Call us 24/7+86 18030182217
My Header Store Notice
Call us 24/7+86 18030182217

Category: Industry trends

Home / Industry trends (Page 3)
GE FANUC IC693CPU374 - TCP/IP Ethernet Communications Module
2025-01-09 BY
IN Industry trends

IC693CPU374|The typical sweep rate for Boolean contacts is 0.15 milliseconds per 1K logic

Brand GE Fanuc
Series Series 90-30
Part number IC693CPU374
I/O count 2048
Processor speed 133 megahertz
Register memory 240 KB
The power supply requires 7.4 watts at 5 volts DC
Floating point math, yes.
Processor Model Embedded 586
Serial port RS-485 (via power supply)
Ethernet port number 2
Operating temperature 0 to 60 degrees Celsius (32 to 140 degrees Fahrenheit)
GE FANUC IC693CPU374 - TCP/IP Ethernet Communications Module

The IC693CPU374 is a GE Fanuc Programmable Logic controller (PLC) module in the 90-30 series. The module is a processor module for hosting user programs, executing logic, and data exchange managed with the processor through an embedded communication port.

IC693CPU374 can also be called controller. The controller has a built-in microprocessor with an embedded 586 processor and a processing speed of 133 MHz. Its typical scan rate is 0.15 ms per 1K Boolean contact logic. This controller module has a single slot width mounted on a 90-30 PLC rack.

The user memory of IC693CPU374 is 240KB. It has two (2) Ethernet communication ports, supports 10/100 Mbps transmission speed, and has automatic sensing function. These ports enable the controller to connect to an Ethernet network in order to communicate with programming workstations such as desktops or laptops, with human machine interface (HMI) and supervisory control and data acquisition (SCADA) systems, and with other processors used for messaging functions. The controller can also communicate via the RS485 communication interface on the power supply, whether it is a standard power supply or a high capacity power supply.

The controller accepts user programs developed using a variety of programming software applications, Examples include VersaPro version 2.03 or later, CIMPLICITY Machine Edition Logic Developer version 2.60 or later, and control software version 2.50 or later. When making online edits to the controller using an existing user program, use the same or later version of the same software.

The IC693CPU374 CPU has a processor speed of 133 megahertz and a total user memory of 240 KB. Program memory can be configured according to application requirements, and it includes a register memory that can be configured in the range of 128 to 32,640 words, and a configurable memory for analog input and analog output. The memory of the system register supports up to 28 words, and users can set about 2000 timers and counters. The IC693CPU374 CPU uses an AMD SC80386 type 520EX processor and has 2 built-in Ethernet ports that allow 10/100 base-T/TX communication. Featured Ethernet ports are connected through RJ-45 connectors. The device also supports an RS-485 port on the power supply and allows communication via SNP and SNPX protocols. In addition, the device also supports a variety of commonly used program storage devices.

GE IC693CPU372-AE D20ME-VME VME Card Module PLC System
2025-01-09 BY
IN Industry trends

IC693CPU372|Supports 2048 discrete inputs

Brand GE Fanuc
Series Series 90-30
Manufacturer GE Fanuc
Part number IC693CPU372
Product Description Single-socket CPU with Ethernet interface
Compatible with VersaMax PLC, PAC system, 90 series
User memory 120 KB
Supported communication protocols TCP/IP
Processor type AMD SC520
I/O count 2048
Typical scan rate is 0.15 ms per 1K Boolean logic
GE IC693CPU372-AE D20ME-VME VME Card Module PLC System

IC693CPU372 is a TCP I/P Ethernet communication interface. The module is mainly used to implement Ethernet communication and supports system protocols such as Modbus TCP server/client and industrial Ethernet. The module can be used to perform regular data exchange using Ethernet Global Data (EGD), SRTP, and SRTP clients. The IC693CPU372 supports full PLC programming and configuration services. It comes with dual Ethernet ports, shares the same IP address, and serves as an internal Ethernet switch, allowing daisy-chain connectivity for networking and device-level loop (DLR) topology. Each port supports network automatic sensing, eliminating the need to assign modules to existing network speeds. The IC693CPU372 comes with a dedicated processor with a clock speed of 133 MHz. For configuration, the built-in Web server allows remote connection to configuration stations and can be used to introduce simple configuration for modules as well as module monitoring. For programming programmable Logic controller (PLC) functions, the IC693CPU372 is configured using the Machine Edition of PLC Logic Developer in the Proficy Machine Edition package. IC693CPU372 Support It supports 2048 discrete inputs, 2048 discrete outputs, 128-32,640 analog input words, and 128-32,640 analog output words (Max.) for a total user memory of 240 KB. This built-in memory is a random access memory (RAM) type and is backed up by a battery. Optional non-volatile memory or flash memory can be added to provide memory that does not require battery power to retain the contents of the memory.

