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GE IS200VCMIH2BEE: Advanced VME Communication Interface Board
2025-01-24 BY
IN Industry trends

IS200VCMIH2BEE|Printed circuit boards manufactured by GE

The IS200VCMIH2BEE was designed by General Electric as part of its Speedtronic Mark VI control system for industrial gas and steam turbines.

This version of the Speedtronic system is commonly used in processing plants and power generation applications to control turbine speed during start-up, synchronize generators, provide turbine load control, and prevent load loss and turbine overspeed situations.

The IS200VCMIH2BEE is part of the Unit Data Highway (UDH). It is used as the main communication controller board. Data is read and transmitted to other boards via Fiber Optic Ethernet (IONet).

VCMI boards can be designed for simplex or TMR (Triple modular redundancy) applications. The Simplex board has one IONet port, while the TMR board will have three. The IS200VCMIH2BEE board is a TMR board.
GE IS200VCMIH2BEE: Advanced VME Communication Interface Board

IS200VCMIH2BEE uses SIFT voting (software-implemented fault tolerance). The data is broadcast to all remote racks in one packet. The VCMI boards in these remote locations extract the corresponding packet data.

The IS200VCMIH2BEE is dual panel. The back of the circuit board is mainly equipped with resistors and capacitors. The front of the board is more complex and includes connector ports (including two backplanes), inductors/chokes, tp test points, and integrated circuits. The connected front panel has three IONet ports and a public serial port. It has a reset button, two setting screws, and four sets of LED indicators (one set of three, one set of six, one set of eight, and another set of three). The panel is also marked with the company logo and board number.

GE IS200TREGH1BDC: High-Performance Termination Board for Mark VI Systems
2025-01-24 BY
IN Industry trends

IS200TREGH1BDC|It is a gas turbine system card

The IS200TREGH1BDC is an emergency trip terminal board manufactured by General Electric and belongs to the VIe family for gas turbine control systems.

It includes two voltage transformers (PTS) for bus and generator voltage inputs, and conditional speed signal inputs for I/O packets. In addition, it has twelve relays, each with a silver metal wire at the top.
GE IS200TREGH1BDC: High-Performance Termination Board for Mark VI Systems

The relays are white and black, six in each row, a total of two rows. The terminal board also has a DC-37 pin connector to connect a cable to the terminal board to serve as a backup trip relay.

In Mark VIe or Mark VleS control systems, backup protection is formed by SPRO and PPRO/YPRO by wiring to the relay board. PTUR or YTUR, TTUR, and main trip relay terminal boards provide primary protection.

When installed, it is carried on a metal plate carrier mounted on a DIN rail, or it can be mounted on a metal plate assembly bolted to the panel.

GE VVIB H1C IS200VVIBH1CAC: High-Performance Printed Circuit Board for Industrial Control Systems
2025-01-24 BY
IN Industry trends

IS200VVIBH1CAC|The VME monitor board is a General Electric Mark VI turbine control system

The IS200VVIBH1CAC is a GE printed circuit board manufactured for the Mark VI system. Mark VI is one of several gas turbine and steam turbine management systems released by GE under the name “Speedtronic”. The fact that the Mark VI turbine control system family of this IS200VVIBH1CAC VME Monitor Board product exists as one of the final GE Speedtronic family developed significantly increases its overall market appeal. This IS200VVIBH1CAC VME printed circuit board product offers the Mark VI series, which, as you may know by its full extended product family name itself, has a specific set of possible functional applications in product environments based on gas turbines, steam turbines and wind turbines; This is a significant improvement over the previous industry-standard state of the Mark V Series, as the expected range of gas turbine and steam turbine-based functional applications of the Mark V Series is extended by the addition of the wind turbine functional applications added to the Mark VI Series.
GE VVIB H1C IS200VVIBH1CAC: High-Performance Printed Circuit Board for Industrial Control Systems

