Series:Mark V DS200

  Product Description

  The DS200DSFBG2A GE driver shunt feedback board is designed to provide feedback and control signals for GE drivers.

  feature

  Reliable and accurate feedback signal

  Compatible with GE drives

  Easy to install and integrate into existing systems

  The DS200DSFBG2A GE driver splitter feedback board is a high-quality feedback solution suitable for GE drives.It ensures reliable and accurate feedback signals,allowing for precise motor control.With its simple installation process,it can be seamlessly integrated into existing systems.

  DS200DSFBG2A is a general electrical circuit board component designed specifically to accommodate Mark V systems.Mark V is an updated version of GE's popular Speedtronic system and the second version to provide TMR control.MKV can be set in the form of Simplex or TMR to provide various control options according to the requirements of the turbine system,and since fault tolerance implemented by software is part of the MKV design,the system can still be used even in Simplex.MKV also provides online maintenance and built-in diagnostic functions.

  DS200DSFBG2A is a driver shunt feedback board.It is a wide rectangular plate sparsely distributed with components.The board has been factory drilled at each corner,and more than ten installation holes are also placed inside the board body.These mounting holes are surrounded by conductive materials and are designed to connect the device emitter and device gate.

  Other circuit board components on DS200DSFBG2A include transformer components,multiple transistors,plug-in connectors,and plug connectors.The board mainly uses metal film resistors,but there are also several resistance network arrays.Capacitors are often made of ceramic materials,but their designs vary.They include ceramic disc capacitors.The board also has LED indicator lights and diodes.This board does not have fuses or any type of configurable hardware.

  application area

  The DS200DSFBG2A GE driver shunt feedback board is widely used in industrial automation,robotics,motion control systems,and other fields