The IC693CPU372 module is designed and manufactured by GE Fanuc. The industrial communication module is designed to communicate over industrial Ethernet operating over the TCP/IP protocol. The unit is compatible with GE PLC equipment provided in the 90-30 series or VersaMax series or PLC equipment as part of PACSystems. The IC693CPU372 module has an integrated interface for Ethernet communication and can be used with hosts that have all the necessary software tools installed. The Ethernet interface supports up to 3 different 90-30 series modules that can provide additional functionality. The backplane of the 90-30 series programmable logic controllers can use combination modules to improve the performance of the entire system. The IC693CPU372 communication module has 2048 input/output points and a memory capacity of 240 KB. Like most similar components in the series, the module has a type 80386EX processor and is intended for use in 32-bit systems. The device supports communication over popular networks such as 100BaseTX, IEEE 802.3, and 10BaseT networks. For this purpose, the device includes two shielded Ethernet ports with automatic sensing functions. The unit has a pair of Ethernet connectors, a Station Manager functional connector, LED status indicators, a master switch, and a restart button. The IC693CPU372 module supports floating point math, duplex mode, simple configuration and programming, and SRTP server options. The IC693CPU372 module’s processor operates at 133 MHZ and supports RAM or flash memory for storage. The unit is powered by a backup battery and requires 5 watts at 7.4 volts direct current.

GE Fanuc IC693CPU351 - PAC Systems RX3i Control Module
2025-01-09 BY
IN Industry trends

IC693CPU351-HT|Single-slot modular CPU

Brand GE Fanuc
Series Series 90-30
Manufacturer GE Fanuc
Part number IC693CPU351
Product Description Modular CPU
Product Type CPU module
User memory 240 KB
Compatibility GE Fanuc 90-30 Programmable controllers
Processor type 80386EX
Clock speed 25 megahertz
Typical scan rate is 0.22 ms per 1K Boolean logic
Serial port 3
The processor speed is 25 MHZ
GE Fanuc IC693CPU351 - PAC Systems RX3i Control Module

The GE Fanuc 90-30 module with directory number IC693CPU351 is part of the modular CPU subclass. The CPU is designed for applications that require higher complexity, faster processing speed, and support for large amounts of I/O. The CPU module is a single-slot CPU module that can be mounted to CPU baseboards in slots 5 or 10. The IC693CPU351 specifically supports a large number of I/ OS, 2048 discrete input points (%I); 2048 discrete output points (%Q) and analog I/O words, varying depending on the software used, however, each has a maximum configurable analog I/O of 32, 640 words. The number of other internal registers available for this CPU is 1280 bits of binary global memory; 4096-bit storage coil; 256-bit temporary output coil; 128-bit system state reference; Register memory of up to 32,640 words and system registers of 28,000 words can only be used for reference table viewing. The modular CPU can be configured to communicate and perform I/O data exchange between I/O expansions or remote I/O backboards. Specifically, seven (7) and/or I/O expansion or remote I.O baseboards. For communication with visualization systems such as Human Machine Interface (HMI) or Supervisory Control and Data Acquisition systems (SCADA) and other automation devices, the IC693CPU351 provides three (3) serial ports. One (1) serial port is located on a power connector that supports SNP/SNPX slave stations, while ports 1 and 2 support RTU slave stations and SNP/SNPX master/slave protocols. The modular CPU also supports the installation of communication modules.

