Audited Supplier
HM1-HM10
Balancing Machine
Dynamic Load
Digital
100-500Kg
AC220V
schenck
Pallet
CE
Shanghai
0
Product Description
Universally applicable with modular design;
High precision and efficiency
Workstation design with ergonomic operation height and space saving.
Extremely easy access to the workspace, the measuring device, and all other important control elements
Easy, tool-free setup of different rotors.
Permanent Calibration, allowing high initial unbalance;
Servomotor with digital speed selection and monitoring
Self-diagnosis for quick fault detection and rectification
Exact and quick unbalance correction thanks to automatic angle positioning.
Advance measuring instrument CAB708, optional CAB 920
Comfortable protection enclosure as per DIN ISO 21940-23, Class C
Shielded sensor en case of magnetized rotors
Range of ApplicationUniversal balancing machines series HM1-10 are ideal for balancing small workpieces from 0.3kg to 18kg,
such as small-sized motor rotors, impellers, rollers, turbochargers and spindles etc.
The machines can be operated either seated or standing at a suitable height.
Optional with Underslung belt drives(BU), Overslung belt drives(BK) and tangential drive.
The adjustment of unbalance can be corrected by weighting directly on the balancing machine
(balancing weight or balancing plasticine) or by taking it to another machine for weight reduction (drilling, milling or grinding).
Technical Specifications
| Rotor Data/Machine Size | Unit | HM1 | HM10 |
| Max.rotor weight on rollers | kg | 12 | 18 |
| Max.rotor diameter above machine base | mm | 360 | 360 |
| Entendable to max.rotor diameter | mm | ||
| Journal diameter range | mm | 45434.00 | 45473.00 |
| Extendable journal diameter range | mm | 22-50 | 30-70 |
| Wn²-vale for permanent calibration | 106kg/min2 | 80 | 80 |
| Umar(based on CAB708 at apprx.1000 rpm) | gmm | 0.1 | 0.2 |
| Unbalance reduction ratio(URR) | % | 95 | |
| Technical Data with End Drive | |||
| Basic machine base length | mm | ||
| Min.distance from coupling flange of drive shaft to the center line of the right bearing pedestal | mm | ||
| Min.distance between the bearing pedestal center lines | mm | ||
| Recommended drive power | kw | ||
| with gear box approx. | min-1 | ||
| with stepped pulley approx. | min-1 | ||
| Technical Data with Belt Drive | |||
| Basic machine base length | mm | 500 | 500 |
| Min.distance from coupling flange of drive shaft to the center line of the right bearing pedestal | mm | 450 | 450 |
| Min.distance between the bearing pedestal center lines | mm | 15 | 15 |
| Recommended drive power | mm | 40 | 40 |
| with gear box approx. | kw | AC Servo 0.2/0.4 | AC Servo 0.2/0.4 |
| with stepped pulley approx. | mm | 10-150 | 10-150 |
| Length of machine base | mm | 10-150 | 10-150 |
| Max.distance between bearing pedestal center lines | min-1 | 220-2200 | 220-2200 |
| Min.distance between bearing pedestal center lines | mm | 50 | 50 |
