S M Engineers

• 3 kg capacity fitted with vertical drilling head attachment.
• An expanding collet type mandrel is used to clamp the component correctly without any error.
• Provided with DSP based panel and least count for unbalance indication is 0.01 gms.
• Balancing speed 1000 RPM.
• Minimum unbalance mass measured is 0.1 gram
• Maximum unbalance mass measured is 0.2 kg
• Supplied to 100% export oriented Company

• Hard bearing type horizontal two plane Dynamic Balancing Machine with DSP based measuring panel.
• Maximum capacity is 1000 kg
• Maximum diameter of Rotor 1600 mm.
• Minimum distance between Bearings 350 mm
• Maximum distance between Bearings 1650 mm
• Journal diameter range over standard Roller Carriage is 25 to 140 mm.
• Balance Speed 350 & 700 rpm.
• Minimum unbalance mass measured is 0.1 gram.
• Maximum unbalance mass measured is 4 kg.
• Minimum achievable unbalance per rotor weight is 0.5 gmm/kg
• Supplied to Iran.

A dynamic balancing machine is a specialized device used to measure and correct the imbalance of rotating machinery components such as rotors, fans, turbines, and other rotating parts. Imbalance in rotating machinery can lead to excessive vibration, reduced performance, increased wear and tear, and even catastrophic failure if not addressed.

Here's how a dynamic balancing machine typically works:

1. Mounting: The rotating machinery component, such as a rotor, is mounted onto the balancing machine's spindle.

2. Measurement: The machine spins the component at its operating speed. Sensors detect any imbalance by measuring the magnitude and phase angle of the vibrations caused by the imbalance.

3. Analysis: The machine's software analyzes the vibration data to determine the amount and location of the imbalance.

4. Correction: Based on the analysis, the machine calculates the amount and location of correction needed to balance the rotating part. This correction can be achieved by adding or removing material from specific locations on the component or by attaching counterweights.

5. Application of correction: Depending on the type of balancing machine, correction can be applied manually by a technician or automatically using built-in mechanisms.

6. Re-measurement: After correction, the component is retested to ensure that the imbalance has been effectively addressed. This iterative process may be repeated until the desired level of balance is achieved.

A dynamic balancing machine is a specialized device used to measure and correct the imbalance of rotating machinery components such as rotors, fans, turbines, and other rotating parts. Imbalance in rotating machinery can lead to excessive vibration, reduced performance, increased wear and tear, and even catastrophic failure if not addressed.

Here's how a dynamic balancing machine typically works:

1. Mounting: The rotating machinery component, such as a rotor, is mounted onto the balancing machine's spindle.

2. Measurement: The machine spins the component at its operating speed. Sensors detect any imbalance by measuring the magnitude and phase angle of the vibrations caused by the imbalance.

3. Analysis: The machine's software analyzes the vibration data to determine the amount and location of the imbalance.

4. Correction: Based on the analysis, the machine calculates the amount and location of correction needed to balance the rotating part. This correction can be achieved by adding or removing material from specific locations on the component or by attaching counterweights.

5. Application of correction: Depending on the type of balancing machine, correction can be applied manually by a technician or automatically using built-in mechanisms.

6. Re-measurement: After correction, the component is retested to ensure that the imbalance has been effectively addressed. This iterative process may be repeated until the desired level of balance is achieved.