Hardware tips and specifications

The IS200VVIBH1CAC is used as a vibration monitoring board. The PCB processes vibration probe signals from DVIB or TVIB terminal boards. These probes are connected directly to the terminal plate. Up to 14 probes can be connected to one board. This IS200VVIBH1CAC VME monitor board PCB is not actually an original development of its specific GE logo product family functionality, as it must in fact be considered as an IS200VVIBH1 parent VME monitor board. In particular, any of the overall significant product revisions of the IS200VVIBH1CAC VME Monitor Board products are not used. As you might have guessed from its basic GE formula product description, this IS200VVIBH1CAC VME monitor board device was developed specifically for VME rack mounting, This is further demonstrated by the presence of metal mounting panels on the side of the base PCB of the IS200VVIBH1CAC VME monitoring board product. The base printed circuit board of this IS200VVIBH1CAC VME monitoring board device provides at least some protection through its form-preserving thin chemical application PCB protection coating. The IS200VVIBH1CAC digitizes these signals and sends them to the controller via the VME bus. The vibration probe is used for four protection functions, including:

Vibration
Rotor eccentricity
Differential extension
Rotor axial position
The terminal board connected to the IS200VVIBH1CAC supports Seismic, Proximitor, Velomitor, and Accelerometer probes provided by Bently Nevada. In Simplex or TMR mode, the probes are powered by the IS200VVIBH1CAC board. The IS200VVIBH1CAC includes a panel with three LED indicators. These are labeled fail, status, and run. The panel is attached to the PCB surface using three screws. The board has two backplane connectors labeled P1 and P2. The board has four additional connectors. The board has several rows of inductors/beads located directly behind and parallel to the P2 backplane, labeled L1 through L55. The board also has a variety of diodes, capacitors and resistors.

GE IS200JPDHG1A: Advanced Power Distribution System for Industrial Controls
2025-01-24 BY
IN Company News

IS200JPDHG1A|GE Mark VI Printed circuit board

The IS200JPDHG1A is a PCB component created by General Electric as part of the Mark VI system. The Mark VI was released by GE as part of its Speedtronic line for gas turbine and steam turbine management, which began with the release of the Mark I in the 1960s. The Mark VI is typically powered by a 125Vdc battery system. However, it can be powered from a 120/240VAC supply, using a power converter with an isolation transformer to rectifying the power to 125Vdc. For gas turbines, the ignition transformer requires a separate power supply with short circuit protection of 20A or less.
GE IS200JPDHG1A: Advanced Power Distribution System for Industrial Controls

The IS200JPDHG1A is a high density power distribution card. The board provides a separate protected control power supply for each I/O packet. Multiple IS200JPDHG1A boards can be Daisy chained together using J1 and J1X connectors; However, when doing so, the input current cannot exceed the rating of the first JPDH J1 plug. The IS200JPDHG1A can be used in a number of hazardous locations, including Class 1 Zone 2, Class 1 Zone 2, and ATEX. The user must follow the wiring and maintenance requirements of UL/ATEX HazLoc.

The IS200JPDHG1A has 24 varistors divided into 3 rows of 8 each. It has 24 2-position plugs arranged in three rows of 8 each (JR1-JR8, JS1-JS8, JT1-JT8). The board also has three additional 2-position plugs, labeled JR5, JS5, and JT5. It has two 6-digit plugs labeled J1 and J1X. For more information about the board and its components, see the GE publication GEI-100861.

GE IS200EPSMG1ADC - Advanced Exciter Power Supply Module
2025-01-24 BY
IN Industry trends

IS200EPSMG1ABB|The Exciter power module is the GE Mark VI turbine control system

The IS200EPSMG1ABB is a driver power module manufactured by GE for its Mark VI series. The MKVI is part of the Speedtronic family of gas/steam turbine management systems that GE has been producing since the release of the MKI in 1969. As described in the brief function IS200EPSMG1ABB product description above, this specific IS200EPSMG1ABB printed circuit board exists in the control and management systems of GE compatible gas, steam and wind turbine automatic drive components with a specific range of possible functional applications. This must be defined as a rather significant functional upgrade to the Mark V turbine control system family, more or less identical to the exact same full extended series title, Because the Mark VI series adds alternative energy guided wind turbines to gas turbine and steam turbine based applications, possible applications have been seen in the previous version of the industry-standard Mark V turbine control system series. The IS200EPSMG1ABB product’s Mark VI turbine control system family is also popular in more relevant markets, as it is one of the final Mark product families developed to take advantage of Speedtronic’s patented control system technology.

