High efficiency balancing of assembled rotors
Spindle assemblies, Motor assemblies, Turbo charger assemblies, etc.
Flexible rotor which is very difficult to balance can be easily balanced by multi-speed multi-plane balancing algorithm.
Before high speed field balancing of assembly, each rotating components should be balanced by this balancing machine, then peaks of resonances can be suppressed.
Complicated shape rotors can be precisely balanced by dedicated fixtures.
Vibration, temperature including FFT, bearing diagnostic function
|Drive system||Self drive|
|Mechanical unit||Balancing speed||180 to 120,000min-1|
|Bearing support system||Soft type (cradle type)|
|Measuring unit||Min. Achievable Unbalance||Depend on bearing of work|
|Balancing plane||1 and 2 (up to 4 is available with option)|
|Graphic display||5.7" TFT color LCD with touch screen|
|Min. unbalance indication||0.001mg|
|Unbalance measuring mod||Multi-speed multi-plane, Fixed-speed multi-plane|
|Monitoring items||Vibration, temperature|
|bearing diagnostic function||Including FFT|
|Indication mode||Polar coordinates and (3 to 99) components of unbalance vector
(add or remove of unbalance correction masses are selectable)
|No. of stored work data||50 data (No limitation when use with USB memory)|
|Data transfer||Measured data can be transferred to PC or stored USB memory -optional|
|Others||Power supply||3-phase AC200V 50/60Hz||Dimensions||950(W) × 550(L) × 1,200(H)mm|
|Option||Dynamic response evaluation with non-contact displacement sensor (Lissajous waveform)|