The GE Fanuc IC693CPU351 CPU is a modular CPU module. The IC693CPU351 CPU was developed for the 90-30 series Programmable Logic controller (PLC) system. The CPU has a clock speed of 25 megahertz. The processor type is 80386EX processor. The IC693CPU351 CPU is part of the GE350 to 364 CPU family, which was developed specifically to meet customer needs for faster processing speeds and increased memory size. The IC693CPU351 CPU is supported by Logicmaster microprogramming and configuration software versions 90-30, 6.0 and higher, and control programming and configuration software versions 2.0 and higher. The user memory on the IC693CPU351 CPU is 240 KB (supported by CPU firmware 9.0 and later). For firmware before version 9.0, the CPU module memory size is 80 KB. The IC693CPU351 CPU does not support an embedded Ethernet port, but there are three built-in serial ports on the CPU module. Optional communication modules available for the IC693CPU351 CPU include Profibus, GBC, Ethernet, GCM, and GCM+ modules. The IC693CPU351 CPU supports floating point math functions. The IC693CPU351 CPU also provides a key switch. A sequential event logger is also provided on this module. The internal coil on the module is rated at 4096 bits and the output (temporary) coil is rated at 256 bits. The power supply of the IC693CPU351 CPU is required to be 5 volts DC and 890 mA. Battery powered clock and override are available on the IC693CPU351 CPU. Operating temperature range is 32 to 140 degrees Fahrenheit.

GE FANUC IC693CPU350-EK: Advanced Programmable Logic Controller Module
2025-01-09 BY
IN Industry trends

IC693CPU350-BC|Has a single slot width

Brand GE Fanuc
Series Series 90-30
Part number IC693CPU350
Operating temperature 0 to 60 degrees Celsius (32 to 140 degrees Fahrenheit)
Serial port RS-485 (via power supply)
CPU Type Single-socket CPU module
User memory 32K bytes
Processor type 80386EX
The power supply requires 670 MA from a +5 VDC power supply
Typical scan rate 0.22 ms per 1K logic (Boolean contacts)
Memory Storage types RAM and flash
The number of Ethernet ports is not applicable
Storage temperature -40 to 85 degrees Celsius (-40 to 185 degrees Fahrenheit)
GE FANUC IC693CPU350-EK: Advanced Programmable Logic Controller Module

The IC693CPU350 is a GE Fanuc series 90-30 controller. The controller is part of a modular control system with a single slot-wide module capable of controlling up to eight (8) backboards, including the local backboard where the CPU is installed.

The IC693CPU350 is designed with 32K bytes of non-configurable user memory. Up to 2048 discrete inputs, 2048 discrete outputs, 2048 analog input words and 512 analog output words. This I/O count density makes the controller eligible for installation in medium to large sized applications.

The IC693CPU350 does not have a communication port. The controller utilizes a communication port installed in the power supply, which is an RS485 communication interface that allows connection to programming workstations, handheld programmers (HHP), and devices capable of exchanging data over the RS485 communication standard. This port supports the SNP/SNP-X slave protocol.

The IC693CPU350 is configured with various options. It can be configured using LogicMaster90, Control, VersaPro, and CIMPLICITY Machine Edition Logic Developer applications. In addition, a traditional handheld programmer (HHP) can be used to write programs to this controller.

The IC693CPU350 has an internal processor, 80386EX, with a typical sweep rate of 0.22 milliseconds per 1K logic for Boolean contacts and a processing speed of 25 MHz. The controller supports override functionality, interrupts via periodic subroutines, PCM/CCM compatibility, and floating-point math. Additional communication modules supported by IC693CPU350 Optional communication protocols after installation include Ethernet, FIP, Profibus, GBC, GCM, GCM+ option modules.

The IC693CPU350 CPU is a single-slot CPU module. Each system has eight backboards, including CPU backboards and seven extension or remote backboards. The IC693CPU350 CPU requires 670 mah of current and 5 volts of DC input. The typical scan rate for CPU modules is 0.22 milliseconds per 1 KB of logic. The maximum user program memory is 32 KB. The capacity of the discrete input point is 2048 words, and the capacity of the discrete output point is 2048 words. The discrete global memory is 1280 bits. Register memory is 9999 words. Analog inputs and outputs are rated at 2048 words and 512 words, respectively. The system register is 28 words. The IC693CPU350 CPU supports more than 2000 timers and counters. The CPU module also supports Shift registers. The IC693CPU350 CPU has an integrated serial port that supports SNP/SNPX slave protocols. The serial port requires a PCM module to support the RTU master, and a CMM module to support the SNP/SNP-X master, RTU slave protocol, or CCM. Both flash and RAM memory can be used in the IC693CPU350 CPU. The IC693CPU350 CPU also supports floating point math. The operating temperature range of the IC693CPU350 CPU is 0 to 60 degrees Celsius.

