Application
It is used for the unbalance correction of rotating workpieces such as large and medium-sized motor rotors, blowers, centrifugal impellers, drying cylinders, and rollers.
Features
- Professionally designed brackets, which can effectively transmit mechanical force, firm and reliable, with low vibration damping and good rigidity
- High sensitivity sensor, good linearity, durable and reliable
- Once calibration, permanent use, allowing extremely high initial unbalance
- Special universal joint drive for balancing machine, stable power transmission, quick start and easy operation
- It is suitable for the rotor whose outer circle cannot use belt drive device or requires large transmission power
- Advanced electronic measurement system, friendly HMI, complete functions
Applicable to Huge workpieces
Technical data at a glance
PHW-50000
PHW-80000
PHW-100000
Mass Scope of Workpiece(kg)
50000
80000
100000
Max Diameter of Workpiece(mm)
Φ3600
Φ4000
Φ4200
Distance Between Two Support Bearings(mm)
Min 600
Min 600
Min 600
Journal Diameter Scope of Workpiece(mm)
Φ80~560
Φ80~560
Φ100~650
Max Distance between Driving Flange and Right Bearing Support (mm)
7000
7500
9500
Rotational Speed of the Main Axis(r/min)
138,235,348,505,
729,955
138,235,348,505,
729,955
124,187,255,373,473,627,
853,1588
Motor Power (kw)
110
160
200
Torque of Universal Joint Shaft(N·m)
10000
15000
18000
Length of Bed (mm)
9000
10000
12000
Min Achievable Residual Unbalance Amount(emar)
≤1g· mm/kg
1) Frequency conversion
2) Can add to 75-180
3) Can add to 120~240
4) Stepless speed regulation
Application: Unbalance correction for large/medium rotors, blowers, impellers, cylinders, rollers
Brackets: High rigidity, low vibration damping
Sensor: High sensitivity, good linearity
Calibration: One-time, permanent
Drive: Universal joint, stable, high power
Measurement: Advanced electronic system, user-friendly HMI
Workpiece mass: up to 100,000 kg
Max diameter: up to 4200 mm
Motor power: up to 200 kW
Torque: up to 18,000 N·m
Bed length: up to 12,000 mm
Min residual unbalance: ≤1g·mm/kg