To Next PageTo Next PageWhy is my ABB TPS52 vibrating?
Vibrations in ABB Industrial Equipment can stem from several causes. One potential cause is rotor unbalance, in which case you should contact an ABB Turbocharging Service Station. Other possible causes include a damaged turbine or compressor, or a damaged bearing.
Why is my ABB Industrial Equipment experiencing a sluggish start-up?
A sluggish start-up in ABB Industrial Equipment can occur due to several reasons. It might be caused by a contaminated turbocharger, in which case you should clean it. Alternatively, it could be due to a damaged bearing, requiring you to contact an ABB Turbocharging Service Station. Other possible causes are a rubbing rotor or a foreign object in the turbocharger.
What to do if rotating parts are rubbing in ABB TPS52?
If you suspect rubbing of rotating parts in your ABB Industrial Equipment, and there is any doubt about the extent of the rubbing, then an ABB Turbocharging Service Station must be contacted.
General| Brand | ABB |
|---|---|
| Model | TPS52 Series |
| Category | Industrial Equipment |
| Language | English |
Explains the manual's objective and scope for turbocharger familiarization and safe operation.
Details the turbocharger's main components and their operational roles and interactions.
Specifies the turbocharger's application on diesel engines and critical safety precautions.
Provides guidelines for storing new turbochargers and spare parts to maintain their condition.
Covers organizational measures, safety practices, and personnel competence for safe operation.
Explains the meaning of symbols and terms used throughout the manual for clarity.
Describes the information presented on the turbocharger's rating plate, including operating limits.
Details the meaning of each item on the turbocharger rating plate.
Indicates the physical locations where the rating plates are attached to the turbocharger.
Provides details on how to contact ABB Turbo Systems for service and support.
Introduces safety aspects, potential risks, and operator responsibilities for turbocharger safety.
States the compliance of ABB turbochargers with relevant EU machinery directives.
Explains the meaning of mandatory safety signs requiring specific personal protective equipment.
Clarifies the meaning of warning and caution symbols used to indicate hazards and precautions.
Identifies the locations and purpose of warning plates affixed to the turbocharger.
Outlines essential safety practices for operating and maintaining the turbocharger.
Details potential mechanical, noise, heat, chemical, and electrical hazards.
Addresses turbocharger tolerance and checks required after a deflagration event.
Emphasizes statutory regulations for periodic checks of pressure vessels.
Provides safety guidelines for lifting and suspending loads involving turbocharger components.
Details requirements for a reliable oil supply system for turbocharger operation.
Describes preventive visual controls and measurements before and during commissioning.
Outlines procedures for recommissioning a turbocharger after it has been out of service.
Discusses noise levels and measures to mitigate them during turbocharger operation.
Covers visual checks, monitoring, and functional checks for maintaining the turbocharger.
Provides guide values for the service life and replacement of turbocharger components.
Explains the system for continuous monitoring of turbocharger speed.
Details procedures for safely stopping the engine with oil-cooled or water-cooled turbochargers.
Introduces general maintenance tasks including visual checks and cleaning for trouble-free function.
Describes the wet cleaning process for the compressor stage to remove deposits.
Explains methods for cleaning turbine components to prevent contamination and maintain efficiency.
Covers manual cleaning procedures for various turbocharger components.
Lists possible causes and solutions for sluggish start-up, vibrations, and rubbing parts.
Addresses causes and consequences of turbocharger surging and sporadic surge blows.
Covers issues like low oil pressure, speed reduction/increase, and high exhaust gas temperature.
Details causes and eliminations for noises during run-down and short run-down times.
Troubleshoots issues with speed sensors, signal amplitude, and measurement readings.
Illustrates methods for suspending and transporting turbochargers safely.
Provides a guide to the weights of different turbocharger models for lifting gear selection.
Details the step-by-step procedure for safely removing the turbocharger from the engine.
Outlines the process for correctly installing the turbocharger onto the engine.
Sets preconditions and general advice for disassembly and assembly work.
Lists the weights of individual turbocharger parts and assemblies for handling.
Provides detailed instructions for dismantling and reassembling the turbocharger.
Explains how to measure axial and radial clearances and provides tolerance values.
Describes measurement of radial clearances using feeler gauges and provides theoretical values.
Lists specified tightening torques for various screw fittings on the turbocharger.
Describes procedures for shutting down the turbocharger for short-term emergency repairs.
Details measures for mothballing the turbocharger when the engine is out of service temporarily.
Outlines alternatives and procedures for long-term engine out-of-service storage of the turbocharger.
Specifies data required for inquiring about or ordering spare parts.
Provides an exploded view of the turbocharger with part numbers for identification.
Shows an exploded view of the cartridge group with part numbers for identification.
