the EX2100, it is not surprising to find that this IS200EPSMG2A product is not surrounded by a large amount of original relevant online instruction manual material. Therefore, the IS200EPSMG2A functional product number begins with the dual-function IS200 Series label, which is responsible for assigning the normal EX2100 series assembly version of the IS200EPSMG2A device and its domestic original manufacturing location. This initial dual-function IS200EPSMG2A product number section is followed by the EPSM Functional Product acronym, which was created to exist as a convenient shorthand alternative to the lengthy IS200EPSMG2A product number itself. This is also followed in the IS200EPSMG2A functional product number; The normal PCB protective coating style for this IS200EPSMG2A product and its Group 2 EX2100 series product group are delegated through another example of a dual-function named segment in the G2 series group label. The last tail A digit on the IS200EPSMG2A Feature product number indicates the Class A feature product version of the IS200EPSMG2A device.

Frequently Asked questions about IS200EPSMG2A
What is the power feed to the IS200EPSMG2A board?

The power supply fed to the IS200EPSMG2A board is 125 VDC of the EPDM model.
Is there a difference between IS200EPSMG2A and IS200EPSMG1A models?

According to the GEH-6632 EX2100 Excitation Control User Guide, there is no difference between the IS200EPSMG2A and IS200EPSMG1A models.
What is the location of the IS200EPSMG2A model?

The IS200EPSMG2A model is located in the power module under the control rack in the control cabinet.

2025-01-02 BY jonson

IN Industry trends

IS200EISBH1AAC|The Exciter ISBus board is a control system for GE’s Mark VI turbine

The IS200EISBH1AAC is a GE Mark VI board. The board is commonly used as an Exciter ISbus board in EX2100 excitation modules. The committee is responsible for managing fiber optic communications within its cabinets. The Mark VI family of turbine control systems to which this IS200EISBH1AAC Driver ISBus Board printed circuit Board product belongs must be described as a fairly significant functional improvement over the previously considered industry standard Mark V family of turbine control systems with similar full extended series titles. Because the Mark VI series adds an alternative energy-focused wind turbine control and management system to gas and steam turbines, the application builds the environment using the Mark VI Series volume bar of this IS200EISBH1AAC Exciter ISBus Board device. The Mark VI series of this IS200EISBH1AAC Exciter ISBus Board product still has a separate appeal, however, given that it is one of the final GE Mark product families to be released, The patented Speedtronic control system technology is integrated into its many different products.

Hardware tips and specifications

The IS200EISBH1AAC features a front panel that includes two fixed pins that lock the board into place once installed in the rack system. These are marked with the board ID number and the General Electric logo. In between these, the board has an opening for accessing the reset switch (which is actually located on the surface of the board) and several fiber optic connectors. Fiber optic connectors are marked with Gen Field voltage and current, Exciter voltage and current, and Ground Detect In and Out. The panel is attached to the circuit board using screws. The circuit board is marked with multiple codes and barcodes. It drilled factory holes along its edges in several places. The board is also marked with the GE logo. Components are marked with reference labels. The board has more than 20 integrated circuits. It has inductors, resistors, capacitors, several transistors and diodes, and the aforementioned reset switch. The board also has two small transformers and a backplane connector for the input and output of the fiber feedback signal.
GE IS200EISBH1AAA: Fiber Optic Exciter ISBus Board for Advanced Turbine Control

In light of a series of repeated copyright infringements against Mark VI series materials over the years following the introduction of the original GE product line, This IS200EISBH1AAC Exciter ISBus Board printed circuit board product offered by GE is actually not well contextualized in any of the existing Mark VI Series online instructional manual materials. Given that, in this case, IS200EISBH1AAC Exciter ISBus Board Features The product number itself serves as a good original source of information about Exciter ISBus Board hardware components and component specifications because it names blocks for many related items through a series of continuous features IS200EISBH1AAC Exciter ISBus Board Details are encoded. First, the IS200EISBH1AAC Exciter ISBus Board product number is started by including dual function IS200 series blocks, The block commissioned the IS200EISBH1AAC Exciter ISBus Board product with normal Mark VI series components and their original GE manufacturing locations in the country. Some other IS200EISBH1AAC Exciter ISBus board details indicated in this way include:

EISB Functional Products Acronym
Conformal PCB coating
The first group of Mark VI series groups
Three fold revision table

2025-01-02 BY jonson

IN Industry trends

IS200EGPAG1BEC|The driver gate pulse amplifier board is used to connect the controller to the power bridge in the control system

The gate pulse amplifier board number IS200EGPAG1B is located in the power conversion cabinet and can be connected to the power conversion module. This module is one of the boards labeled under the bridge and protection board/module, and although the board can operate independently, it usually requires power from one of the EPDM modules.

