HVSD-100C Double-sided Vertical Balancing Machine

HVSD-double-sided vertical balancing machines in order to meet the market demand, machinery for large two-plane balancing test artifacts designed and manufactured a large soft bearing of vertical two-plane balancing machine. This machine applies Yu disc-like and the cylindrical loaded rotating pieces in single and the double motivated action balance check, is fan wind leaves, fan wind leaves, car flywheel, clutch device, brake disc, brake hub, liquid force variable from device, liquid couple collection device, wheel, air conditioning wind leaves, parts into action balance check of ideal equipment, just replaced installation artifacts of fixture, can for balance check. This machine is a stepless speed regulation of frequency conversion, data processing by industrial control computer, color screen display unbalance, phase angle and speed in real time, print, and complete localization menu structure, dialogue, prompt automatically. Software has a compensation function to the fixture, drilling, milling, turning calibration of auxiliary display functions, system of high precision, reliable, easy maintenance, more advanced than the other test systems.

HVSD double-sided vertical balancing machine is simple and compact structure, easy Assembly and commissioning, synchronous multi-v belt drive and a belt tension adjustment mechanism using piezoelectric sensors with high sensitivity, enhances the vibration signal of output, improve the sensitivity of balance detection. The protection you choose total protection, you can also choose semi protection, with electrical interlocking devices between machines and protective cover, makes the machine more safe and reliable.

Technical parameters

Main parameters of HVSD-100C double-sided vertical balancing machines and technical specifications:

1. maximum weight of workpiece (including fixture weight) 100 kg

2. workpiece Max diameter: f 800 mm (full 500mm)

3. Max height 400 mm

4. balancing speed 200-1500 r/min

5. motor power: 3kW

6. the minimum achievable residual unbalance Emar 2G • mm/kg

7. spindle of residual imbalance of = 5G mm

8. the imbalance reduction ratio URR = 90%

9. following separation ratio = 1:20