Abstract: A system and method for servicing a rotor of a generator are presented. The system includes a carriage for carrying the rotor. At least one carriage steering device are arranged on the carriage for steering the carriage when traversing along a removal skid during servicing the rotor. The carriage steering device is attached to the carriage in a way that it is accessible from above the carriage. The carriage steering device is adjustable such that a center of the carriage aligns to a center rail of the removal skid when traversing along the removal skid during servicing the rotor.

Abstract: A system and method for servicing a rotor of a generator are presented. The system includes a carriage for carrying the rotor. At least one carriage steering device are arranged on the carriage for steering the carriage when traversing along a removal skid during servicing the rotor. The carriage steering device is attached to the carriage in a way that it is accessible from above the carriage. The carriage steering device is adjustable such that a center of the carriage aligns to a center rail of the removal skid when traversing along the removal skid during servicing the rotor.

Abstract: A system and method for monitoring the performance of selected data processing jobs, comparing actual performance against the Service Level Agreement (SLA) to which each monitored job belongs, identifying discrepancies, and analyzing impacts to other jobs in a job stream. The present invention, also referred to as the Automated SLA Monitor (ASM), is a distributed computing platform comprising one or more Production Consoles for extracting job performance data from the production mainframe computers (or production midrange computers in other embodiments), one or more Production Servers for housing databases, one or more Maintenance Workstations for entering and maintaining SLA data, and one or more Client Workstations for presenting selected data to the user.