Hardware tips and specifications

The MKVI includes a PC-based operating interface (HMI) that communicates with the main processor card in the control module via an Ethernet connection. The operator interface allows all analog and digital data, including time tags for events and alerts, to be viewed from one location. The function of the IS200EPSMG1ABB is to convert the EPDM’s 125 VDC into the voltage required for the control system. This includes +5 VDC, +/-15 VDC, and +24 VDC. The front panel of the IS200EPSMG1ABB includes 7 LED lights. These lights are labeled P5, P15, N15, P24A, P24B, N24B, and P70. The front panel also includes the GE logo and board identification number. The IS200EPSMG1ABB is built from several large components. This includes a transformer in the frame and a large inductor labeled Bicron B9309 0912. There is also another smaller inductor (L2). The board has five transistors with heat sinks. These components are located directly behind the front panel. Four additional radiator elements are also installed on the surface of the board. The IS200EPSMG1ABB uses both high-voltage and axial electrolytic capacitors. A single disk capacitor is located in the top right corner of the board. Other capacitors are also located on the circuit board.
GE IS200EPSMG1ADC - Advanced Exciter Power Supply Module

The plate uses a metal film and carbon composite resistor. Nine fuses are located on the board surface. Most of these are located in the upper left quadrant, but fuse 7 is located on the right side of the board. The board also includes multiple integrated circuits, TP test points, and two backplane connectors. Any resistors, capacitors, fuses, transistors or diodes in the normal Mark VI turbine control system family components of this IS200EPSMG1ABB device are actually treated as standardized Mark VI Part of the standardized voltage regulation strategy for the turbine control system family is the IS200EPSMG1ABB. The IS200EPSMG1ABB printed circuit Board product IS200EPSMG1ABB Functional Product number itself encodes many related IS200EPSMG1ABB printed circuit board details through a characteristic set of continuous functional naming elements. For example, the IS200EPSMG1ABB product number begins with a dual-function IS200 series label that delegates the normal Mark VI series component of the IS200EPSMG1ABB PCB and its original GE manufactured domestic location. Some other IS200EPSMG1ABB details indicated in this way include:

EPSM Functional Products Acronym
The first group of Mark VI series groups
Common PCB coating style
Triple discount product revision form

GE IS200JPDSG1A: Advanced Power Distribution Card for Industrial Control Systems
2025-01-24 BY
IN Company News

IS200JPDLG1A|Mark VI printed circuit board

The IS200JPDLG1A is a GE component created for the Mark VI system. The Mark VI was one of GE’s last management systems for gas and steam turbines, released as part of the Speedtronic family. This series of turbine management systems has been researched, developed and successfully released by GE for three decades. The Mark VI included some of the best parts of these early systems (such as triple redundancy control) and at the time of its release had technological advances such as Ethernet communication capabilities and a Windows platform PC used as an HMI (operator interface).
GE IS200JPDSG1A: Advanced Power Distribution Card for Industrial Control Systems

The IS200JPDLG1A is a switchboard. JPDL boards are sometimes referred to as “Skinny” boards because of their size. The IS200JPDLG1A provides DC distribution between the control power supply (usually a JPDS or JPDP board) and multiple I/O packages. The IS200JPDLG1A boards can be Daisy chained together. The board is used to provide organized control power separation by providing isolated distribution circuits for the TMR system.

The IS200JPDLG1A has six varistors mounted on the board, alternating with six I/O connectors. These connectors are Mate-n-Lock connectors, labeled JR1/JR2, JS1/JS2, and JT1/JT2. At both ends of the board, there are two larger 5-pin Mate-N-Lock connectors. The JL1 connector is the input and JL2 is the output. The input power supply is usually 28 VDC.

