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Resonance in a Drilling Pump

Resonance in a Drilling Pump

Vibration analysis on a drilling pump identified resonance that drove abnormal motion. We defined corrective actions that removed the issue and stabilized operation.
Mechanical Looseness at Fan Base

Mechanical Looseness at Fan Base

Process fan vibration traced to poor base design with missing diagonal bracing. Reinforcement restored stiffness, lowered vibration, and improved reliability.
Blower Vibration Investigation

Blower Vibration Investigation

Blower vibration traced to motor soft foot that mimicked unbalance. Fixing base flatness avoided needless motor replacement and cut vibration to stable levels.
Resonance in Lubricating Oil Piping

Resonance in Lubricating Oil Piping

Vibration in a lubricating oil line was linked to piping resonance. We defined supports and layout corrections that removed excitation and stabilized the system.
Resonance in a Turbine Turning Gear Motor

Resonance in a Turbine Turning Gear Motor

Turning gear motor had repeat bearing failures. Diagnostics found resonance at turbine speed while idle. Corrective tuning prevented brinelling and restored life.
Resonance in an Extruder Head

Resonance in an Extruder Head

Extruder head resonance caused vibration and contamination in clear polycarbonate. We set corrective actions that removed resonance and restored product quality.
Gas Leak in an Agitated Reactor

Gas Leak in an Agitated Reactor

Failure study on an agitated reactor traced gas leakage to sealing weaknesses. Actions restored sealing integrity, stabilized operation, and reduced safety risk.
Deficient Pump Motor Base Design

Deficient Pump Motor Base Design

Pump motor base design and anchoring were inadequate. Recommendations covered stiffening, proper grouting and leveling, correct anchor bolts, and precise alignment.
Mechanical Looseness Between Blower Base and Support Frame

Mechanical Looseness Between Blower Base and Support Frame

Mechanical looseness at the interface between blower base and frame raised vibration. Regrouting, leveling, proper anchoring, and added bracing restored stiffness.
Poor Piping Layout and Flow Design

Poor Piping Layout and Flow Design

Pump and line vibration traced to poor piping route and flow conditions. Rerouting, better supports, and correct reducer orientation reduced turbulence and loads.
Deficient Extruder Base Design

Deficient Extruder Base Design

Under designed extruder base produced elevated vibration. Reinforcement, proper grouting and leveling, correct anchor bolts, and shaft alignment restored stability.
Mechanical Looseness at Machine Base

Mechanical Looseness at Machine Base

Mechanical looseness at the machine base and foundation interface raised vibration. Regrouting, leveling, and correct preload returned smooth and reliable operation.
Mechanical Looseness in the Machine Frame

Mechanical Looseness in the Machine Frame

Looseness within frame members and joints reduced stiffness and raised vibration. Weld repairs, fastener replacement and added gussets restored structural integrity.