DS3800NTBE | General Electric Printed Circuit Board

DS3800NTBE | General Electric Printed Circuit Board

Product Description P/N: DS3800NTBE Description / Specifications Description The DS3800NTBE is a thermocouple card designed for integration within the Mark IV system, used for gas and steam turbine management. The Mark IV system employs triple redundancy for all critical controls and parameters, with thermocouples distributed throughout to monitor turbine performance. 

Specifically, thirteen exhaust thermocouples are arranged as follows: 4 in R, 5 in S, and 4 in T. These thermocouples calculate median values and relay them to the system, ensuring accurate turbine control. Technical Specifications Part Number DS3800NTBE Category Printed Circuit Board Designed For Mark IV System Application Gas and steam turbine management Thermocouple Distribution 13 exhaust thermocouples: 4 in R, 5 in S, 4 in T Connectors 2 vertical pin 28-pin connectors (JA, JB) Capacitors 48 capacitors Resistors None Diodes None Drill Holes Multiple holes along edges and center, away from waffle pattern Thermocouple Components TBA, TBB, TBC, TBD Alignment Marked Yes Information About DS3800NTBE The DS3800NTBE is a thermocouple card specifically designed for integration within the Mark IV system, which is utilized for managing gas and steam turbines. The Mark IV system incorporates triple modular redundancy to ensure reliability across all parameters and critical controls. The thermocouple card DS3800NTBE plays a crucial role within this system. It is employed to interface with various thermocouples distributed throughout the Mark IV system. For instance, the system employs thirteen exhaust thermocouples distributed as follows: four thermocouples for R, five for S, and four for T. These thermocouples measure temperature and calculate median values, which are then communicated back to the system鈥檚 control unit,

. This setup ensures that the turbine operation is consistently monitored and managed based on readings from these thermocouples. Proper functioning of all thermocouple cards is essential, as deviations or erroneous readings from any single card could result in a temperature bias, potentially leading to a significant reduction in turbine performance and output. Manufacturer information 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. IQElectro is not an authorized distributor. QElectro LLC (IQElectro) is NOT an Authorized Distributor or in any way affiliated with Rockwell Automation, Siemens, or any other Manufacturers. 

IQElectro is NOT an Authorized Dealer of this product. The product may be of older version, date codes, or design than that available from authorized dealers. As IQElectro is not an authorized dealer of this product, the Original Manufacturer's Warranty and Support DO NOT apply.IQElectro sells SURPLUS onlyand DOES NOT SELL SOFTWARE or FIRMWARE licenses For more detailed information, please refer to the full version of our disclaimer policy Disclaimer Policy.

Main Functions

Power system monitoring and control:

The power interface board can be used for power system monitoring and control equipment to ensure the safe, stable and reliable operation of the power system.

Power plant automation:

In the power plant, it can be used to connect and manage the power supply of the mastering system and monitoring equipment to improve the automation level of the power plant.

Power transformer and distribution:

Applicable to substations and distribution stations, it is used to govern the power supply of transformers, circuit breakers and other equipments to ensure the high efficiency of power transmission and distribution.

Industrial Process Mastering:

In manufacturing and chemical workshops, this power interface board can be used for power management of automation systems, inner and control equipment to enhance productivity and safety.

Building Automation:

It can be used in building automation system, power supply to lighting, air conditioning, security equipment, etc., to achieve intelligent management of building equipment.

Railway flag signal system:

In the railway system, it is used in the power management of railway flag signal equipment and control system to ensure the stable operation of railway signal system.

Smart Grid:

In the smart grid, the power interface board can be used to connect and manage the digital power equipment and promote the intelligent development of the power grid.

Traffic Flag Signal System:

In the traffic flag signal system of routes and intersections, it is used to supply power to the flag master and equipment to ensure the normal display of traffic signals.

Aerospace:

In aviation and aerospace, the power interface board can be used in the control system of aircraft and spacecraft to provide stable and reliable power support.

It is suitable for land initiatives, oilfield equipment and other categories, providing power support for various land engineering equipment.