About the DS3800HACA1A1A
This particular DS3800HACA1A1A printed circuit board product offering from General Electric was originally designed and produced specifically for the Mark IV Turbine Control System Series. The Mark IV Series that this DS3800HACA1A1A product belongs to, as delegated partially through its full extended series name, as it exists with specific applications in the control systems and management systems of General Electric-compatible gas and steam turbine automated drive assemblies. With this being the case, the mark IV Series that this DS3800HACA1A1A printed circuit board or PCB for short belongs to still has to be considered an obsolete GE product series generally, as it was discontinued by its original manufacturer due to a series-wide functional obsolescence at some point in the many years beyond its original GE release. With this being true, the DS3800HACA1A1A PCB's greater Mark IV Turbine Control System Series is still very much lauded on its greater automated industrial promotional marketplace, given its status as one of the lastly-developed Mark product series to take advantage of the patented Speedtronic control system technology first seen with the advent of the Mark I Series in the mid to later 1960s.
Hardware Tips and Specifications
Before the technician can install or service the GE Circuit Board DS3800HACA1A1A it is important that the surrounding area around the drive is inspected for hazards. Look for moisture on the floor and make sure you dry the floor completely before proceeding. If the moisture is caused by condensation from humid conditions in the room, you might have to install dehumidifiers to remove the moisture from the air. Moisture is hazardous because it conducts electricity. Also inspect the area for 2-prong electrical cords and remove them from the area. They are also a hazard because of the risk of shock and electric burns. Finally, inspect the area for emergency shut off devices. Make sure they are in good working order. Also make sure they are near the drive and are clearly visible. Finally make sure all servicers know how to operate them. You should always have 2 servicers on site when installing or servicing a drive. The drives are high-voltage devices and a serious injury can happen at any time. If the servicer is alone, emergency aid might be delayed. But if another servicer is on site, assistance can be provided quickly and without delay. Understand that the drive receives electrical power from multiple sources and that you must shut off all power before you begin servicing the drive.
The GE Circuit Board DS3800HACA1A1A features multiple pins that are connected through fine wires wrapped around the pins. The GE Circuit Board DS3800HACA1A1A also is populated with a modular connector for attachment to a drive and retention levers to hold the board in the drive, While this DS3800HACA1A1A printed circuit board product offering's various installation and replacement procedures are certainly important to be aware about before making any final purchase decision, their presence on this DS3800HACA1A1A personalized product page here is truly more reminiscent of the lack of originally-printed instructional documentation detailing this DS3800HACA1A1A device specifically online. With this being the case, alternative sources including the DS3800HACA1A1A functional product number can be described as decent primary sources of DS3800HACA1A1A Board hardware component and component specification information, as it codes for these details through a series of functional naming elements. For instance, the DS3800HACA1A1A functional product number begins with the dual-functional DS3800 series tag describing this DS3800HACA1A1A PCB's domestic original manufacture location on top of its normal style of Mark IV Series assembly. Some of the other relevant hardware details in the DS3800HACA1A1A functional product number include this HACA-abbreviated product's HACA functional product abbreviation as well as its group one Mark IV Series product grouping.
