
SRMFA Case Study – SCI Rotor – H2S Damage
Sour gas exposure for fabricated SCI machines, even with rigorous PM and protective coatings, has proven to wreak havoc over an extended period of time.
Sour gas exposure for fabricated SCI machines, even with rigorous PM and protective coatings, has proven to wreak havoc over an extended period of time.
Our customer asked for their motor to be reconditioned before redeployment, as a precautionary measurement and as part of their SOP. SRMFA can assist with the mitigation of unnecessary setbacks in the motor repair process
Rotor was exhibiting excessive vibration and taken out of service due to corrosion related to H2S gas exposure.
Complete rotor rebuild with new core steel and rotor bars. Rotor was refurbished. Brandon & Clark performed SRMFA via Rotor Lab both before and after repair.
SRMFA technology was developed out of an industry need for accurate analysis and diagnosis of rotor condition. SRMFA lends itself to diagnosing common fabricated rotor failures such as broken or cracked bars or otherwise compromised
Rotor Lab reports are automatically generated upon test completion. The report format is customizable and your branding will be added to the report through report preferences, in the Rotor Lab software. Report data is saved
Detection of defects in induction machine rotor bars for disassembled motors are required to evaluate machines considered for repair as well as fulfilling incremental quality assurance checks in the manufacture of new machines. Detection of
A new process of measuring the magnetic field at the surface of a rotor provides an improved method of detecting rotor bar damage for a disassembled motor. Many current methods of rotor testing lack the