Call us 24/7+86 17359299796
My Header Store Notice
Call us 24/7+86 17359299796
en_US English ar العربية

Archives

Home / Articles posted by jonson (Page 52)
2025-01-08 BY
IN Industry trends

IS200JPDLG1A|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 IS200JPDMG1ADC: Advanced DC Power Distribution Module for Industrial 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. For more information, see GEI-100613.

GE IS200JPDMG1ADC: Advanced DC Power Distribution Module for Industrial Systems
2025-01-08 BY
IN Industry trends

IS200JPDMG1A|The switchboard is for General Electric’s Mark VI family of turbine control systems

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.
GE IS200JPDMG1ADC: Advanced DC Power Distribution Module for Industrial Systems
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
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.

MTL MTL8201-HI-IS: High-Performance 8-Channel Analog Input Module
2025-01-06 BY
IN Industry trends

8201-HI-IS|Channel 8 IS AI, 4-20mA with Hart

Part number: 8201-HI-IS

Product Type: 8-channel analog input | 4-20 mA with HART®

8 single-ended input channels

Intrinsically safe excitation circuit

Conventional 4-20 mA

HART through

HART variables and status reports

For 2-wire transmitters

Built-in power supply

Number of channels: 8

Nominal signal range (range) : 4 to 20 mA

Full signal range: 0.5 to 22 mA
MTL MTL8201-HI-IS: High-Performance 8-Channel Analog Input Module

Line fault detection: short circuit current – > 21.5mA, open circuit current – < 0.5mA

Voltage to transmitter @ 20mA: 15 V (min)

Accuracy (@25 °C) : ± 20 μA

Resolution: 16 bits

Temperature stability: (-40 °C to +70 °C) – ± 0.006% range per °C

Isolation: Any channel to the track bus – 60 V ac, between channels in the same module – none

Module key code: A1

Module width: 42 mm

Alert: High, high-high, low, low-low

Alarm dead zone (lag) : user-defined value

Input filter time constant: user-defined value

Input blind spots: user-defined values

Fail-safe driver: user-defined value

Channel status: Active/inactive

HART communication: Enabled/disabled

Weight: 260 g

Shipping weight: 1kg

WOODHEAD 8200-314 Digital Drive System Revolution
2025-01-06 BY
IN Industry trends

8200-1310|Turbine control Series

Woodward’s 8200-1300 provides digital control for steam turbines. It is one of several digital governors available in the 505 turbine control series. The unit uses a standard LVDC (18-32 VDC) power supply.

The device can be used in non-hazardous places. It is also available for Class I Zone 2 A/B/C/D group locations. The unit is usually fitted with stranded copper field wiring with a temperature rating of at least 75 degrees Celsius.

The 8200-1300 can control steam turbines with single or double shunt range actuators. It can be configured as part of a factory DCS (Distributed control System) or used as a stand-alone unit. It is designed with five PID controllers, including a speed/load PID controller, a cascade PID controller, and AUX1 and AUX2 PID controllers. The unit provides an operator control panel comprising a graphic control panel display and keyboard. The panel includes an emergency stop button, start, stop, esc, and home buttons, a numeric keypad and toggle up/down buttons, and an Enter key with up/down and left/right buttons. There are also four leds on the left side of the panel, including CPU health, IO lock, Summary Alarm, and Summary Trip.

Internally, the 8200-1300 includes a watchdog timer and a CPU failure circuit to monitor the operation of the microprocessor and its memory.

WOODHEAD 8200-314 Digital Drive System Revolution
2025-01-06 BY
IN Industry trends

8200-1302|Woodward 505D Series digital governor turbine

The 8200-1302 is one of several Woodward 505 digital governors that can be used to control steam turbines. The operator control panel acts as a graphical interface and keyboard, allowing the turbine to be adjusted and communicated. This can be configured via a Modbus communication port located on the device.

The 8200-1302 has multiple functions:

Automatic start sorting for hot and cold starts with temperature input option
Critical speed avoidance is realized in three speed bands
10 external alert inputs
10 external DI trip inputs
Trip indication and alarm events with relevant RTC timestamps
Two-speed and load dynamics
Peak speed indication of overspeed trip
Zero speed detection
Long range sag
Frequency dead zone
The unit also offers three normal operation modes, including configuration, operation and calibration modes.
WOODHEAD 8200-314 Digital Drive System Revolution

The device includes two redundant speed inputs and can accept a magnetic pickup device, eddy current probe, or eddy current probe. It has analog inputs (8) and can be configured for any of 27 functions. The device also has an additional 20 contact inputs. The first four of these contacts are used by default to shut down, raise speed setpoints, reset and lower speed setpoints. Other options can be configured as needed. In addition, the unit has two 4-20 mA control outputs and eight Type C relay contact outputs.

