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Customizable Auxiliary Interface Panel for GE DS3800HXTA CE Certification

Customizable Auxiliary Interface Panel for GE DS3800HXTA CE Certification

  • Customizable Auxiliary Interface Panel for GE DS3800HXTA CE Certification
  • Customizable Auxiliary Interface Panel for GE DS3800HXTA CE Certification
Customizable Auxiliary Interface Panel for GE DS3800HXTA CE Certification
Product Details:
Place of Origin: America
Brand Name: GE
Certification: CE
Model Number: DS3800HXTA
Payment & Shipping Terms:
Minimum Order Quantity: 1
Price: Negotiation
Packaging Details: Carton
Delivery Time: 3-5 Work Days
Payment Terms: T/T
Supply Ability: 1
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Detailed Product Description
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DS3800HXTA Auxiliary Interface Panel

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GE Auxiliary Interface Panel

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CE Certification Auxiliary Interface Panel

Product Description:DS3800HXTA

  1. Mounting and Structural Features
    • The factory - drilled holes at all four corners of the DS3800HXTA are a key physical feature. These holes are precisely placed to enable secure mounting within an industrial enclosure, control cabinet, or rack - mounted system. The standard - sized holes are compatible with commonly used mounting hardware, ensuring a stable and reliable installation. This is crucial in industrial environments where vibrations and mechanical stress are prevalent, as a proper mount helps prevent damage to the board and ensures consistent operation.
    • The two clips on the board further enhance its mounting stability. They can be used in conjunction with the drilled holes to firmly hold the board in place. The clips are designed for easy attachment and detachment, which simplifies the installation and maintenance processes. This allows technicians to quickly install or remove the board as needed, reducing downtime during system upgrades or repairs.
    • The presence of spare plated - through holes on the board is an interesting aspect. These holes provide flexibility for future hardware modifications or expansions. For example, if additional components need to be added to the board to enhance its functionality, such as extra resistors, capacitors, or even small integrated circuits, the spare holes can be utilized. This feature makes the DS3800HXTA adaptable to changing requirements over the lifespan of the industrial system.
  2. Component Layout
    • With 40 integrated circuits (ICs), the DS3800HXTA is a highly - populated board. The use of specific ICs like the Texas Instruments AM26LS33ACN indicates its focus on certain signal processing and communication tasks. The AM26LS33ACN, for instance, is likely used for line - driver and receiver functions, which are essential for accurate signal transmission and reception in industrial control systems. These ICs work in harmony to perform various functions such as signal conditioning, data processing, and communication protocol implementation.
    • The two red LEDs, labeled “parity okay” and “chain okay,” serve as important visual indicators. The “parity okay” LED can provide information about the integrity of data transmission, specifically related to parity checking. In industrial communication, parity bits are often used to detect errors in data packets. If the data is transmitted correctly with the expected parity, the “parity okay” LED will be illuminated, indicating a reliable data transfer. The “chain okay” LED may be related to the integrity of a communication chain or a sequence of operations within the system. Its illumination can signify that a particular chain of events, perhaps related to data flow or system - level operations, is functioning as expected.
    • The test point labeled “dcom.” in the lower - right corner of the board is a valuable diagnostic tool. Technicians can use this test point to measure electrical parameters, such as voltage levels, signal waveforms, or check for the presence of specific signals. This simplifies the troubleshooting process, allowing for quick identification of potential issues in the board's operation. For example, if there is a problem with data communication, the “dcom.” test point can be used to check the integrity of the communication signals.
  3. Connectors and Resistor Networks
    • The presence of a male and a female connector on opposite sides of the circuit board is crucial for its communication capabilities. These connectors are designed to interface with other circuit boards within the industrial control system. They enable the DS3800HXTA to send and receive data, control signals, and power. The specific design of these connectors ensures reliable and secure connections, minimizing the risk of signal loss or electrical shorts. The use of both male and female connectors allows for a variety of connection configurations, facilitating integration with different types of boards and equipment.
    • The five resistor network arrays on the board play important roles in signal processing. They can be used for analog - to - digital conversion tasks, where they help in translating analog signals into digital values that can be processed by the board's digital components. Additionally, they are useful for voltage - dividing applications. In industrial control systems, different components may require specific voltage levels. The resistor networks can be configured to divide the input voltage to the appropriate level for these components, ensuring proper operation.

