GE-FANUC DS3800HPTK GATE DRIVER CARD

Model Number:DS3800HPTK1H1K

Application Category:GE Boards & Turbine Control

Mark IV DS3800:Yes

Number of Gate Drivers:1

Resistor Type:15 long grey resistors, 18 Ohms ±5%, 10W

Resistor Color Bands:10 other resistors

Diodes:13 various colored diodes

Capacitors:13 capacitors, varying sizes

Fuses:1 large glass fuse

LED Indicator:1 small red LED

Potentiometer:1 small blue potentiometer

Dimensions:Specific dimensions provided by the manufacturer

Hardware Revision:Original design, no known revisions

    The GE DS3800HPTK Gate Driver Card, a quintessential piece for the Mark IV Speedtronic series, is meticulously engineered for industrial turbine applications. Its robust design, featuring 15 long grey resistors rated at 18 Ohms with a tolerance of ±5%, ensures reliable electrical switching and control.

    With a comprehensive set of 10 color-banded resistors indicating different current capacities, this card provides unparalleled flexibility in managing complex electrical circuits. The inclusion of 13 diodes further enhances its functionality, allowing for precise current regulation.

    The card boasts three capacitors of varying sizes, which play a crucial role in filtering and smoothing the electrical signals, thus contributing to the overall stability of the system. A large glass fuse and a small red LED serve as safety measures, ensuring uninterrupted operation even under extreme conditions.

    Additionally, the DS3800HPTK includes a small blue potentiometer, offering users the ability to adjust settings for fine-tuned control. Its installation is straightforward, thanks to two screw points and two plastic clips, making it an ideal choice for both new installations and system upgrades.

    Manufactured with precision and quality, the DS3800HPTK is not just a component; it’s a testament to GE‘s commitment to excellence in industrial automation. With its comprehensive set of specifications and detailed product details, this gate driver card promises unparalleled performance and reliability in your power generation projects.