GE IS200JPDMG1ADC: New in Box, Precision Power Distribution Board
2025-01-24 BY
IN Company News

IS200JPDMG1A|The switchboard is a control system for GE’s Mark VI turbine

The IS200JPDMG1A is a PCB component manufactured by General Electric for use in Mark VI systems. The Mark VI is part of the Speedtronic gas turbine and steam turbine management series, which has been in use for decades. The MKVI is one of the most advanced products in the family and includes features such as Ethernet communication, triple redundant control configuration within the control module and an HMI operator interface, all built around a PC running on the Windows platform. The Mark VI family to which the IS200JPDMG1A switchboard PCB product belongs must be described as a very unique feature upgrade to the previously established Mark V family of turbine control systems with the same full extended family name. This particular product family avoids possible applications for alternative energy wind turbines introduced in the upcoming Mark VI series. The Mark VI series of this IS200JPDMG1A switchboard product has a separate appeal in its general promotional market, as it is one of the final Mark product families developed by GE to use the patented Speedtronic control system technology in different options.

Hardware tips and specifications

The IS200JPDMG1A is a switchboard, as revealed by its industry nickname JPDM. The board consists of two 50-pin connectors (P1/P2.) and 12 fuses distributed in three rows. The board has a DC62 female connector (JA1) that can be used in combination with PPDA I/O packages. The IS200JPDMG1A board has two terminals, which are placed on opposite sides of the PCB. These terminals provide access to three separate power buses. The maximum input for each screw located on the terminal is 35 amps. The IS200JPDMG1A has a total of 13 plugs, including 3 9-bit plugs, 7 2-bit plugs and 3 6-bit plugs. The board also includes:

Four varistors
Three inductors
transistor
Various resistors
And numerous capacitors
GE IS200JPDMG1ADC: New in Box, Precision Power Distribution Board
The IS200JPDMG1A is mounted using DIN rail. In terms of mounting size, the switchboard is relatively small at 6.5 inches x 7 inches. The GE publication GEI-100613 will provide more information on the specification, diagnosis, operation, and installation of JPDM boards. Technical support for the IS200JPDMG1A is provided by General Electric. Our team will be happy to provide a shipping quote for your order according to your requirements. AX Control can ship to any part of the world that is not currently affected by the US embargo. This IS200JPDMG1A switchboard product does further benefit from its GE original manufacturing, as it has the IS200JPDMG1A switchboard feature product number, which is specially designed, Used to describe a number of key IS200JPDMG1A switchboard hardware components and component elements through a series of stacked functional naming elements. For example, the IS200JPDMG1A functional product number here begins with an example of a dual-function IS200 series label that specifies the normal Mark VI series components of that IS200JPDMG1A product, located above its more standard domestic GE manufacturing location.

GE-FANUC IC693MDL753LT Output Module
2025-01-09 BY
IN Industry trends

IC693MDL753H|90-30 series positive logic discrete output module

Brand GE Fanuc
Series Series 90-30
Manufacturer GE Fanuc; Emerson Automation (Current) Emerson Automation (current)
Series Series 90-30
Part number IC693MDL753
Product description Discrete output module
Product description Discrete output module
Product Type Digital I/O
Number of channels 32 (32)
Nooooo. Number of output groups four (4)
Compatibility GE Fanuc 90-30 Programmable controllers
Nooooo. Group number four (4)
Number of channels per group 8 (8)
GE-FANUC IC693MDL753LT Output Module

