Description
IS200SCSAS1A- IO PACK, TURBINE I/O PACK SIL in stock, shipped on the same day.
IS200SCSAS1A- IO PACK, turbine I/O PACK SIL is in unused and rebuilt state.
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IS200SCSAS1A Other names:
PCB module IS200SCSAS1A
IS200SCSAS1A Input/Output Module
Analog module IS200SCSAS1A
Product Description
The IS200SCSAS1A turbine input/output package is a turbine input/output package model similar to the PTUR turbine input/output package that sounds similar. It is manufactured by GE Energy, a General Electric shell company, and is used in conjunction with its Mark VIes series of wind turbine control automation products and product components. This IS200SCSAS1A model is equipped with a special assembly version; The IS200SCSAS1A functional product part number includes the IS220 initial series label, which can be seen from it. This IS200SCSAS1A I/O package is described as a modified printed circuit board, modified by including individual functional revisions, rated as “A”. This A-level feature revision is a functional revision as it significantly improves the overall performance specifications and more powerful features of the IS200SCSAS1A motherboard.
Hardware prompts and specifications
IS200SCSAS1A has a total of three I/O packages that can be used in conjunction with a series of related terminal boards in the GE Energy Mark VIes series, including TTURS1C, TRPAS1A, TRPAS2A, TRPGS1B, and TRPGS2B terminal boards. For each individual compatible terminal board, IS200SCSAS1A requires a different Mark VIeS safety I/O type. The TTURS1C terminal board has a safety I/O type for main turbine protection, while the TRPAS1A and TRPAS1A terminal boards provide different inputs; There are 4 speed inputs and 8 flame inputs, respectively. The TRPGS1B terminal board has three safety I/O types for monitoring trip relay outputs, and the final compatible TRPGS2B terminal board is aligned with one emergency stop in terms of safety I/O types. All these terminal boards and the larger IS200SCSAS1A module are considered detachable, and the IS200SCSAS1A I/O package has a box connector type for these terminal boards. The minimum power supply voltage for the input/output module abbreviated as YTUR is 27.4 V dc, and the nominal power supply voltage is 28.0 V dc. The maximum voltage of the IS200SCSAS1A I/O package is relatively close to its nominal voltage, which is 28.6 V dc. The ambient temperature rating of this model is defined as -30 to 65 degrees Celsius in the instructions issued by the original factory.
Although many important information can be obtained from the instruction materials related to the IS200SCSAS1A I/O package released by the original factory, other hardware and performance specifications can be collected by carefully and meticulously subdividing the part numbers of individual IS200SCSAS1A series products. As mentioned above, the IS220 series label at the beginning of the IS200SCSAS1A product number indicates that the I/O package has a special assembly style. This special assembly style is considered more unique than the IS215 special components, which are more common in the Mark VIe series. Starting from the initial series labels, the IS200SCSAS1A part number includes part specific YTUR functional abbreviations, and then communicates its series grouping, conformal coating styles, and revision history to knowledgeable I/O package inspectors, all through the use of the “S1A” final product numbering section. For instructions on these IS200SCSAS1A specifications, please use the IS200SCSAS1A part number breakdown provided in the manual tab above.
Like any similar Mark VI Speedtronic series printed circuit board, this IS200SCSAS1A model I/O trip pack comes standard with a series of hardware specifications that are particularly important for its overall functionality. This main I/O trip package has been approved for use in various hazardous locations; But it must be paired with the IS200TRPAS1A terminal board accessory for use. When using the IS200TRPAS1A terminal block assembly with the PTUR I/O trip package, it is necessary to remember a series of voltage specifications and best practices. Firstly, the IS200TRPAS1A terminal board has a voltage protection input, with a rated voltage of at least 16 V DC and a maximum voltage capacity of 140 V DC. The TRPA abbreviated terminal board for interface with IS200SCSAS1A has an emergency stop input voltage range of 18 to 140 V dc and an additional speed input voltage range of -15 to 15 VDC.
Although the original instruction manual for IS200SCSAS1A is indeed helpful in providing an overview of some compatible terminal boards corresponding to this Primary I/O Trip Pack, more information about IS200SCSAS1A can be collected through a thorough visual inspection of the product and a complete part number breakdown of the IS200SCSAS1A product number.
Firstly, a series of LED indicators immediately appeared on the front of the IS200SCSAS1A I/O Trip Pack, all of which were printed with various factory labels, including Turbine I/O, K25, K25P, PWR, ENET1, ENET2 labels, and so on. This IS200SCSAS1A product also has a separate port on the front, conveniently labeled as the “IR port”. Although the front of the product is crucial for diagnosing its functionality, the back of this PTUR abbreviation module also has other key hardware components; Includes dual Ethernet ports and two screw brackets for installation.