The front panel of the 8200-1302 includes an emergency trip key, a backspace/delete key, a shift key, as well as the view, Mode, ESC, and Home keys. It also has navigation cross keys, soft key commands, and four leds to correlate the state of the control and hardware.

WOODWARD 8200-188 DIGITAL VALVE POSITIONER - Precision Valve Control for Industrial Applications
2025-01-06 BY
IN Industry trends

8200-1300|Integrated graphical front panel HMI

Woodward’s 8200-1300 provides digital control for steam turbines. It is one of several digital governors available in the 505 turbine control series. The unit uses a standard LVDC (18-32 VDC) power supply.

The device can be used in non-hazardous places. It is also available for Class I Zone 2 A/B/C/D group locations. The unit is usually fitted with stranded copper field wiring with a temperature rating of at least 75 degrees Celsius.
WOODWARD 8200-188 DIGITAL VALVE POSITIONER - Precision Valve Control for Industrial Applications

The 8200-1300 can control steam turbines with single or double shunt range actuators. It can be configured as part of a factory DCS (Distributed control System) or used as a stand-alone unit. It is designed with five PID controllers, including a speed/load PID controller, a cascade PID controller, and AUX1 and AUX2 PID controllers. The unit provides an operator control panel comprising a graphic control panel display and keyboard. The panel includes an emergency stop button, start, stop, esc, and home buttons, a numeric keypad and toggle up/down buttons, and an Enter key with up/down and left/right buttons. There are also four leds on the left side of the panel, including CPU health, IO lock, Summary Alarm, and Summary Trip.

Internally, the 8200-1300 includes a watchdog timer and a CPU failure circuit to monitor the operation of the microprocessor and its memory.

For more information on the 8200-1300, see Woodward’s documentation.

WOODWARD 8200-188 DIGITAL VALVE POSITIONER - Precision Valve Control for Industrial Applications
2025-01-06 BY
IN Industry trends

8200-1203|Distributed I/O node Woodward

Woodward loop-powered LINKnet HT distributed I/O nodes are small Canopen-based modules designed for turbine control in harsh vibration and temperature environments.
Woodward control systems such as MicroNet Plus can easily program these nodes to collect I/O sensor data from remote locations. Woodward’s GAP Graphics application software provides automatic node initialization, RateGroup operations, and diagnostics when using these node controls:
Gas and steam turbines
Gas and diesel engines
Water turbine
Because LINKnet HT nodes can be skied with turbines or engines, typical installation and maintenance costs for cables, sensor cabling, and field troubleshooting can be significantly reduced.
WOODWARD 8200-188 DIGITAL VALVE POSITIONER - Precision Valve Control for Industrial Applications
Features:
Loop power supply
High temperature operating range – 40 °C to +100 °C
High vibration operation, suitable for skid-mounted vibration and shock levels
18 V to 36 V (DC) isolated input power supply with isolated CAN communication
Benefits:
Suitable for skid-mounted turbine and engine control Settings
Designed for high temperature and vibration operation
Designed for easy integration with Woodward controllers such as MicroNet Plus
Provides plug-and-play integration with Woodward GAP software and RateGroups
Easy upgrade path for older LINKnet distributed I/O nodes

GE IS200TBCIS2CCD Contact Input Termination Board for Mark VI
2024-12-27 BY
IN Industry trends

IS200TBCIS2CCD Contact input terminal board

The IS200TBCIS2C printed circuit board was originally manufactured by GE Industrial Systems for use in its Mark VI series turbine control systems and turbine control system components. This IS200TBCIS2C printed circuit board, or PCB for short, is more specifically defined as a contact input end board by its original specification manual introductory function product description, and actually exists as a modified version of the previously developed Mark VI family of products; A single Class C functional product revision IS200TBCIS2 is added to the parent printed circuit board. Although there does not appear to be a product-centric IS200TBCIS2C instruction manual available on the Internet for research purposes, Edge instruction manual materials can help develop this IS200TBCIS2C product page. Combine functional IS200TBCIS2C product numbering with a thorough and technical person-led visual inspection of the IS200TBCIS2C PCB equipment itself.

