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Need help?Do you have a question about the GE Custom 8000 and is the answer not in the manual?
Provides overview of manual, instructions for use, and contact info for further assistance.
Outlines essential safety measures for personnel to prevent injury during operation and maintenance.
Lists relevant industry standards and organizations for obtaining them.
Explains warranty coverage, operation requirements, and contact for issues.
Instructions for checking shipment, inspecting for damage, and reporting issues upon arrival.
Guidance on proper lifting techniques using designated lugs to prevent damage and injury.
Precautions for protecting the machine during storage, including lubrication and environmental controls.
Specifies requirements for the installation location, including ventilation and environment.
Explains the importance of a proper foundation for alignment, stability, and vibration control.
Describes how to place and secure the machine on the foundation, including alignment adjustments.
Discusses bearing axial movement, end play, and recommended coupling types.
Details procedures for achieving parallel and angular alignment using dial indicators.
Provides steps for aligning coupling halves using dial indicators.
General safety warning regarding wiring, grounding, and potential hazards.
Guides on making power connections, checking insulation resistance, and rotation.
Lists common motor accessories and where their electrical terminations are located.
Explains grounding pad locations and the procedure for grounding the machine.
Discusses the impact of voltage/frequency variations on performance and acceptable limits.
Explains the effects of voltage unbalance, negative sequence currents, and derating factors.
Safety warning regarding insulation resistance testing procedures and potential injury.
Explains how insulation resistance is measured and factors affecting it.
Defines polarization index, its measurement, and its significance for winding condition.
Lists essential pre-start checks, including insulation resistance and voltage verification.
Lists various pre-start checks for bearings, accessories, and general condition.
Details the procedure for performing a controlled initial start and test run.
Describes monitoring winding temperature, vibration, and accessory function.
Provides NEMA standards for motor vibration limits and measurement points.
Instructions for key alignment on the shaft extension.
Emphasizes reliability and long service life with proper installation, operation, and maintenance.
Highlights the value of a maintenance program for protecting capital investment.
Critical safety warning to disconnect power before any maintenance.
Stresses importance of cleanliness for machine performance and longevity.
Details how to remove dirt and contamination, recommending vacuum.
Inspection frequencies for components under different conditions.
Describes how to access and inspect stator windings, including end shield removal.
Guidance on inspecting coil bracing, connections, and wedges for damage.
Details measuring insulation resistance and steps to restore it if low.
Explains how cleaning and drying can restore insulation resistance.
Discusses the importance of bearings, grease lubrication, and recommended frequency.
Step-by-step procedure for greasing bearings, including purging excess grease.
Lists common causes of bearing failure, such as incorrect grease or misalignment.
Describes how to clean bearings and housings during motor disassembly.
Provides specific grease specifications and recommendations for low/high temperatures.
Emphasizes the importance of bearings and preventive maintenance for long service life.
States the necessity of bearing maintenance and care to avoid damage during removal.
Highlights the need for extreme care during bearing disassembly to protect critical surfaces.
Provides a procedure for cleaning or replacing bearings, including removing parts.
Details the process for reassembling bearings, emphasizing cleanliness and component installation.
Reiteration of bearing importance and preventive maintenance for extended service life.
Notes the need for bearing maintenance and careful handling to prevent damage.
Stresses the extreme care required during bearing removal to protect shaft and bearing fits.
Procedure for cleaning or replacing bearings, including part removal steps.
Outlines the steps for reassembling bearings, focusing on cleanliness and component care.
Major safety warning for qualified personnel operating electrical machinery.
Table listing common operational problems, their causes, and recommended actions.
Continuation of troubleshooting chart covering noise, vibration, and overheating issues.
Further troubleshooting for overheating, noisy bearings, and low insulation resistance.
Covers troubleshooting for low insulation resistance, wound rotor motors, and brush sparking.
Discusses the importance of spare parts for minimizing downtime and ensuring reliability.
Identifies parts that experience wear due to relative motion and should be stocked.
Mentions other parts that can deteriorate unpredictably, like air filters.
Advises evaluating application criticality to determine spare parts inventory levels.
Lists recommended spare parts categorized by application criticality.
Instructions on how to order parts, including required information.
Explains how belt/chain drives deliver torque and their suitability.
Guidance on V-belt drive alignment, tension, and speed limits.
Overview of motor features, insulation systems, seals, and finishes for adverse ambients.
Describes the fabricated steel construction, end shields, and quality assurance.
Explains the self-ventilation system, air paths, and features of weather-protected Type I motors.
Explains how to use the general view and parts list for identification and ordering.
Lists the components of the machine assembly and their functions, including cooling air path.
Describes the frame construction, lifting lugs, ground pads, and access holes.
Explains the function of end shields in supporting the rotor and mounting bearings.
Describes the air deflector's role in directing cooling air to the fan.
Details the construction of the stator core, windings, insulation, and impregnation.
General