Functional Overview

 
  1. Signal Transmission and Processing
    • As a transmitter board, the DS3800HXTA is responsible for sending out signals to other components in the industrial control system. It can transmit various types of signals, depending on the system's requirements. For example, in a gas turbine control system, it may send control signals to actuators that adjust the fuel flow rate, air intake, or turbine blade angles. These signals are generated based on the data processed by the board's internal components.
    • The board also processes incoming signals. It may receive data from sensors that monitor parameters such as temperature, pressure, speed, or vibration. These sensor signals are often in analog or digital form. The DS3800HXTA can condition these signals, which may involve tasks like amplification, filtering, and noise reduction. After conditioning, the signals are processed using algorithms implemented by the integrated circuits. This processing can include data analysis, comparison with set - points, and decision - making based on the processed data.
  2. System Integration and Control
    • The DS3800HXTA is an integral part of the overall industrial control system. It is designed to work in harmony with other components within the GE Speedtronic Mark IV series. For instance, it can communicate with other boards that are responsible for data acquisition, display, or higher - level control functions. In a power generation plant, it can collaborate with boards that monitor the performance of the generator, the status of the power grid, and other related parameters.
    • In terms of control functions, the board can be involved in tasks such as the control of gas or steam turbines. It can send signals to start, stop, or adjust the speed of the turbine based on the processed sensor data. Additionally, it can be responsible for the sequencing of auxiliary equipment, such as pumps and valves, which are essential for the proper operation of the turbine. The board can also manage cooling and start - up procedures, ensuring that the entire system operates smoothly and safely.
 

Features:DS3800HXTA

  • Secure Mounting Options
    • The factory - drilled holes at the four corners, along with the two clips, provide a secure and stable mounting solution. This is vital in industrial environments where vibrations can be a significant issue. For example, in a power plant with large - scale rotating machinery, the DS3800HXTA can be firmly attached to a control panel, ensuring that it remains in place and functions properly despite the continuous vibrations. The combination of holes and clips also allows for easy installation and removal, which is beneficial during maintenance or system upgrades.
  • Expandability with Spare Holes
    • The presence of spare plated - through holes offers a high degree of expandability. In the evolving landscape of industrial control, new requirements may arise over time. These holes enable the addition of extra components such as resistors, capacitors, or even small - scale integrated circuits. For instance, if a new sensor needs to be integrated into the system that requires additional signal conditioning components, the spare holes can be used to mount these components directly onto the DS3800HXTA, without the need for a complex and costly redesign of the entire board.
  • 2. Component - Level Functionality

  • Rich Integrated Circuit (IC) Complement
    • With 40 integrated circuits, including components like the Texas Instruments AM26LS33ACN, the board is equipped to handle complex signal processing and communication tasks. The AM26LS33ACN, being a line - driver and receiver, is likely used for accurate and reliable data transmission over long distances in industrial settings. These ICs work together to perform functions such as signal amplification, filtering, and digital - to - analog or analog - to - digital conversion. This enables the board to process a wide variety of input signals from different sensors and generate appropriate output signals for control purposes.
  • Visual Indicator LEDs
    • The two red LEDs labeled “parity okay” and “chain okay” serve as real - time status indicators. The “parity okay” LED provides immediate feedback on the integrity of data transmission. In industrial communication, where data accuracy is crucial, the LED indicates whether the parity check of the transmitted data has passed or failed. If the LED is illuminated, it assures that the data has been transmitted with the correct parity, reducing the risk of data corruption. The “chain okay” LED gives an indication of the proper functioning of a specific communication chain or a sequence of operations within the system. This helps technicians quickly identify if there are any issues in the flow of data or operations, facilitating faster troubleshooting.
  • Diagnostic Test Point
    • The “dcom.” test point in the lower - right corner is a valuable diagnostic tool. It allows technicians to measure key electrical parameters such as voltage levels, signal waveforms, or the presence of specific signals. In case of a malfunction, this test point can be used to isolate the problem quickly. For example, if there is an issue with the communication between the DS3800HXTA and other components, the test point can be used to check the integrity of the communication signals, whether they are at the correct voltage levels and have the expected waveform patterns.
  • 3. Communication and Signal Processing

