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Dynamic Balancing of Fan Blower Impellers, Electric Armatures Rotors

Quick Overview

The relationship of permissible eccentricity a with speed n for a number of balance quality grades, G1 , G2.5, etc. specified in ISO 1940. The international committee responsible for this specification has tentatively (1973) proposed quality classifications for particular products. It will be seen that G 6.3 is the grade considered appropriate for fan impellers.

Close tolerance on the shaft-hub fit are essential, and must not be spoiled by careless fitting. Dynamic unbalance will be produced by a small run-out such as might result from forcing the impeller on against a bruised shaft or shoulder.

Working Principle

Impeller with a breadth exceeding some 20% of the diameter are likly to require dynamic balancing.this involves driving the rotor in the bearings of a balancing machine which are soft mounted in the horizontal direction. The resulting bearing vibration are picked-up, analysed and displayed to show the positon and value of the counterweight to be attached in two selected correcting planes.


Product Description

Turning Point Engineers have all Machinery facilities including a Dynamic Balancing Services with capacity up to 65 tones.

Typical Rotating Elements Balancing likely to be acceptable within grade:

  • Fan Impellers
  • Blower Impellers
  • Pump Impellers
  • Electric Rotors, Armatures
  • Fly Wheel
  • Turbines
  • Balancing of Rolls
  • Pulleys Balancing
  • General Machinery
  • Crankshaft Drives
  • Car Wheels
  • Brake Drum

Quality Balancing

  • It will be Balanced by quality grades A B C and D
  • G1, G2.5, G6.3 and G16 + respectively for Class I machines and components.
  • Capacity - upto 65 tones

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