Product Description
This DS2020FECNRP010A modular assembly from the trusted automated industrial manufacturer General Electric was specifically developed, as discussed before, to exist as a member of their Mark V Speedtronic control system series, specifically within the functional role of a Field Exciter Module. This DS2020FECNRP010A product offering does not exist as the original Mark V Series device of its intended functionality; that would be the DS2020FECNRP010 parent printed circuit board missing this DS2020FECNRP010A device's singular A-rated functional product revision. It is important to note that this DS2020FECNRP010A product offering's greater General Electric Mark V Series is considered a legacy product series due to its eventual manufacturing discontinuation in the many years following its initial release.
Hardware Tips and Specifications
The GE Field Exciter Board DS2020FECNRP010A features seven jumpers and two terminal blocks with three terminals on each. The jumpers are identified as JP1 through JP7. The GE Line Protection Board DS2020FECNRP010A also contains multiple prong-type connectors. The board is installed on standoffs on another component of the drive. The signal wires that connect to the board originate on the component to which it is attached. This is about the extent of hardware components identifiable in this DS2020FECNRP010A device's assembly upon a visual inspection of the DS2020FECNRP010A product itself; necessitated by this DS2020FECNRP010A modular assembly's lack of original pertinent instructional manual information. With this being true, the DS2020FECNRP010A functional product number gains a new importance, coding for various hardware specifications such as this DS2020FECNRP010A Field Exciter Module's:
- DS2020 special modular assembly
- FECN functional product abbreviation
- RP style of PCB protection
- A-rated functional product revision
The drive is a high-voltage device that can cause serious injury if proper precautions are not made. The electrical energy can cause electrical burns and shock and the powerful moving parts can cause injury to individuals in the surrounding area. For that reason, the individuals that service and maintain the drive must have some basic awareness about the dangers posed by the drive and how to prevent problems. Before beginning to handle the drive or any components inside the drive, inspect the surrounding area, to ensure that there is no oil, water, or grease, as the water is a conductor of electricity and can cause serious injury. Before starting, clean up any moisture and allow the floor to dry completely. If moisture is a continuing problem dehumidifiers might be needed at the site to prevent condensation from forming. Use detergents to clean the floor of oil and grease. Make sure to remove any unnecessarily-ungrounded power cords as they could potentially cause a hazard. During the operation of the DS2020FECNRP010A model, the user should always be aware that the drive might have multiple sources of power connected to it and they must be checked for the presence of power in the drive before you touch any components.