  • Dual - Connector Design
    • The male and female connectors on opposite sides of the circuit board enable seamless communication with other boards in the industrial control system. This design allows for a variety of connection configurations, making it compatible with different types of boards and equipment. The connectors are designed to ensure reliable and secure connections, minimizing the risk of signal loss or electrical interference. For example, in a complex industrial network where multiple boards need to exchange data, the DS3800HXTA can use these connectors to communicate with data acquisition boards, control processors, or display units.
  • Resistor Network Arrays
    • The five resistor network arrays are versatile components for signal processing. They can be used for analog - to - digital conversion, where they help in translating analog sensor signals into digital values that can be processed by the board's digital components. Additionally, they are useful for voltage - dividing applications. In industrial control systems, different components may require specific voltage levels. The resistor networks can be configured to divide the input voltage to the appropriate level for these components. For instance, if a sensor outputs a voltage that is too high for the board's internal processing circuits, the resistor network can be used to reduce the voltage to a suitable level.
  • 4. System - Level Integration and Control

  • Compatibility with GE Systems
    • The DS3800HXTA is designed to be fully compatible with other components in the GE Speedtronic Mark IV series. This allows for seamless integration into existing industrial control systems. In a power generation plant using GE's Speedtronic Mark IV for turbine control, the DS3800HXTA can work in harmony with other boards that are responsible for monitoring turbine parameters, controlling fuel injection, or communicating with the overall plant management system. This compatibility reduces the complexity of system design and implementation.
  • Versatile Control Functions
    • The board is capable of performing a wide range of control functions. It can be involved in the control of gas or steam turbines, sending signals to adjust parameters such as fuel flow, turbine speed, and blade angles. Additionally, it can sequence auxiliary equipment like pumps and valves, ensuring that all components operate in the correct order. In the case of cooling and start - up procedures, the DS3800HXTA can manage these processes, ensuring the safe and efficient operation of the entire industrial system
 

Technical Parameters:DS3800HXTA

 
  • Dimensions: The specific dimensions of the board are not detailed in the available sources, but it has a standard printed circuit board form factor with factory-drilled holes at the four corners and two clips attached to two corners for mounting.
  • Connectors: It has one male (218A4637-P6) and one female connector positioned on opposite sides of the board for communication with other PCBs.

Electrical Components

 
  • Integrated Circuits: It is built with 40 integrated circuits, including components like the Texas Instruments AM26LS33ACN (quad differential receiver) and SN75172N (quad differential line driver).
  • Resistor Network Arrays: There are five resistor network arrays placed parallel to the long sides of the board. The working voltage (max) of these resistor arrays is 25V.

Signal Indicators and Test Points

 
  • LEDs: It has two red LEDs marked "parity okay" and "chain okay" used for real-time status indication.
  • Test Point: There is one test point labeled "dcom." located near the two LEDs, which can be used for diagnostic purposes.

Miscellaneous

 
  • Spare Holes: It has a series of spare plated-through holes (PTH) for the addition of hardware.
 
For more detailed and accurate technical parameters, it is recommended to refer to the official data sheet and manual provided by GE.
 