The IS200EGPAG1B board receives feedback from two thermal switches mounted on the SCR radiator. These switches trigger and open at the alarm and trip levels and are directly connected to IS200EGPAG1B. The temperature that the switch must reach before triggering is the trip level of 190°F and the alarm level of 170°F. If only one switch is turned on, the switch can be turned on individually or together, then an overtemperature alarm about the bridge occurs, if both switches are turned on, it indicates that tripping and failure have occurred.

The IS200EGPAG1B board has five jumpers that allow the user to select the desired application-specific configuration and easily adjust the jumper configuration before installation.
GE IS200EGPAG1BEC: Advanced Exciter Gate Pulse Amplifier for Industrial Control Systems

FAQ about IS200EGPAG1B
What does AX Control offer in relation to the IS200EGPAG1B gate pulse amplifier board?

AX Control will buy, sell, or repair IS200EGPAG1B boards, and there is usually excess stock on the shelf for quotation. The IS200EGPAG1B Gate Pulse Amplifier Board is sold and repaired with a 3-year warranty. Please contact our sales team by phone or email for a quick quote.
Are the LED indicators on IS200EGPAG1A and IS200EGPAG1B the same?

Yes, we do! The leds on the IS200EGPAG1B board are also used to indicate the current status entering the bridge, line filters, gate power supplies, output triggers, bridge temperature, alarm/fault conditions, and cooling fan rotation.
In the EX2100 series, there are many different types of printed circuit boards. Which category does the IS200EGPAG1B model belong to?

Model IS200EGPAG1B is a bridge and protection board/module for printed circuit boards.
Is there any difference between IS200EGPAG1A and IS200EGPAG1B?

2025-01-02 BY jonson

IN Industry trends

IS200ECTBG1ADE|The contact terminal board is for General Electric’s Mark VI turbine control system family

The IS200ECTBG1ADE is designed for use with exciter contact terminal cards in the Mark VI Speedtronic series. It was one of the final systems released by GE under the name Speedtronic for managing steam and gas industrial systems. The IS200ECTBG1ADE Exciter Contact Terminal Board device belongs to the Mark VI family of turbine control Systems and, as you would expect from its full extended product family title alone, A specific set of possible functional applications exist in control systems and management systems for popular and GE compatible gases, steam and wind turbine automation drive components. This must be considered a fairly significant functional advancement over the previous industry-standard Mark V turbine control system family, almost a complete extension of the product family title, as the Mark VI family had already realized the possible functional product environment of alternative energy based wind turbines in the earlier Mark V releases. This IS200ECTBG1ADE Exciter contact terminal board is covered by warranty when purchased here.

Hardware tips and specifications

The Mark VI is a flexible system that can be used for a variety of applications and can be designed in Simplex or TMR (Triple Modular Redundancy) form to meet the needs of both large and small systems. The MKVI is the third Speedtronic system to offer TMR control. ECTB terminal cards are available in two basic configurations. IS200ECTBG1ADE is only used in redundant systems. If you are running a Simplex system, see our ECTBG2 board. The IS200ECTBG1ADE has 6 auxiliary contact inputs. These are powered by an M1/M2 supply. The board also has four additional general-purpose (Form-C) relay outputs. The Form C output is controlled by a nearby connected EMIO board. The IS200ECTBG1ADE also has two trigger contact outputs to drive customer lock-in. The IS200ECTBG1ADE has two terminal rows along one edge. Two 3-position plugs are located on the board surface. In addition, the board has three D-shaped housing connectors for connecting cables along one long side. The board is formed (notched) along two long sides. Ge’s IS200ECTBG1ADE Exciter Contact Terminal Board printed circuit board product is not actually an original production device for its specific Mark VI series functionality; This would be three times the revision total for IS200ECTBG1 parent Exciter Contact Terminal Board not using this IS200ECTBG1ADE Exciter Contact Terminal Board.
GE IS200ECTBG1ABB: Reliable Excitation Contact Terminal Board for Industrial Control Systems