GE FANUC IC693CMM302L - Advanced Communication Module for Industrial Automation
2025-01-09 BY
IN Industry trends

IC693CMM302|The module supports data exchange for up to 31 devices

Manufacturer GE Fanuc
Series Series 90-30
Manufacturer GE Fanuc/Emerson Automation
Part number IC693CMM302
Series Series 90-30
Product Type Enhanced Genius communication module
Product Description Genius Communication module
Number of supported bus devices 31
Slot width Single slot
Compatible host equipment GE series 90-30 PLC
Slot Allocate any slot except the CPU slot
Compatible backboard CPU, extension and remote backboard
Installation position 90-30 series baseplate
LED 2 (OK LED and COM LED)
GE FANUC IC693CMM302L - Advanced Communication Module for Industrial Automation
The IC693CMM302 is a Genius communication module in Emerson Automation’s Series 90-30 Programmable Logic controller (PLC) family, formerly known as GE Fanuc Automation. The module is a single slot width module that provides Genius protocol connectivity, and each controller can communicate with up to 31 devices and 62 devices, as the 90-30 series system allows up to two (2) IC693CMM302s per controller to be configured. The IC693CMM302 Each IC693CMM302 allows transmitting 128 bytes and receiving 128 bytes of global data, and supports PLC registers. Examples include global register (%G), discrete input (%I), discrete output (%Q), analog input (%AI), analog output (%AQ), and register memory (%R). It supports software-based diagnostics such as status bits, 90-70 PLC series fault reporting. The module’s environmental rating includes operating temperatures from 0 oC to +60 oC (+32 oF to +140 oF); The storage temperature is -25 oC to +70 oC (-13 oF to +158 oF); Humidity ranges from 5% to 95% (non-condensing), while mechanical ratings include 0.2 inch displacement, operating vibration from 5 Hz to 10Hz and 1 G, 10Hz to 200 Hz, and operating shock from 5 G to 10 ms duration. In addition to global data exchange, the IC693CMM302 allows for data monitoring via personal or industrial computers, monitoring data using I/O blocks, device communication via the Genius bus, and I/O simulation. The IC693CMM302 has a backplane power consumption of <300 mA at 5VDC. In addition to the 90-30 series PLCS, it can also be used with the 90-70 Series, the six-series PLCS, and the Genius Handheld Display (HHM) for local configuration.

The 90-30 Series IC693CMM302 communication module was designed and manufactured by GE Fanuc as a GCM+ device, also known as the Enhanced Genius communication module. The IC693CMM302 enhanced Genius communication module can communicate with global data between up to 32 devices. These devices are GE series 90-30 PLCS and 31 other devices connected to the Genius bus. The IC693CMM302 Enhanced Genius communication module is recommended to be installed on the CPU backboard of the host PLC system for the most efficient operation, but it can also be installed on a remote backboard or an extended backboard of the same system. However, the enhanced Genius communication module cannot be installed in a PLC with a regular Genius communication module or GCM. Multiple enhanced Genius communication modules, such as the IC693CMM302 module, can be installed in a single PLC system, and each Enhanced Genius communication module has its own Genius bus, which means that each module can connect to and communicate with up to 31 additional devices simultaneously. For example, the 90-30 series GE PLC with 2 enhanced Genius communication modules can communicate with up to 62 other devices simultaneously. The IC693CMM302 enhanced Genius communication module is primarily used to exchange global data, but it can also handle data monitoring for industrial or personal computers, point-to-point and master-slave communication between bus devices, and data monitoring from Genius I/O blocks (note that the communication module has no control over these I/O blocks).

