Method for measuring unbalance amount of rigid rotor by using static balance
A rotor unbalanced, rigid rotor technology, applied in the field of measurement, can solve the problems of long time, low efficiency, quantitative analysis and evaluation of rotor balance quality, etc., to improve efficiency and effectiveness, shorten consumption time, reliable static balance The effect of the assay method
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Embodiment 1
[0057] Static balance determination of rotor-unbalance:
[0058] It is known that the weight of the rotor is 1373kg, the outer diameter of the rotor is 1000mm, the rotating speed of the rotor is 336r / min during operation, and the balance quality requirement of the rotor is G6.3.
[0059] According to the standard GB / T 9239.1-2006, the allowable unbalance of the rotor can be calculated as 491.67×500g·mm.
[0060] In order to calculate the unbalance of the rotor, it is necessary to measure the moment of inertia J of the rotor according to step (3). 0 . According to the requirement of step (3) of the present invention, make m 0 is 400g, r is 500mm, measured t +m0 is 11.9s, t -m0 is 18.2s; t +m0 and t -m0 All are average values of multiple measurements. Then according to the step (3) of the present invention, the moment of inertia J of the rotor can be obtained 0 5012.56g·s 2 ×500mm.
[0061] According to the step (2) of the present invention, the corresponding relatio...
Embodiment 2
[0066] Static balance determination of rotor two unbalance:
[0067] It is known that the weight of the rotor is 576kg, the outer diameter of the rotor is 780mm, the rotating speed of the rotor is 450r / min during operation, and the balance quality requirement of the rotor is G6.3.
[0068] According to the standard GB / T 9239.1-2006, the allowable unbalance of the rotor can be calculated as 197.45×390g·mm.
[0069] In order to calculate the unbalance of the rotor, it is necessary to measure the moment of inertia J of the rotor according to step (3). 0 . According to the requirement of step (3) of the present invention, make m 0 is 100g, r is 390mm, measured t +m0 14.3s, t -m0 is 22.6s, t +m0 and t -m0 All are average values of multiple measurements. Then according to the step (3) of the present invention, the moment of inertia J of the rotor can be obtained 0 1727.65g·s 2 ×390mm.
[0070] According to the step (2) of the present invention, the corresponding relation...
Embodiment 3
[0075] Static balance determination of rotor three imbalances:
[0076] It is known that the weight of the rotor is 3435kg, the outer diameter of the rotor is 1420mm, the rotating speed of the rotor is 340r / min during operation, and the balance quality requirement of the rotor is G6.3.
[0077] According to the standard GB / T 9239.1-2006, the allowable unbalance of the rotor can be calculated as 856.054×710g·mm.
[0078] In order to calculate the unbalance of the rotor, it is necessary to measure the moment of inertia J of the rotor according to step (3). 0 . According to the requirement of step (3) of the present invention, make m 0 is 500g, r is 710mm, measured t +m0 16.7s, t -m0 272s, t +m0 and t -m0 All are average values of multiple measurements. Then according to the step (3) of the present invention, the moment of inertia J of the rotor can be obtained 0 11338.542g s 2 ×710mm.
[0079] According to the step (2) of the present invention, the corresponding rela...
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