This IS200ECTBG1ADE Shaker Contact Terminal board product does not have a lot of original printed guidance manual information online for the IS200ECTBG1ADE Shaker Contact Terminal Board personalized product page surrounded by research purposes. This means that the IS200ECTBG1ADE Shaker Contact Terminal Board Function Product number itself can be used as another excellent source of information for the IS200ECTBG1ADE Contact terminal board hardware components and component specifications. IS200ECTBG1ADE Exciter Contact Terminal Board Function Product number code names elements by their feature series continuous function, Used for many related IS200ECTBG1ADE Exciter Contact Terminal Board hardware quality. For example, the IS200ECTBG1ADE Exciter Contact Terminal Board product number here begins with an iteration of the dual-function IS200 series label, Indirectly responsible for commissioning the normal Mark VI series assembly version of the IS200ECTBG1ADE Exciter Contact Terminal Board product to its original GE manufacturing location in the country. Some other relevant hardware features revealed through this medium include the IS200ECTBG1ADE Exciter Contact Terminal Board:

ECTB Functional Product acronym
Common PCB coating style
The first group of Mark VI series groups
Triple the revised total

GE IS200DSPXH1DBC Digital Signal Processor Control Board for Industrial Automation

2025-01-02 BY jonson

IN Industry trends

IS200DSPXH1DBC|The digital signal processor board is for General Electric’s Mark VI turbine control system

In general, its functional industrial acronym, DSPX, is easier to identify; The IS200DSPXH1DBC is a circuit board component used in the GE Industrial Systems EX2100 series of large components for excitation control. The DSPX acronym can be described as a functional acronym because it exists to describe the intended use of the component. In this case, the IS200DSPXH1DBC is used as a digital signal processor control board. Since there are many different versions of the DSPX board available, make sure you order the correct board version for your system. The Mark VI family of turbine control systems to which this IS200DSPXH1DBC digital signal processor board device belongs must be considered an important functional upgrade of the Mark V series, as it has a range of possible applications in the control and management of automation components of wind turbines with an alternative energy focus. Added gas and steam turbine setups built using the Mark V.

Hardware tips and specifications

The IS200DSPXH1DBC includes a 60 MHz digital signal processor, an application-specific integrated circuit (ASIC), and standard memory components. The ASIC provides custom logic capabilities and is connected to two leds embedded in the front panel connected to the circuit board. These leds (one red and one green) help alert the board to failure and are labeled “status” and “fault,” respectively. The IS200DSPXH1DBC has multiple I/O connectors. This includes a backplane connector (P1) and a vertical pin connector (P7) located near the front of the board. In addition, two connectors are installed on the panel of the board, manufactured by trusted retailer ERNI. They are used as engineering monitor ports (P6) and DSP emulator ports (P5). Before installing this digital signal processor control board, be sure to verify that the dimensions of this printed circuit board match the dimensions of its mounting bracket or assembly area. The actual printed circuit board of this particular GE Industrial Systems model is about 8.5 inches long and 5 inches wide. While this is true, the outer plate of this control board (labeled 259B2431FBG08 by the manufacturer) does increase the width of the PCB; Make the total width gap of the product more than 7 inches or so. The above panel also greatly increases the general thickness of the IS200DSPXH1DBC, growing the total thickness to about an inch. This is an electrostatic sensitive device and should always be used with extreme care during installation and storage.
GE IS200DSPXH1DBC Digital Signal Processor Control Board for Industrial Automation

While the hardware specifications and dimensions of the DSPX remain relevant, especially for installation purposes, it may be important to consider some of the processing power present in this particular model of GE Industrial Systems PCB. The product, DSPX, is powered by a high-speed 60Mhz circuit chip designed for digital signal processing. This chip is powerful; Provides 248 kB static high-speed RAM and 512 kB flash BIOS. The IS200DSPXH1DBC works when it is paired with a GE Industrial Systems ACLA controller. For more information on the proper installation or handling of the IS200DSPXH1DBC, please refer to the data sheets, manuals, or user guides provided by GE Industrial Systems. Some of these are available online through the “Manuals” TAB above. For convenience, a useful part number breakdown guide for IS200 models is also attached above in the “Manuals” TAB.