General Electric IC693CHS397 Control Module - Advanced Automation Solutions
2025-01-09 BY
IN Industry trends

IC693CHS397|5-slot baseplate for the 90-30 series Programmable Logic Controller (PLC) platform

Manufacturer GE Fanuc
Series Series 90-30
Nooooo. Number of CPU slots 1 (1)
Manufacturer GE Fanuc (ex); Emerson Automation (Current) Emerson Automation (current)
Part number IC693CHS397
Nooooo. Number of power sockets 1 (1)
Series Series 90-30
Product Type CPU mainboard
Slot allocation CPU/ Dedicated module: Slot 1 I/O module/Optional module: Slot 2-5 Unnumbered slot: Power module Expansion cable: expansion cable
Product Description 5-socket CPU mainboard
General Electric IC693CHS397 Control Module - Advanced Automation Solutions

The IC693CHS397 is a 5-slot baseboard for the 90-30 series Programmable Logic controller (PLC) series. The hardware was part of GE Fanuc Automation during the active life of the product family, but the PLC family and other products were recently acquired by Emerson Automation. The IC693CHS397 has a total of five (5) slots and another uncounted slot dedicated to the power module. The backboard has one (1) slot dedicated to a central processing unit (CPU) or dedicated module, four (4) slots allocated to I/O, and option modules. It also provides an expansion slot located on the far right of the hardware for rack expansion. Only one (1) CPU is allowed to be installed on this backboard. In addition, the same slot of the CPU (Slot 1) is also compatible with communication modules such as FIP remote I/O scanners and similar modules. Slot 2 and other I/O slots have a unique size and do not fit into any other module. This provides connection security and prevents damage to other modules during installation. The mainboard expansion port provided is a 25-pin D-shaped housing female connector that is installed on the far right side of the hardware. When connecting expansion cables or implementing multiple expansion plates, ensure that the total length of the cables does not exceed 50 feet or 15 meters. The IC693CHS397 is designed for panel mounting via the provided mounting strip. The hardware measures 10.43 x 5.12 x 5.59 inches. (W x H x D), the internal power consumption is 270 mA at 5 VDC.

GE Fanuc IC693CHS397 5-slot baseplate of the GE Fanuc Series 90-30 for hosting modular cpus or cpus, I/O, and dedicated modules. The IC693CHS397 baseboard has five slots for mounting various cpus and other devices that make up a complete PLC or programmable logic controller. Technically, the GE Fanuc IC693CHS397 baseboard has a total of six slots, not just five, but the first slot on the left side is not numbered as it is always and only used to host the PSU. The size and shape of this power socket is different from the numbered five slots, and its size and shape can only accommodate one power supply and not any other power supply. GE Fanuc Series 90-30 IC693CHS397 5-slot CPU The five main slots in the baseboard consist of one CPU slot (the name of the baseboard) and four non-CPU slots that can host the I/O module. The IC693CHS397 also has an I/O expansion bus connector on the far right edge of the backboard, which can be used to extend the I/O communication capability of the backboard beyond what four I/O slots can handle. The expansion and remote backboards can be connected to the IC693CHS397 CPU backboards as part of a large PLC system, but there can only be one CPU backboard in the PLC. The CPU baseboard is always installed in Rack 0 of the PLC system. Since the IC693CHS397 CPU baseboard supports modular cpus, it is easy to replace or upgrade the CPU module if necessary.

GE IC693CHS391N - CPU Module Base with 10 Slots, for Advanced Industrial Control Systems
2025-01-09 BY
IN Industry trends

IC693CHS391|10-slot modular CPU backboard

Brand GE Fanuc
Series Series 90-30
Manufacturer GE Fanuc
Part number IC693CHS391
Series Series 90-30
Description expansion backboard
Product Description Modular CPU mainboard
Currently 420 mah

