GE DS3800HPTK – Industrial Grade Gate Driver Card for Mark IV Speedtronic

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-FANUC DS3800HPTK GATE DRIVER CARD is an essential component in turbine control systems, offering unparalleled reliability and efficiency. Its robust design ensures seamless integration with various control architectures, providing precise gate control and improved system performance.

    Featuring solid-state relay outputs, this card significantly reduces maintenance requirements and enhances system longevity compared to traditional mechanical relays. The high-resolution 24-bit input allows for fine-tuning of control signals, resulting in superior control accuracy.

    With its wide operating temperature range (-20°C to +60°C), this board is suitable for a variety of industrial environments, from cold storage facilities to hot manufacturing plants. Its DC 24V operation ensures compatibility with a broad spectrum of power sources commonly found in industrial settings.

    Equipped with a versatile RS-485 communication interface, the DS3800HPTK facilitates easy setup and integration with other control devices, streamlining system configuration and management. The board’s ability to handle up to 32 channels makes it ideal for complex turbine control scenarios where multiple actuators or valves need to be controlled.

    Engineered for durability and reliability, the GE-FANUC DS3800HPTK GATE DRIVER CARD is backed by comprehensive support services and a commitment to continuous innovation. It is part of the GE-FANUC line of products known for their precision, quality, and adaptability in demanding industrial environments.