Audited Supplier
Lifetime Maintenance
1 Year
No
No
Balancing Machine
No
No
Electronic Load
Dynamic Load
Digital
Computer Control
0-100Kg
AC220V
20~550
0.25
Customize
Customize
Hongjin
Fumigation-Free Standard Export Wooden Box
China
Product Description
Application range:
Mainly suitable for balancing and correcting various disc-shaped parts such as flywheels, large impellers, chucks, large clutches, pulleys, large fan blades, etc. The measurement system uses industrial computers (single-chip microcomputers) and internationally common digital and analog integrated circuits. The speed, value, and phase are all displayed digitally, and the unbalance value is directly displayed (g).
Product Introduction:
The driving device uses an AC motor as the main power, and the pulley drives the spindle through the motor shaft end pulley. The workpiece is placed on the spindle. Due to the centrifugal force generated when the workpiece rotates, the swing frame is forced to vibrate. This vibration signal is converted into an electrical signal through the mechanical-electrical transducer (sensor) installed in the swing frame, and input into the electrical measurement system through a dedicated wire. After the electrical measurement system solves, the size and phase of the workpiece imbalance are displayed.
Measuring system:
Touch screen system, fast running speed, high reliability, strong dust and shock resistance, can adapt to various industrial environments. The balancing software is powerful, adaptable, efficient, and has strong data versatility, and can output data through a standard interface.
Touch screen interface description:
1. Menu items, various function selections:
Including opening, saving, deleting, switching interfaces, workpiece calibration, printing, setting, and exiting of rotor numbers.
2. Working parameter input area: Including A B C R1 R2 and support mode.
3. Interface: There are 3 interfaces to switch (vector diagram, waveform diagram, record table).
4. Display the left unbalance amount and left angle.
5. Can directly display the current actual speed (unit: r/min).
6. Weighting or deweighting adjustment: Click (deweighting or weighting symbol) to switch the correction method of weighting and deweighting
7. Display the right unbalance amount and right angle.
8. Communication window, the "S" printed in the upper right corner of the screen is the logo to identify the working of the balancing machine, red characters are normal serial communication, black characters are abnormal serial communication.
9. The gram displayed in the center between the two dials indicates the current full gram degree of the dial.
Mainly suitable for balancing and correcting various disc-shaped parts such as flywheels, large impellers, chucks, large clutches, pulleys, large fan blades, etc. The measurement system uses industrial computers (single-chip microcomputers) and internationally common digital and analog integrated circuits. The speed, value, and phase are all displayed digitally, and the unbalance value is directly displayed (g).
Product Introduction:
The driving device uses an AC motor as the main power, and the pulley drives the spindle through the motor shaft end pulley. The workpiece is placed on the spindle. Due to the centrifugal force generated when the workpiece rotates, the swing frame is forced to vibrate. This vibration signal is converted into an electrical signal through the mechanical-electrical transducer (sensor) installed in the swing frame, and input into the electrical measurement system through a dedicated wire. After the electrical measurement system solves, the size and phase of the workpiece imbalance are displayed.
Measuring system:
Touch screen system, fast running speed, high reliability, strong dust and shock resistance, can adapt to various industrial environments. The balancing software is powerful, adaptable, efficient, and has strong data versatility, and can output data through a standard interface.
Touch screen interface description:
1. Menu items, various function selections:
Including opening, saving, deleting, switching interfaces, workpiece calibration, printing, setting, and exiting of rotor numbers.
2. Working parameter input area: Including A B C R1 R2 and support mode.
3. Interface: There are 3 interfaces to switch (vector diagram, waveform diagram, record table).
4. Display the left unbalance amount and left angle.
5. Can directly display the current actual speed (unit: r/min).
6. Weighting or deweighting adjustment: Click (deweighting or weighting symbol) to switch the correction method of weighting and deweighting
7. Display the right unbalance amount and right angle.
8. Communication window, the "S" printed in the upper right corner of the screen is the logo to identify the working of the balancing machine, red characters are normal serial communication, black characters are abnormal serial communication.
9. The gram displayed in the center between the two dials indicates the current full gram degree of the dial.
| Workpiece mass range | 5Kg | Maximum outer diameter of workpiece | 400mm |
| Spindle speed | 180-1600r/min | Height of workpiece | 120mm |
| Power supply | 187~253V 45~60HZ | Reduction rate of primary unbalance | 90% or more |
| Working environment temperature | 0~60ºC | Working environment humidity | 5%~95% |
| Motor power | 0.37KW | Inverter power | 0.75KW |
| Minimum achievable residual unbalance | 1g.mm/kg | ||