IC693CHS391 is a modular CPU mainboard. The baseplate is part of the 90-30 series manufactured by GE Fanuc. The device includes connection ports that allow the installation of modular cpus, I/O modules, and power modules. It has a total of ten (10) slots, of which one (1) slot is allocated to the CPU and nine (9) slots are allocated to the I/O module. Power sockets are not included in the slot count, nor are bus expansion ports. Since this is a modular CPU slot, by default it is assigned a node address of 0, which can be modified by programming software. The system supports only one (1) modular CPU slot. Other slots in the system can be expansion or remote I/O backboards. The power supply is installed in the leftmost slot, which is not included in the slot count, allowing this baseboard to support more I/O. The CPU is only installed on slot 1 because the slot is especially sized for CPU connections or special option modules, such as FIP bus remote I/O scanners. Slots 2 and higher are particularly suitable for I/O or option modules. The extension or remote I/O baseboard connects to the extension port on the far right of the baseboard. The IC693CHS391 modular CPU backboards support up to four (4) or seven (7) expansion backboards, depending on the CPU hosted by the IC693CHS391. This base plate supports panel mounting only and is secured by screws and washers through the provided mounting holes.
GE IC693CHS391N - CPU Module Base with 10 Slots, for Advanced Industrial Control Systems

The IC693CHS391 baseboard is an expansion baseboard manufactured by GE Fanuc with 10 slots. It has a rated current of 420 mA and a rated voltage of 5 volts DC. It is equipped with a DIP switch. The expansion backboard is connected to the 90-30 series PLC along with other modules. The power module is inserted into the left slot of the mainboard. The IC693CHS391 baseplate is modular in size and has an open housing. If additional features are needed, it can be easily installed and replaced or changed to a different type. The left side of the board has a power port, as well as connection slots for CPU and non-CPU slots. It also has a 25-pin female connector on the right side for connecting expansion and remote baseboards. To connect to the remote baseboard, the IC693CHS391 expansion baseboard requires a cable less than 700 feet in length. The backplane cannot be used as a single primitive. It can be connected to a PLC device or a personal computer using a PCI card. It can be connected to up to 7 cpus at a time, depending on the CPU model used. The IC693CHS391 backboard can be mounted vertically or horizontally, depending on the layout of the PLC or CPU. The ambient temperature should always be within the specified range. Dishes should be kept away from water splashes and sources of dust, dirt and harmful chemicals. The IC693CHS391 baseplate is certified to several global environmental and industry standards.
2025-01-07 BY
IN Industry trends

DS200LDCCH1AGA|Drive control /LAN communication board

Ge developed the DS200LDCCH1AGA card for use as a driver control and local area network (LAN) communication board. The card is installed in a Mark V Series replacement drive board compatible with GE brand DIRECTO-MATIC 2000 drives and exciters. When installed in a drive, the board provides the drive with a range of drive and I/O control functions. The larger Mark V turbine control system family to which the DS200LDCCH1AGA PCB belongs is considered a traditional GE product family, as its production was discontinued years after its initial release. While that attribution is correct, the larger Mark V series of this DS200LDCCH1AGA Drive Control/LAN communication board is also considered one of the last in GE’s Mark product line, It utilizes the company’s patented Speedtronic control system technology, which was first released with the Mark I series concept in the late 1960s. This DS200LDCCH1AGA printed circuit board was not originally developed with a specific function to appear in GE’s Mark V family of steam turbine control systems; This will be the DS200LDCCH1 mother PCB missing all three important product versions of the DS200LDCCH1AGA product.
GE DS200LDCCH1AGA Mark V Communication Module, Enhanced Control & Monitoring

Hardware tips and specifications

As with any device in the GE Mark V series; The functionality of this DS200LDCCH1AGA PCB is introduced by the inclusion of a specific family of hardware components and component specifications in its internal components. DS200LDCCH1AGA communication card board with four microprocessors. The LAN Control Processor (LCP) can be used to accept feeds to the drive in five different bus types. The Drive Control Processor (DCP) can also be used to handle analog and digital I/O conversions. DCP is also able to control and convert peripheral I/O devices, such as encoders and timers. A motor control processor (MCP) is provided to process the digital I/O sent to the drive. If computing requires additional processing power that a DCP cannot provide, a comotor processor (CMP) will provide the additional power needed to accomplish these functions. The board is equipped with an alphanumeric keyboard for system programming and diagnostic purposes. The six flash PROMS in the DS200LDCCH1AGA Drive Control/LAN Communications Board component are responsible for the configuration data storage of the DS200LDCCH1AGA device. Each of these PROMS is factory programmed, although the original DS200LDCCH1AGA instruction manual material states that they can be reprogrammed on site as needed. In order to diagnose and adapt to possible and common functional failure situations, the DS200LDCCH1AGA PCB also includes a separate RESET button in its components.