Frequently Asked Questions about IS200DSPXH1DBC
How many capacitors are there on the surface of the IS200DSPXH1DBC PCB?

This IS200DSPXH1DBC model from General Electric has a total of 42 capacitors for charge storage, all marked “C” on the PCB surface.
What are the port labels for the two connected ports of the IS200DSPXH1DBC?

The printed circuit board has two ports, labeled “EMUL” and “HS serial port.” These port labels refer to DSP emulator and engineering monitor ports, respectively.
Is there an LED indicator on the front of the IS200DSPXH1DBC board?

While the IS200DSPXH1DBC’s substrate itself does not have a visible LED indicator, the outer board of the printed circuit board does have two leds, labeled “Status” and “Fault.”

2025-01-02 BY jonson

IN Industry trends

IS200BPVCG1BR1|Backplane ASM interface board

The IS200BPVCG1BR1 is a PCB component used in GE’s Mark VI series. The Mark VI series is one of the later Speedtronic systems. GE has spent more than three decades researching and developing Speedtronic systems to create a reliable, scalable, and complete solution for the management of heavy-duty steam and gas turbine systems. The larger Mark VI turbine control system family of the IS200BPVCG1BR1 product, as it is known today, has a set of possible functional applications in the control and management systems of GE compatible gas, steam and wind turbine automatic drive components. This must be considered a significant feature upgrade over the previously existing Mark V Series with a similar full extended series name, as the established gas – and steam-based feature applications of the Mark V series are added by alternative energy focused wind turbine applications in the upcoming Mark VI series.

Hardware tips and specifications

Mark VI uses the latest technology and integrated proprietary software to create optimal wind turbine management systems. This includes a PC-based HMI (Operator interface) that runs software such as GE’s CIMPLICITY Graphics. The IS200BPVCG1BR1 is a backplane designed to accommodate rack systems that accept and support multiple boards. The back half of the board is equipped with 21 female backplane connectors. When placed in a rack system, this section of the board will be surrounded by high walls that will support and lock the connecting plates. Another part of the board, containing the input/output connectors, is designed to be exposed outside the rack system. This allows the operator to easily connect the ribbon connector and its cables to the circuit board. There are 39 I/O connectors that allow data transfer to and from the circuit board connected to the backplane. The IS200BPVCG1BR1 also includes 14 plug-in connectors and 6 resistor network arrays. There are another 30 components on the bottom of the board. These are labeled L1 through L30. The board is marked with the manufacturer’s logo and board number.
GE IS200BPVCG1BR1: Advanced Backplane Assembly Board for Speedtronic Systems

Your order will be carefully packed by our warehouse team for delivery to your location. This will include the use of materials to protect the board from electrostatic discharge, such as anti-static bags or sleeves. Unfortunately, GE’s IS200BPVCG1BR1 PCB product isn’t surrounded by a lot of original, relevant instruction manual material online. This can largely be attributed to the Mark VI series’ status on the Internet as a frequently infringed product line. In this case, the IS200BPVCG1BR1 function product number developed by the Mark VI series can be introduced as the original source of IS200BPVCG1BR1 Board hardware component and component specification information, as it encodes these individual details through a series of continuous function naming components. For example, the IS200BPVCG1BR1 product number begins with an iteration of the dual-function IS200 series label, delegating the normal Mark VI series assembly version of the IS200BPVCG1BR1 product over its more standard GE original manufacturing location. Some other IS200BPVCG1BR1 details revealed through the IS200BPVCG1BR1 product number include:

BPVC Functional Products acronym
The first group of Mark VI series groups
Common PCB coating style
Double revision history