Although visual inspection of IS200SCSAS1A can indeed reveal its basic functions, by subdividing the part numbers of individual IS200SCSAS1A products, its series position and revision history can be revealed. The “I S220” label at the beginning of the IS200SCSAS1A product number has a dual function; This product is defined as both a special assembly version and a domestically produced product produced by General Electric at its Salem factory in Virginia.
Frequently asked questions and answers about IS200SCSAS1A
Where is the IS200SCSAS1A product manufactured?
IS200SCSAS1A is produced at General Electric’s factory in Salem, Virginia.
What type of PCB coating is used for the IS200SCSAS1A package?
The IS200SCSAS1A turbine input/output package comes standard with a special style PCB coating, as specified by the S1 series grouping label in the IS200SCSAS1A part number.
What is the ambient temperature rating (in Fahrenheit) of the IS200SCSAS1A battery pack?
The ambient temperature rating of the IS200SCSAS1Abattery pack is -22 to 149 degrees Fahrenheit.
Comment on IS200SCSAS1A
The IS200SCSAS1A printed circuit board is only intended for use in the Mark VIes series turbine control system components of General Electric Shell Company GE Energy, which are primarily designed for wind turbine control. This model (as indicated on the IS220 series label in the personalized IS200SCSAS1A product number) has a special assembly version; Designated as a more advanced assembly than the typical IS215 assembly, this assembly features SCOM grounding wire and corresponding screws.
All products on this website are special products, and market prices have been fluctuating,
The specific customer service quotation shall prevail, as the product is a new product and the price is not genuine,
Please confirm the model, product, price, and other detailed information with customer service before placing an order. The website has been used,
The new one is for sale, please contact customer service to communicate.
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ALLAN –
The IS200SCSAS1A is an I/O expansion board for GE’s Mark VIeS control system. It’s a core component of the turbine I/O package and is primarily used to accurately monitor and control key turbine parameters such as speed, temperature, and vibration. The following is a detailed introduction:
I. Product Positioning and Functionality
Application Scenario: The IS200SCSAS1A module is primarily used in industrial automation, particularly turbine control systems. As an I/O expansion board for the Mark VIeS control system, it enhances the system’s input capacity and meets the demands of complex industrial automation systems.
Core Function: This module features high-precision analog input/output (I/O) interfaces, enabling precise monitoring and control of key turbine parameters such as speed, temperature, and vibration. Through real-time data acquisition and processing, it helps ensure stable and efficient turbine operation.
II. Technical Features
I/O Expansion Capabilities: The IS200SCSAS1A module supports a variety of input types, including analog, thermocouple, and contact inputs. It also provides a transmitter power output to provide 24VDC power to field devices. This extensive I/O expansion capability enables the system to process a greater number of digital and analog signals, meeting the demands of complex industrial automation systems.
Compact Design: The module’s compact dimensions (18cm × 18cm × 2cm) and lightweight (0.2kg) facilitate integration into control cabinets. Its compact design helps save space and improve control cabinet utilization.
High Reliability: The IS200SCSAS1A module utilizes high-quality components and advanced manufacturing processes to ensure stable operation in harsh industrial environments. Its high reliability helps reduce system failures and downtime, improving production efficiency.
Easy Integration: The module connects directly to the TCSA terminal board via a serial link, enabling seamless integration with the Mark VIeS control system. This ease of integration makes system configuration and commissioning simpler and faster. III. Role in Turbine Control Systems
Precise Monitoring and Control: The IS200SCSAS1A module collects key parameters such as turbine speed, temperature, and vibration in real time, and transmits this data to the control system via high-precision analog input/output interfaces. The control system uses this data to precisely monitor and control the turbine, ensuring stable operation and efficient performance.
Fault Diagnosis and Early Warning: By analyzing and processing real-time data, the IS200SCSAS1A module facilitates fault diagnosis and early warning. When an abnormality occurs in the turbine, the module promptly issues an alarm, notifying operators to take appropriate measures and prevent further escalation and more serious consequences.
System Optimization and Upgrade: With the continuous advancement of industrial automation technology, turbine control systems also require continuous optimization and upgrades. As a core component of the Mark VIeS control system, the IS200SCSAS1A module’s ease of integration and expansion makes system optimization and upgrades simpler and faster.
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