DS200LDCCH1AGA model has field adjustable parameters. One of these is the EEPROM U9, which will be programmed to download the drive configuration values needed to properly operate the LDCC unit. By moving the U9 from another driver control board, the EEPROM U9 firmware can be transferred directly to the LDCC unit.

GE DS200KLDCG1AAA - Advanced LED Display Board for Turbine Control Systems
2025-01-07 BY
IN Industry trends

DS200KLDCG1AAA|Key /LED/ display board

The DS200KLDCG1AAA printed circuit board product was originally designed and manufactured by General Electric specifically for its Mark V family of turbine control systems. As you must have already established from its extended name, this DS200KLDCG1AAA printed circuit board exists as a member of the Mark V Series with specific applications in control and management systems for automatic drive components for steam, wind and gas turbines, and is considered a legacy family from General Electric. Production was discontinued within a few years of its initial release. The DS200KLDCG1AAA product as a component member of the Mark V turbine control system family is also one of GE’s last product families, leveraging its patented Speedtronic control system technology. The technology was first released in the late 1960s along with the launch of the Mark I series. This DS200KLDCG1AAA printed circuit board has a true functional product description, such as a key /LED/ display board, based on which the functional description is included in the relevant Mark V Turbine Control System series instructional manual materials. While this DS200KLDCG1AAA PCB can be defined by this functional description, it is not the original key /LED/ display board manufactured for the Mark V series; This will be missing all three revised versions of the DS200KLDCG1 master printed circuit board for the DS200KLDCG1AAA product.

Hardware tips and specifications

Like any circuit board in our inventory of old and new GE Mark V Series products, this DS200KLDCG1AAA PCB leverages its own set of features – the inclusion and specification of introduced hardware components. For starters, this DS200KLDCG1AAA printed circuit board is equipped with many of the various voltage limiting and storage hardware components commonly found in other electrostatic sensitive Mark V series products, including many resistors, capacitors, and diodes. The substrate of the DS200KLDCG1AAA product is additional insulated by the DS200KLDCG1AAA device containing a common style PCB coating that wraps and insulates individual product hardware components connected to its base DS200KLDCG1AAA circuit board in order of functional priority. Before making any final purchase decision on the DS200KLDCG1AAA product, it is important to be aware that the following hardware component and specification information may have changed because the DS200KLDCG1AAA PCB features two Class A functional product revisions and one Class A illustration revision.

The GE Key/LED/ display board DS200KLDCG1AAA features 32 leds, 21 4-character displays, and 1 jumper. The GE Key/LED/ display board DS200KLDCG1AAA also has a 40-pin connection board on the back of the board. The jumper on the board is used to modify its behavior by changing the position of the jumper on the pin. For example, if the jumper covers pins 1 and 2, you can move the jumper to cover pins 2 and 3. The documentation that came with the original board describes the jumpers and how moving them changes the behavior of the board. However, some jumpers are for factory use only and service providers are not allowed to move. In this case, the jumper is used for testing during the manufacturing process, and running the board with the jumper in the spare position is not supported. For more information, see the information that comes with the board.

The DS200KLDCG1AAA board is attached to its larger Mark V Series automation drive cabinet with screws inserted into four holes in each corner. These holes are aligned with screw holes in the drive cabinet rack and drilled at the GE facility, including the ring insulation. Before removing a defective circuit board, note where the circuit board is installed and how the cables are routed in the cabinet. Cable routing is important because it protects the DS200KLDCG1AAA and its larger Mark V-series drivers from high-voltage current if the signal cable is too close to the high-voltage cable. In addition, cable wiring helps maintain proper air circulation. Improperly routed cables can block airflow and cause components to heat up.

