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DS3800NTBE1A1A | General Electric Termination Board Mark IV
- Regular price
- $2,837.00
- Sale price
- $2,837.00
- Regular price
-
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Product Description P/N: DS3800NTBE1A1A
DescriptionΒ
The DS3800NTBE1A1A is a Termination Board for the Mark IV Speedtronic system, manufactured by General Electric. It serves as a connection point for interfacing with other system components, facilitating signal termination and routing within the Mark IV control architecture. The board is designed to support various signal types and configurations as specified by the system requirements.Β
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Technical SpecificationsΒ
|
ConditionΒ |
New/Never Used SurplusΒ |
|
Part NumberΒ |
DS3800NTBE1A1AΒ |
|
ManufacturerΒ |
General ElectricΒ |
|
SeriesΒ |
Mark IVΒ |
|
Functional DescriptionΒ |
Thermocouple CardΒ |
|
Identification MarkΒ |
6BA01Β |
|
ConnectorsΒ |
Two vertical male 28-pin connectors: JA and JBΒ |
|
CapacitorsΒ |
Forty-eight capacitors present on the boardΒ |
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Information About DS3800NTBE1A1A
The DS3800NTBE1A1A is a printed circuit board (PCB) manufactured by General Electric for use in the Mark IV series. This series is specifically designed for managing steam or gas turbine control systems.Β
The DS3800NTBE1A1A serves as a thermocouple card, which is integral in relaying temperature measurements from an appliance to a controller. This data is crucial for process control and high-temperature safety shutdown functions. Within the Mark IV series, multiple thermocouple cards, including the DS3800NTBE1A1A, transmit temperature data to various sections of the control system. For instance, the exhaust system relies on thirteen thermocouple cards to provide information to three distinct subsections. These subsections utilize the data to determine whether to regulate the turbineβs fuel supply. A slight deviation in temperature readings from any single card can introduce bias into the system, which may lead to inaccurate fuel regulation and potentially cause engine and combustor issues. Hence, maintaining the proper functionality of each thermocouple card is crucial to ensure accurate system performance and prevent potential problems.Β
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Β Β
Manufacturer informationΒ
General Electric (GE) is a multinational conglomerate founded in 1892, based in the United States. It operates in various industries, including aviation, healthcare, renewable energy, and power. GE is known for its innovations in technology, manufacturing, and infrastructure solutions.
DescriptionΒ
The DS3800NTBE1A1A is a Termination Board for the Mark IV Speedtronic system, manufactured by General Electric. It serves as a connection point for interfacing with other system components, facilitating signal termination and routing within the Mark IV control architecture. The board is designed to support various signal types and configurations as specified by the system requirements.Β
Β
Β
Technical SpecificationsΒ
|
ConditionΒ |
New/Never Used SurplusΒ |
|
Part NumberΒ |
DS3800NTBE1A1AΒ |
|
ManufacturerΒ |
General ElectricΒ |
|
SeriesΒ |
Mark IVΒ |
|
Functional DescriptionΒ |
Thermocouple CardΒ |
|
Identification MarkΒ |
6BA01Β |
|
ConnectorsΒ |
Two vertical male 28-pin connectors: JA and JBΒ |
|
CapacitorsΒ |
Forty-eight capacitors present on the boardΒ |
Β
Β
Information About DS3800NTBE1A1A
The DS3800NTBE1A1A is a printed circuit board (PCB) manufactured by General Electric for use in the Mark IV series. This series is specifically designed for managing steam or gas turbine control systems.Β
The DS3800NTBE1A1A serves as a thermocouple card, which is integral in relaying temperature measurements from an appliance to a controller. This data is crucial for process control and high-temperature safety shutdown functions. Within the Mark IV series, multiple thermocouple cards, including the DS3800NTBE1A1A, transmit temperature data to various sections of the control system. For instance, the exhaust system relies on thirteen thermocouple cards to provide information to three distinct subsections. These subsections utilize the data to determine whether to regulate the turbineβs fuel supply. A slight deviation in temperature readings from any single card can introduce bias into the system, which may lead to inaccurate fuel regulation and potentially cause engine and combustor issues. Hence, maintaining the proper functionality of each thermocouple card is crucial to ensure accurate system performance and prevent potential problems.Β
Β
Β Β
Manufacturer informationΒ
General Electric (GE) is a multinational conglomerate founded in 1892, based in the United States. It operates in various industries, including aviation, healthcare, renewable energy, and power. GE is known for its innovations in technology, manufacturing, and infrastructure solutions.