The IC693MDL753 is a digital output module of the 90-30 series Programmable Logic Controller (PLC) series. The module has thirty-two (32) positive logic output channels that produce an output voltage range of 102-28.8 with a nominal voltage of 12-24 VDC. The IC693MDL753 was previously manufactured by GE Fanuc Automation and has now been acquired by Emerson Automation. The module specifically comes with output groupings, four (4) groups of eight (8) outputs each. Each output group has 250 V and 100 V isolation or optical isolation between the field side and the logical side. The IC693MDL753 has an output current rating of 0.5 amps per point, with a maximum of 4 amps per group and 3 amps per group of common pins. It produces a surge current of 5.4 amps for 10 ms, while the on-voltage drops to 0.3 VDC. The Off state leakage current is 0.1 mA, while the On and Off response times, typical for both signal transitions, are 0.5 ms. The IC693MDL753 has an internal power consumption of 260 mA from the 5-VDC backplane. The IC693MDL753 is compatible as both local and distributed I/O modules. It can be installed in any available slot in the chassis, except for specified CPU, communication adapter, and dedicated module slots. The IC693MDL753 occupies one slot and can be installed as many times as needed, limited by the host controller’s I/O capacity and memory. To connect electrical loads to this discrete output module, the IC693CBL315 recommended manufacturer’s cable assembly.

The IC693MDL753 I/O module is a 32-point digital I/O module. The IC693MDL753 I/O module was developed by GE Fanuc for the 90-30 series of GE programmable logic controllers or PLCS. When using the 5-volt DC voltage supplied by the PLC backplane, the module has a peak current consumption rating of 260 mA. When each output point is ON, it consumes 16 mA of current, and the LED indicator at each output point consumes 4.7 mA of current. The 32 points were divided into 4 groups with 8 outputs per group. When operating at 24 volts DC, each set of points consumes 16.5 milliamps of current when all eight outputs in the group are ON. When operating at 12 volts DC, each group consumes 9.6 mah of current when all eight outputs in the group are on. The inrush current of the IC693MDL753 I/O module is 5.4 amps. Both the on-response time and off-response time have a maximum value of 0.5 ms. The maximum output current of each point is 0.5 amps, and the maximum output current of each group is 4 amps. The output voltage range of the IC693MDL753 I/O module is 10.2 to 28.8 volts DC. The output on the module is positive logic output. The output switches the load of the positive terminal of the power supply and provides current to the load. Each set of output points can be used for different loads. The optocoupler provides isolation between the logical side and the field side of the IC693MDL753 I/O module. When the PLC’s CPU stops, all module outputs are forced into the OFF state. The output circuit is connected via two 24-pin male connectors on the front of the module.

GE IC693MDL730: Advanced Output Module for Industrial Control Systems
2025-01-09 BY
IN Industry trends

IC693MDL730|12/24 VDC positive logic output module

Brand GE Fanuc
Series Series 90-30
Manufacturer GE Fanuc
Part number IC693MDL730
Series Series 90-30
The life cycle status is positive
Part number IC693MDL730
Power Supply Type DC
Product description Discrete output module
Output power voltage 12 to 24 VDC
Number of channels eight (8), single group
GE IC693MDL730: Advanced Output Module for Industrial Control Systems

The IC693MDL730 is a positive logic output module in the GE Fanuc 90-30 series Programmable Logic controller (PLC) product family, now part of Emerson Automation. The module has eight (8) discrete output channels in a single set, providing an output voltage range of 12-24 VDC with a ripple of +20%, -15%. Each channel provides an output current of 2 amps per point; 60 amps per fuse at 2 ° C; 50 amps per fuse at 4 degrees Celsius. The IC693MDL730 has a 1500 V isolation between the magnetic field side and the logical side. The output channel has a surge current rating of 9.4 amps for 10 milliseconds; The maximum output voltage drop is 12 volts; The maximum off state leakage current is 1 mA, and the typical on and off response time for each transition is 2ms. The module occupies a single slot on a 90-30 backplane and is compatible with any I/O slot on a 90-30 series five (5) or ten (10) backplane. When all outputs are energized, its current consumption is 55 mA, coming from the 5 VDC bus on the backplane. The IC693MDL730 is compatible with a wide range of electrical loads, especially motor starters, solenids and indicators. An external power supply must be connected to the module to provide operating power. The status LED indicator is installed on the front panel of the module and includes a fuse indicator, a module failure indicator, and eight (8) channel indicators assigned to each output channel that describe the operating status of each output point. The module comes with a removable terminal board to simplify maintenance.

