DS3800HLNF1D1B

    Varying star amount pictures Varying star amount pictures Varying star amount pictures Varying star amount pictures Varying star amount pictures
  • 4.93 (14)
  • Click a star to rate this product
    Varying star amount pictures Varying star amount pictures Varying star amount pictures Varying star amount pictures Varying star amount pictures
  • 4.93 (14)
  • Click a star to rate this product
The DS3800HLNF1D1B Circuit Control Card

AVAILABILITY:

CALL FOR AVAILABILITY

Sell Surplus: Have a DS3800HLNF1D1B to sell? Sell Now
Exchange Credit: Learn more about our exchange credit program
  • Part Number: DS3800HLNF1D1B
  • SKU: GBTC-12037
  • Manufacturer: GE Boards & Turbine Control
  • Series: Mark IV DS3800

DS3800HLNF1D1B Technical Specifications

Manufacturer General Electric
Series Mark IV Speedtronic
Functional Part Number DS3800HLNF1D1B
Functional Description DS3800HLNF1D1B Circuit Control Card

About the DS3800HLNF1D1B

The DS3800HLNF1D1B is a control card for a General Electric turbine control system. This particular printed circuit board is designed to fit into a Mark IV Speedtronic system. Speedtronic systems, which began with the Mark I in the 1960s, have been GE’s primary offering for industrial turbine control, with the Mark IV being the first of these systems to offer a more complex architecture with built-in redundancies that helped to reduce downtime and increase the overall efficiency of the system. 


Hardware Tips and Specifications

At 1.15 pounds, the DS3800HLNF1D1B is a larger circuit board. This weight is before the addition of internal or external boxing as well as any sort of padding we may use to protect components for shipment. Your actual shipping weight will be higher. Components can be combined together in one package for lower overall shipping costs. The DS3800HLNF1D1B is built with a backplane connector to help the board communicate with the larger rack system and other components within it. The board also has a right-angled connector near its front edge for the addition of another cabled connector.  

Before the Mark IV, most Speedtronic systems used terminal screw-type connectors; with the advent of this system connectors changed over to plug-in types to allow for faster change-out of components. This front edge also includes extractor clips to allow the board to be pulled from its location more easily during replacement. Other board components on the DS3800HLNF1D1B include FPGAs, integrated circuits, DIP switches, and resistors. Details regarding this board’s installation and maintenance can be found through General Electric manuals and user guides. 


Frequently Asked Questions about DS3800HLNF1D1B

What kinds of drives can the DS3800HLNF1D1B be used in?

The DS3800HLNF1D1B can be used in gas and steam turbine drives. 

Does the DS3800HLNF1D1B come with all of the components needed to function?

Yes, all of the components that the board needs are equipped on it already. 

Reviews For DS3800HLNF1D1B

Internal Review
(5.0)

The DS3800HLNF1D1B is a Control Board from the Mark IV DS3800 series. The DS3800HLNF1D1B is designed to work with drives from gas and steam turbine systems. The DS3800HLNF1D1B has a variety of essential board components. - AX Control Lead Technician

Repair Services For DS3800HLNF1D1B

Type Lead Time Price Action
Repair Service 1-2 weeks $458

Our highly skilled technicians can repair your DS3800HLNF1D1B. All of our repairs come with a 3 Year AX Control Warranty. Please contact us for additional information about our repair process. To receive the repair pricing and lead time listed above please process your repair order via our website. The following repair options may be available upon request:

  • 48-72hr Rush Repair
  • Detailed Repair Reports
  • AX Control Certificate of Warranty

AX Control Warranty Info

All products we sell are backed by our unparalleled warranty. A warranty certificate will be provided with your order upon request.
All PLCs, HMIs, and Turbine Control Boards: 3 Years
All AC/DC and Servo Drives: 2 Years
All Motors: 1 Year
Learn More