Applications:DS3800HXTA

 
  • Turbine Sequencing: In gas and steam turbine power generation systems, the DS3800HXTA is used to sequence the startup and shutdown of turbines and their auxiliaries. It ensures that each component operates in the correct order and at the appropriate time, for example, coordinating the start-up of pumps, valves, and other ancillary equipment before the turbine begins to rotate, and properly shutting them down after the turbine stops.
  • Parameter Adjustment: It can send signals to adjust various parameters of the turbine, such as fuel flow, turbine speed, and blade angles, to maintain the turbine's stable operation at the desired speed and load, and improve the efficiency and performance of the turbine.

Industrial Automation and Control Systems

 
  • Data Transmission and Communication: With its male and female connectors and a series of integrated circuits, the DS3800HXTA can be used for reliable data transmission and communication between different components in industrial automation control systems. It can transmit sensor data, control signals, and status information, enabling seamless operation and coordination of the entire system.
  • Signal Processing and Conversion: The five resistor network arrays and multiple integrated circuits on the board can perform analog-to-digital conversion, voltage division, and other signal processing functions. It can convert analog signals from sensors into digital signals for processing by the control system, and also generate appropriate analog or digital output signals to control actuators and other devices.

Equipment Monitoring and Protection

 
  • System Status Monitoring: The two red LEDs marked "parity okay" and "chain okay" and the "dcom." test point on the DS3800HXTA can be used to monitor the real-time status of the system, including data transmission integrity, communication chain status, and key electrical parameters. Technicians can quickly identify system malfunctions and take appropriate measures to ensure the safe operation of the equipment.
  • Fault Tolerance and Redundancy: As part of the GE Speedtronic Mark IV system, the DS3800HXTA benefits from the system's built-in redundancies. If one board experiences an issue, the integrated chipsets with redundancies can automatically redistribute the load of the system to ensure the continuous operation of the entire system, minimizing downtime and production losses1
 

Customization:DS3800HXTA

 
  • Adding Components: The board has a series of spare plated-through holes (PTH) and 8 pairs of spare PTH near the center. Users can add components such as resistors, capacitors, or other integrated circuits according to specific needs to expand the functionality of the board or adapt to special application scenarios.
  • Connector Modification: Although the board is equipped with a male and a female connector for communication with other PCBs, in some cases, if the connection requirements with specific devices do not match, it is possible to modify or replace the connectors to ensure compatibility with other equipment in the system.

Software and Firmware Customization

 
  • Function Programming: In the context of the Mark IV system, the DS3800HXTA can be customized in software to some extent. By reprogramming the microprocessors and integrated chipsets on the board, the signal processing logic and communication protocol can be adjusted to meet the specific control requirements of different gas and steam turbines or industrial automation systems.
  • Firmware Updates: GE may release firmware updates from time to time to improve the performance, stability, and compatibility of the board. Users can customize the firmware upgrade process according to their actual situation to ensure that the board always has the best performance and the latest features.

System Integration Customization

 
  • Interface Customization: When integrating the DS3800HXTA into a large industrial control system, the interface between the board and other subsystems can be customized. This includes customizing the electrical interface, communication protocol, and data format to ensure seamless connection and interaction between the board and the overall system.
  • Redundancy Configuration: As part of the Mark IV system with built-in redundancies, users can customize the redundancy configuration of the DS3800HXTA according to the reliability requirements of the specific application environment. For example, adjusting the backup mode and switching strategy of the redundant components to optimize the reliability and availability of the system.
 

Support and Services:DS3800HXTA

Our product technical support team is available 24/7 to assist with any issues or questions you may have. Whether you need help with installation, troubleshooting, or general product information, our knowledgeable support staff is here to help.

In addition to technical support, we also offer a range of services to help you get the most out of our product. Our team of experts can provide customized training and consulting services tailored to your specific needs. We also offer regular software updates and patches to ensure that your product is always up-to-date and running smoothly.

Contact Details
Wisdomlong Technology CO.,LTD

Contact Person: Ms. Harper

Tel: 86-13170829968

Fax: 86--25020661

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