Fan Blade Balancing Machine (PHW-300)
Horizontal Balancing Machine
Universally applicable through modular design
Safe handling through economic design concept
Full range of safety equipment for all protection classes
Easy change-over to different rotors
Special designed brackets can effectively transmit mechanical force
The durable and reliable sensor possesses high sensitivity
The permanent calibration brings high accuracy
Driven by universal coupling,transmit the power steadily
Applicable to rotors which can't be driven by belt or need large power
Advanced electrical measuring system and friendly man-machine interface
Special Features:
The measuring unit employs JP-380 Micro- computer Electric Measuring Instrumentation newly developed by ourselves with piezoelectric transducer as electromechanical sensor. The measuring unit can show rotating speed, measured value, and phase position intuitively with options of six support modes available while the piezoelectrical sensor possesses a large capacity of output, small volume and high stability.
Range of Application:
Fan Blade Balancing Machine(PHW-300) is also mainly used in checking the balance of rotatable bodies such as motors, spindles of machine tools,animal fan blade,blower,clinopodiums,centrifuges,pump impeller.drying cylinder.ceramic machinery,rollers,rubber sticks,etc.. Driven by universal joints, and it can offer us a variety of rotation speed,with features of high precision,easy to be operated and high efficiency,etc..
Production Parameters:
Technical data at a glance |
PHW-300 |
Mass Scope of Workpiece (kg) |
300 |
Max Diameter of Workpiece (mm) |
1200 |
Distance Between Two Support Bearings (mm) |
Min:60 |
Journal Diameter Scope of Workpiece (mm) |
20~180 |
Max Distance between Driving Flange and Right Bearing Support (mm) |
1500 |
Rotation Speed of the Main Axis (r/min) |
600/1095 Stepless speed regulation |
Motor Power (kw) |
3 Frequency conversion |
Torque of Universal Joint Shaft (N.m) |
60 |
Min Achievable Residual Unbalance Amount (emar) |
≤ 1g. mm/kg |