GE DS5201A2S21 STACK ASM

The DS5201A2S21 is a fundamental component in early GE control panels for:

  • System Housing: Providing the secure, protected housing for a set of critical control cards.
  • Signal Interconnection: Ensuring a reliable and robust electrical connection between all the modules in the stack.
  • Maintenance and Repair: Facilitating the quick and easy removal and replacement of individual circuit cards for troubleshooting and maintenance.
التصنيف:

الوصف

The GE DS5201A2S21 is a Stack Assembly for an early GE Speedtronic turbine control system, likely from the Mark I or Mark II series. It serves as the physical housing and electrical backplane for a vertical assembly of circuit cards, providing the mechanical support and the electrical interconnections necessary for the system’s modular architecture.


 

Technical Breakdown 🧠

 

This assembly is a foundational component of the early Speedtronic control system’s physical design.

  • Stack Architecture: The term “stack” refers to the unique vertical arrangement of circuit boards in early GE control systems. The DS5201A2S21 provides the physical frame and guiding rails that allow multiple cards to be securely mounted one on top of the other.
  • Electrical Backplane: The assembly is not just a passive frame; it contains the electrical connectors and internal wiring that form the backplane. This backplane distributes power, ground, and communication signals to all the cards plugged into the stack. It is the central nervous system that allows the different modules to communicate and operate as a single system.
  • Modular Design: This stack design was a key feature of its time, enabling a modular approach to control system construction. It allowed for easier assembly, maintenance, and replacement of individual circuit cards compared to a hard-wired, non-modular system.

 

Applications 🏭

 

The DS5201A2S21 is a fundamental component in early GE control panels for:

  • System Housing: Providing the secure, protected housing for a set of critical control cards.
  • Signal Interconnection: Ensuring a reliable and robust electrical connection between all the modules in the stack.
  • Maintenance and Repair: Facilitating the quick and easy removal and replacement of individual circuit cards for troubleshooting and maintenance.