The IC693MDL730 PLC module has a 12 to 24 volt DC voltage rating with positive logic and 2 amp output current. The component has a DC power supply and comes with 8 points. The device has a load current of 2 amps per point, while response times are rated at 2 ms ON and 2 ms OFF. The output type is transistor output, and the module has positive polarity. The connector type is the terminal box with 20 screws that comes with the module.

GE FANUC IC693DNM200 - DeviceNet Master Module for Industrial Automation
2025-01-09 BY
IN Industry trends

IC693DNM200|A single slot DeviceNet master module

Brand GE Fanuc
Series Series 90-30
Manufacturer GE Fanuc
Part number IC693DNM200
Product Description DeviceNet master station module
Compatibility 90-30 series, PACSystems RX3i
Communication port one (1) DeviceNet terminal; One (1) service port
Supported network DeviceNet device network
Communication speed 125K, 250K and 500K
Data rates of 125K, 250K and 500K baud are supported
Module Position Any slot in Series 90-30 other than slots 0 and 1
Rated voltage 12 to 24 volts DC, positive logic
GE FANUC IC693DNM200 - DeviceNet Master Module for Industrial Automation

IC693DNM200 is the DeviceNet master module. The module is a single-slot communication module that is part of the 90-30 series Programmable Logic Controller (PLC) platform formerly manufactured by GE Fanuc and now owned by Emerson Automation. The module is equipped with a DeviceNet terminal. It also has one (1) RS232 9-pin D-case female port used as a module service port. The IC693DNM200 supports all data rates of the DeviceNet protocol, especially 125K, 250K and 500K transfer rates. Each slave master can transmit up to 255 bytes of input data and 255 bytes of output data, and up to 3972 bytes of input data and 3972 bytes of output data can be transmitted to this master module. In addition, a total of 126 I/O connections can be established using this module, as it is able to communicate with up to 63 slave devices, each of which can be assigned a maximum of two (2) I/O stations. The module supports and configurable data connections that are polling, stroboscopic, cyclic or COS. The DeviceNet master module also supports explicit messaging, unconnected message Manager (UCMM), and one (1) proxy connections per slave cell. In addition, the module can be run in dual mode, as both Master and Slave. Failure behavior can be configured, especially during communication loss, to provide an acceptable system response in the event of said errors. This module also comes with upgradeable firmware that allows module updates and bug fixes to be downloaded via the RS232 service port.

The IC693DNM200 module is a DeviceNet master station module designed and manufactured by GE Fanuc. The device is part of the 90-30 series and has various integrated functions for messaging and data transfer applications. Most of these functions are automatic, and the device works on a DeviceNet network that includes other devices and hosts. The IC693DNM200 module can be installed on the host of the 90-30 series or PACSystems RX3i systems, but is not suitable for remote or extended racks. The IC693DNM200 DeviceNet module has 32 output points and supports standard data rates of 125K, 250K and 500K baud. The outputs are arranged in groups of 4, each covering 8 points. The unit is rated at 12 to 24 volts DC (positive logic), and its backplane consumes 450 mA at 5 volts DC. The GE Series 90-30 DeviceNet IC693DNM200 module has an output current of 0.5 amps per point and a surge current of 5.4 amps for a duration of 10 milliseconds. For output currents, it should be noted that the limit output current for each group is 4 amps, while the output current for each group of common pins does not exceed 3 amps. In addition, the on-state voltage drop is 0.3 volts DC, while the on/off response time does not exceed 0.5 ms. The IC693DNM200 module is very reliable and can operate in a temperature range of 0 to 60 degrees Celsius (32 to 140 degrees Fahrenheit). In addition to this, the device has a specified storage temperature range of -40 to 85 degrees Celsius (-40 to 185 degrees Fahrenheit).

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