GE DS3800NDAC1D1E Speedtronic Mark IV Module

Overview

The GE DS3800NDAC1D1E module is a key component of the Speedtronic Mark IV series, designed to optimize control and monitoring in industrial automation systems. Manufactured by General Electric, this module offers a range of features that enhance the efficiency and reliability of your system.

With 8 adjustable potentiometers, EPROM memory devices, and a crystal oscillator for precise frequency generation, this module ensures stable operation in demanding environments. Additionally, it includes various diodes and resistors to support diverse electrical requirements.

Key Features

• Adjustable Potentiometers: The 8 adjustable variable resistors allow users to make fine-tuned adjustments, ensuring the module adapts to specific operational needs.
• Memory Devices: The module integrates EPROMs (reprogrammable) and over 10 EEPROMs, providing reliable data storage for critical applications. This combination ensures quick access to stored data and system reliability.
• LED Indicator: A pale yellow LED indicator signals the module’s current status, making it easy to monitor and diagnose.
• Crystal Oscillator: The built-in crystal oscillator guarantees precise frequency generation, crucial for maintaining consistent system performance.
• Resistors and Diodes: The module includes 74 resistors with categorized current capacities. It also incorporates multiple diodes:
  • 1 sandy diode
  • 4 red diodes
  • 16 silver diodes
  • 36 blue-green diodes
• Connectors: It features a 40-slot female port and a male port with a colored box and snaps, ensuring secure and easy connections for system integration.
• Mounting: The module comes with 2 screw points and fasteners, ensuring a stable and secure installation process.

Technical Specifications

Applications

The GE DS3800NDAC1D1E module is vital for applications requiring high-precision control. It integrates seamlessly into Speedtronic Mark IV systems, commonly used in power generation, industrial automation, and control systems. Its robust design ensures consistent and reliable performance, even in complex and demanding environments.