GE DS3820DMCB MKIV, Digital Input Module

The DS3820DMCB works with other components of the Mark IV system:

  • Processor Cards: The main CPU, such as the DS3800HCDA, receives the digital data from the DS3820DMCB to make control decisions.
  • Backplane: The module plugs into the system’s backplane (e.g., the DS3800XCIB), which provides it with power and the data bus to communicate with other modules.
  • Terminal Boards: The DS3820DMCB is a module that is likely part of a larger board or enclosure that includes the physical screw terminals for connecting the field wiring.
التصنيف:

الوصف

The GE DS3820DMCB is a Digital Input Module for the GE Speedtronic Mark IV turbine control system. It’s an I/O (Input/Output) module that specifically handles digital signals, such as on/off status from switches, pushbuttons, and protective devices.


 

Function and Purpose ⚙️

 

The main job of the DS3820DMCB is to act as an interface between the turbine’s physical field devices and the electronic control system. It receives signals from devices that provide a simple on/off, open/closed, or present/not-present status. The module then translates these digital signals into a low-voltage format that the system’s main processor can understand and process.

This is a critical function for monitoring various states of the turbine, such as:

  • Valve status: Open or closed.
  • Switch position: Start/stop switches or limit switches on mechanical components.
  • Protective relay status: Alarms or trip signals from protective devices.

 

Related Components

 

The DS3820DMCB works with other components of the Mark IV system:

  • Processor Cards: The main CPU, such as the DS3800HCDA, receives the digital data from the DS3820DMCB to make control decisions.
  • Backplane: The module plugs into the system’s backplane (e.g., the DS3800XCIB), which provides it with power and the data bus to communicate with other modules.
  • Terminal Boards: The DS3820DMCB is a module that is likely part of a larger board or enclosure that includes the physical screw terminals for connecting the field wiring.