Frequently asked questions about DS200KLDCG1AAA
How to identify LED on DS200KLDCG1AAA?
There are 32 leds on the DS200KLDCG1AAA, and each LED on the DS200KLDCG1AAA is identified by the DS1-DS32 nomenclature on the DS200KLDCG1AAA.
Are all the parts on each DS200KLDCG1AAA the same?
No, not every DS200KLG1AAA is the same. For example, some of our DS200KLDCG1AAA boards have connection bars manufactured in the Philippines, while our other DS200KLDCG1AAA boards have connection bars manufactured in Malaysia. However, regardless of the differences in a particular DS200KLDCG1AAA, the DS200KLDCG1AAA always works the same way.
DS200KLDCG1AAA How many wires are connected?
The two wires are connected to the DS200KLDCG1AAA through the part labeled L1 on the DS200KLDCG1AAA.

GE DS200KLDBG1ABC Key LED Display Board for Mark V Series, Industrial Automation
2025-01-07 BY
IN Industry trends

DS200KLDBG1ABC|The key /LED display panel is manufactured by General Electric

The DS200KLDBG1ABC is a GE component used in the Mark V Speedtronic system. The Mark V was one of the last Speedtronic systems used to control gas or steam turbines. It is a flexible microprocessor-based control system with a TMR architecture designed with built-in diagnostic and online maintenance capabilities. GE no longer sells the DS200KLDBG1ABC, but it can be found through AX Control, either as a refurbished unit or as a way to liquidate surplus (newly used) inventory. Please note that DS200 series boards are older devices and do not have updated firmware or components; If your system needs these updates, check out similar boards in the DS215 series.

Hardware tips and specifications

The DS200KLDBG1ABC is used as a display board. It is a large rectangular plate with only a few well-spaced components. This consists of 32 vertical optical components, eight in each row placed in four rows in the lower right quadrant of the board. An integrated circuit and resistor network array are placed between these lights. More integrated circuits are clustered in the lower left corner, including a field-programmable gate array and at least one oscillating chip. The DS200KLDBG1ABC board has multiple board connectors, including two vertical pin elements. The board has two jumper switches. Various capacitors, diodes and resistors can also be used in the assembly of this DS200KLDBG1ABC product; Hardware components of this type are available for a variety of overpressure limiting and consumption purposes. The top of the board consists of seven LED displays. These displays are designed for digital display and use 16 segments of numbers. The board is marked with codes such as C-ESS and 6BA01. The corners and edges of the board are drilled to allow installation. For more information, refer to technical support products such as data sheets or user guides.
GE DS200KLDBG1ABC Key LED Display Board for Mark V Series, Industrial Automation

The previously included DS200KLDBG1ABC hardware component and component specification information is only reminiscent of this thorough visual inspection of the DS200KLDBG1ABC printed circuit board, Because the DS200KLDBG1ABC PCB larger Mark V turbine control system series is not well documented in the instructional materials available on the Internet. With this in mind, the DS200KLDBG1ABC feature product number has acquired new importance in this context as it displays many of the hardware details of the DS200KLDBG1ABC product in a separate feature naming block, starting with the DS200 series label, The DS200KLDBG1ABC PCB has dual naming responsibilities. DS200KLDBG1ABC Features The DS200 Series label at the beginning of the product number indicates the original manufacturing location of the DS200KLDBG1ABC PCB and its normal style Mark V Series printed board assembly. In the DS200KLDBG1ABC functional product number, this dual-function family label is followed by the KLDB Functional Product abbreviation, which exists as a functional shorthand alternative to the DS200KLDBG1ABC functional product number. Some of the additional DS200KLDBG1ABC Key/LED display board information stored in its specially developed DS200KLDBG1ABC product number includes the normal style PCB coating of the DS200KLDBG1ABC PCB, its first set of Mark V Series product groupings, and more. Finally, there is its complete revision table, including two feature revisions and one illustration configuration revision.

FAQ about DS200KLDBG1ABC
Are the three important revisions of this DS200KLDBG1ABC Key/LED Dispay Board considered backward compatible?

Nooooo. Only the first two product revisions of this DS200KLDBG1ABC product offering are backward compatible because they are both functional styles of the product revisions.
What does the normal PCB coating style for this DS200KLDBG1ABC PCB include?

The common PCB coating applied to the substrate of this DS200KLDBG1ABC product is a thick layer of daily wear protection that wraps and protects individual DS200KLDBG1ABC PCB hardware components on a function-first basis.

Menu
Call us 24/7+86 18030182217

Search for products

Back to Top
Product has been added to your cart