Hardware tips and specifications

The IS200TBCIS2C contact input endboard is probably best understood as a purchase option when considering the various hardware components included and the intended functionality of the IS200TBCIS2C printed circuit board in the larger Mark VI series components. As specified in the original manual materials, the IS200TBCIS2C PCB is capable of accepting a total of 24 dry contact inputs, making it a key component addition to many Mark VI components that require terminal connectors. The power supply for these dry contact inputs above comes from a floating power supply in the turbine control assembly, and each dry contact input is optically isolated and sampled at the frame rate, taking into account the control function. The contact input voltage detected by the dry contact input of the IS200TBCIS2C terminal module is fanned out to three separate VME board frames by using the three marked plugs of the IS200TBCIS2C PCB. The IS200TBCIS2C device has the honor of being part of the Mark VI family of Turbine control Systems, one of the final iterations of the Mark product family developed by GE to introduce patented and highly regarded Speedtronic control system technology into its many different functional products.
GE IS200TBCIS2CCD Contact Input Termination Board for Mark VI

Now that some of the perceptual capabilities of this TBCI abbreviated Mark VI family of products have been described, some unique hardware components can be put in context to achieve this claimed functionality. For starters, as mentioned earlier, this IS200TBCIS2C contact input terminal board does have three plugs; Plugs for the JR1, JS1, and JT1 labels are connected to three separate J3 label plugs in the VCCC contact input board assembly. In addition to the various plugs provided with the IS200TBCIS2C module, the TBCI PCB uses a total of six field contacts; Each filter is equipped with its own noise suppression filter. It should be noted that the IS200TBCIS2C contact input terminal board is also compatible with the VCRC module, which exists as a single-slot alternative to the VCCC contact input board described above. All of the above hardware components unique to the IS200TBCIS2C contact input terminal board should be relatively well protected, given the special style of PCB protective coating offered by GE Industrial Systems products. This conformal PCB coating can be found when performing IS200TBCIS2C functional product number segmentation, resulting in other valuable information, Includes the normal assembly version of this PCB, domestic manufacturing, TBCI functional acronym, Group 2 Mark VI Series grouping and its single Class C functional product revision.

GE IS200ISBBG2AAB InSync Bus Bypass Card for Mark VI Turbine Control System
2024-12-27 BY
IN Industry trends

IS200ISBBG2AAB Advanced Speedtronic turbine control PCB board

Manufacturer: General Electric

Series: EX2100

Part number: IS200ISBBG2AAB/6BA01

Functional Acronym: ISBB

Function Description: InSync bus bypass PCB

Coating: Normal coating

Feature Revision: Revision A

Works Revised Edition: B

Dimensions: 11 x 6 x 6.7 cm

Weight: 0.14 kg

Compatibility: Mark VI excitation control system
GE IS200ISBBG2AAB InSync Bus Bypass Card for Mark VI Turbine Control System

Seamlessly integrated into the Mark VI Series speed thrust turbine control system, providing enhanced bus bypass functionality for critical control applications.

Made of high-quality materials, durable and resistant to harsh industrial environments, ensuring long-lasting performance.

Advanced coating technology ensures reliable electrical conductivity and corrosion protection, maintaining optimal operating conditions.

The revolutionary design allows for easy integration and maintenance, reducing downtime and improving system availability.

Support for advanced communication protocols for seamless integration with modern control systems, facilitating efficient data exchange and system management.

GE IS200STCIH6AED - Compact Contact Input Terminal Board for Gas and Steam Turbines
2024-12-27 BY
IN Industry trends

IS200STCIH6AED DIN rail contact terminal plate for the Mark VI series turbine control system

The IS200STCIH6A is a printed circuit board (PCB) with many different components. On the left and right sides of the board are two large nickel-sized factory drill holes. There are also two factory drilled reinforcement terminal holes in the lower left and right corners of the board. Next to the bottom hole are two terminal strips with numerical markings.

The top is labeled 1-51 and contains only odd numbers, while the bottom is labeled 2-52 and contains all even numbers. The top center edge of the board has an RS-232 37-pin female port. The board’s part number label is located in the lower right corner of the board, between the corner and the plant drill hole. There is a white 3-pin jumper just above the top terminal board on the left side of the board. The PCB also contains 2 transistors, 91 resistors, 27 diodes and 24 capacitors.
GE IS200STCIH6AED - Compact Contact Input Terminal Board for Gas and Steam Turbines

IS200STCIH6A is a PCB and should be handled with care. Anti-static procedures should be implemented to prevent any type of damage to the board due to the build-up and release of static electricity. The board should be kept in an anti-static bag or box until it can be installed. When installing the IS200STCIH6A, wear an ESD wrist strap. To help with installation, it is recommended to note down the wiring and cable locations on the old board to be replaced.

Menu
Call us 24/7+86 17359299796

Search for products

Back to Top
Product has been added to your cart