Series:Mark V DS200

  Product Description

  The DS200KLDAF1DAA GE Mark V Speedtronic component is designed for use in the GE Mark V Speedtronic system,providing control and monitoring functions.

  feature

  High performance control and monitoring functions

  Compatible with GE Mark V Speedtronic system

  Reliable and durable design

  Easy to install and integrate into existing systems

  The DS200KLDAF1DAA GE Mark V Speedtronic board is an important component of the Mark V Speedtronic system,ensuring the smooth and efficient operation of industrial processes.With its advanced features and reliable performance,it is the ideal choice for applications that require precise control and monitoring.

  DS200KLDAF1DAA is a Mark V Speedtronic component released by General Electric as part of the Speedtronic series.MKV includes a triple modular redundant architecture,which includes built-in diagnosis and online maintenance.It is used as an LED display control card and is labeled with the GE logo and code(such as C-ESS and 6BA03).It is rectangular in shape and designed for alignment and drilling installation.It has seven auxiliary plates connected to its surface through brass pins;Each auxiliary board contains an LED display screen with a 10 digit digital display screen constructed using SISD(sixteen segment display screen),resistive network array,and pin connectors.

  Other components include 32 red LED indicator lights placed on the board,8 in each row,divided into four rows,and four connectors,including one vertical pin connector and three right angle connectors.Capacitors are made of electrolytic and ceramic materials and placed next to diodes,resistors,jump switches,and transistors on circuit boards.There are multiple resistor network arrays and integrated circuits,including an oscillation chip,EEPROM,and three FPGAs.

  application area

  The DS200KLDAF1DAA GE Mark V Speedtronic component board is widely used in various industries,including power generation,oil and gas,chemical processing,and manufacturing,where precise control and monitoring of equipment and processes are crucial.