discover the fraserwoods advantage

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We take rotating equipment reliability seriously. That’s why we dynamically balance blower rotors to Grade 0.63, surpassing the balance grade set by ISO 1940-1:2003 Mechanical Vibration standards for rigid state pump impellers. At Fraserwoods we utilize the Schenck HM40B Balancing & Diagnostic System to balance a wide spectrum of rotors including helical screw, tri-lobe, bi-lobe, fans, wheels and shafts. Discover the Fraserwoods Advantage. Schenck factory trained balancing technicians Precision balancing & diagnostic system Balancing to ISO 1940-1:2003 Mechanical Vibration Standard, Grade 0.63 Computer generated “unbalance” and “as corrected” reports. Benefits of Dynamic Balancing Reduced Bearing Loads Increased Efficiency Increased Service Life Improved Airflow Quality Reduced Component Wear Reduced Operational Noise We Balance Bi-lobe & Tri-lobe Rotors Rigid Rotors Couplings Fan Wheels Shafts Rollers Vibration Analysis Vibration analysis is one of the most powerful condition monitoring tools available for industrial use. Digital Tachometers Precision Laser Alignment Sonic Tension Meters Infrared Heat Monitors Rotor Balancing – computer generated unbalance and “as corrected” reports Fan Balancing – balanced to grade 2.5 Precision Dynamic Balancing – Schenck Balancing & Diagnostic System

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We take rotating equipment reliability seriously. That’s why we dynamically balance blower rotors to Grade 0.63, surpassing the balance grade set by ISO 1940-1:2003 Mechanical Vibration standards for rigid state pump impellers. At Fraserwoods we utilize the Schenck HM40B Balancing & Diagnostic System to balance a wide spectrum of rotors including helical screw, tri-lobe, bi-lobe, fans, wheels and shafts.

Discover the Fraserwoods Advantage. • Schenck factory trained balancing technicians• Precision balancing & diagnostic system• Balancing to ISO 1940-1:2003 Mechanical Vibration Standard, Grade 0.63• Computer generated “unbalance” and “as corrected” reports.

Benefits of Dynamic Balancing • Reduced Bearing Loads• Increased Efficiency• Increased Service Life

• Improved Airflow Quality• Reduced Component Wear• Reduced Operational Noise

We Balance • Bi-lobe & Tri-lobe Rotors• Rigid Rotors

• Couplings• Fan Wheels

• Shafts• Rollers

Vibration Analysis Vibration analysis is one of the most powerful condition monitoring tools available for industrial use. • Digital Tachometers• Precision Laser Alignment

• Sonic Tension Meters• Infrared Heat Monitors

Rotor Balancing – computer generated unbalance and “as corrected” reports

Fan Balancing – balanced to grade 2.5

Precision Dynamic Balancing – Schenck Balancing & Diagnostic System