Product Description
This DS200ITXSG1A Inverted Snubber Board is a crucial member of the Mark V Series developed by General Electric, as mentioned above. With this in mind, it is important to contextualize each individual hardware component made available to the DS200ITXSG1A Inverter Snubber Board within the greater intended functionality of the Mark V Series product offering. Luckily enough for our sakes, this DS200ITXSG1A Inverter Snubber Board has a plethora of available instructional manual materials detailing its specific function. According to these GE materials, this DS200ITXSG1A Inverter Snubber Board was specifically manufactured for use in A frame drives, as it helps to provide both dv and dt suppression for IGBT modules in IGBT-led drive assemblies.
Hardware Tips and Specifications
In ordered to achieve its intended functionality, this DS200ITXSG1A Inverter Snubber Board makes use of an elevated number of hardware components. The GE Inverter Snubber Board DS200ITXSG1A features one 8-pin connector, two 2-pin connectors, and multiple test points. It is also populated with four capacitors. Additionally, a singular 12-pin connector seems to have been adopted for use with this Mark V Series product offering, specifically in order to interface with the IIBD board within the same Mark V Series drive assembly. Before making a purchase decision on this DS200ITXSG1A Inverter Snubber Board, it is important to realize that this is a modified General Electric product, as it has been changed from its original DS200ITXSG1 parent product status through its insertion of a singluar, A-rated functional product revision. This piece of information was revealed upon a breakdown of the functional DS200ITXSG1A product number, which includes other details such as:
- A DS200 normal assembly type
- A Salem, Virigina original factory location
- The ITXS functional acronym
- A normal style of PCB coating
- A group one Mark V Series grouping
The GE Inverter Snubber Board DS200ITXSG1A generates heat, that if allowed to build up, can cause sensors in the drive to produce an error condition to keep the drive from overheating. The electrical components or the motor might be damaged if the drive is allowed to overheat. Also, a safety hazard that leads to fire can occur. If the overheat condition occurs, the drive is automatically shut off and you must take action to rectify the situation. When the drive is automatically shut off to prevent an overheat condition, it is called a trip condition. A trip condition causes an error message that displays on the control panel display.
