In the machinery we often operate, there are a large number of rotating components. On site dynamic balancing instruments are suitable for dynamic balancing verification of various types of turbine rotors, transmission shafts, main shafts, electric motors, etc., all of which can be called rotating bodies. The balancing operation performed on the assembled rotating machinery in the on-site installation state is called the overall on-site balancing instrument. This type of method uses machinery as a dynamic balancing machine base, and the vibration information of the rotor's relevant parts measured by sensors is processed and transmitted to accurately measure the unbalance and unbalance position on each balance calibration surface of the rotor. The unbalance is then reduced through weight removal or addition to achieve high-precision balancing.
Function introduction of on-site dynamic balancing instrument:
1. The system software quickly calculates the weight and angle of the counterweight based on measurement data, providing a fully guided dynamic balancing function, making it easy to complete dynamic balancing correction according to the guide.
2. Real time data from dynamic balance measurement can be fully printed as needed.
3. The calibration adopts the influence coefficient method, which is easy to operate.
4. According to the requirements of equipment dynamic balancing, single-sided or double-sided balancing can be used.
5. It is recommended to use the instrument indoors in a ventilated and dry place, which should be anti-corrosion, moisture-proof, and avoid outdoor sunlight.
The on-site dynamic balancing instrument of the whole machine is directly connected to the whole machine, and does not require a dynamic balancing machine link. Only a low-cost dynamic balancing machine measurement system is needed to complete it. This method is very economical. In addition, due to the fact that the rotor is balanced under realistic working conditions, there is no need for disassembly or other processes, and the whole machine can achieve high balance accuracy in working condition. Not only that, the on-site dynamic balancing instrument also has many unique functions and technical indicators. Below are a few points analyzed for everyone to learn and refer to.
On site dynamic balancing technology has been widely applied in industrial and mining enterprises. The use of on-site unbalance technology can solve the faults caused by the dynamic balancing of equipment or shafts in a short time without changing the original installation conditions of the equipment, thereby greatly saving the costs of disassembly, transportation, installation, and maintenance.
SMC-2015 portable on-site dynamic balancing instrument is a measuring instrument that is more convenient to carry than ordinary horizontal and vertical balancing machines. Its volume is greatly reduced, and it does not rely on external power transmission. As long as the equipment is in operation, its dynamic balancing data can be determined. It is possible to quickly assess the operation status of the equipment on site. After using the system influence coefficient to determine the standard, the system will automatically calculate the size and angle of the added (subtracted) weight, and eliminate the imbalance on the equipment or shaft through dynamic balancing. Just need the speed signal and the vibration signals at both ends connected, the connection is simple and not limited by any space. According to the 602 computer measurement system, the instrument can measure single-sided balance and double-sided balance. Rotating objects such as fans, motors, impellers, and main shafts are all measured by on-site balancing instruments.
Introduction to the advantages of on-site dynamic balancing instrument:
1. The commonly used weight balancing methods for dynamic balancing machines include: weight testing method and no weight testing method; Arbitrary angle method, equal distribution weight method, adding slider method, sliding slider method.
2. Guided dynamic balancing function of dynamic balancing machine: The software follows the measurement data to quickly calculate the weight and angle of the counterweight, and provides a complete guided dynamic balancing function. The operator of the dynamic balancing machine can easily complete the dynamic balancing correction by following the guide.
3. The dynamic balancing machine has single-sided and double-sided balancing capabilities, which can be suitable for on-site balancing of rotors used in different industries.
4. Startup times: You can use the existing installation conditions on site to start and stop the machine 2-3 times; By using the influence coefficient method, the counterweight can be obtained in one start-up, achieving the effect of dynamic balance correction and greatly improving work efficiency.
5. The humanized continuous working state of dynamic balance can continue the dynamic balance work from the unfinished dynamic balance process that has been saved.
6. The proprietary weight estimation method for dynamic balancing machines can actively estimate the reasonable weight of dynamic balancing tests based on the input rotor material and the on-site environment. This can reduce the startup time by once and effectively improve the working efficiency of the dynamic balancing machine.
Function introduction of on-site dynamic balancing instrument:
1. The system software quickly calculates the weight and angle of the counterweight based on measurement data, providing a fully guided dynamic balancing function, making it easy to complete dynamic balancing correction according to the guide.
2. Real time data from dynamic balance measurement can be fully printed as needed.
3. The calibration adopts the influence coefficient method, which is easy to operate.
4. According to the requirements of equipment dynamic balancing, single-sided or double-sided balancing can be used.
5. It is recommended to use the instrument indoors in a ventilated and dry place, which should be anti-corrosion, moisture-proof, and avoid outdoor sunlight.
The on-site dynamic balancing instrument of the whole machine is directly connected to the whole machine, and does not require a dynamic balancing machine link. Only a low-cost dynamic balancing machine measurement system is needed to complete it. This method is very economical. In addition, due to the fact that the rotor is balanced under realistic working conditions, there is no need for disassembly or other processes, and the whole machine can achieve high balance accuracy in working condition. Not only that, the on-site dynamic balancing instrument also has many unique functions and technical indicators. Below are a few points analyzed for everyone to learn and refer to.
On site dynamic balancing technology has been widely applied in industrial and mining enterprises. The use of on-site unbalance technology can solve the faults caused by the dynamic balancing of equipment or shafts in a short time without changing the original installation conditions of the equipment, thereby greatly saving the costs of disassembly, transportation, installation, and maintenance.
SMC-2015 portable on-site dynamic balancing instrument is a measuring instrument that is more convenient to carry than ordinary horizontal and vertical balancing machines. Its volume is greatly reduced, and it does not rely on external power transmission. As long as the equipment is in operation, its dynamic balancing data can be determined. It is possible to quickly assess the operation status of the equipment on site. After using the system influence coefficient to determine the standard, the system will automatically calculate the size and angle of the added (subtracted) weight, and eliminate the imbalance on the equipment or shaft through dynamic balancing. Just need the speed signal and the vibration signals at both ends connected, the connection is simple and not limited by any space. According to the 602 computer measurement system, the instrument can measure single-sided balance and double-sided balance. Rotating objects such as fans, motors, impellers, and main shafts are all measured by on-site balancing instruments.
Introduction to the advantages of on-site dynamic balancing instrument:
1. The commonly used weight balancing methods for dynamic balancing machines include: weight testing method and no weight testing method; Arbitrary angle method, equal distribution weight method, adding slider method, sliding slider method.
2. Guided dynamic balancing function of dynamic balancing machine: The software follows the measurement data to quickly calculate the weight and angle of the counterweight, and provides a complete guided dynamic balancing function. The operator of the dynamic balancing machine can easily complete the dynamic balancing correction by following the guide.
3. The dynamic balancing machine has single-sided and double-sided balancing capabilities, which can be suitable for on-site balancing of rotors used in different industries.
4. Startup times: You can use the existing installation conditions on site to start and stop the machine 2-3 times; By using the influence coefficient method, the counterweight can be obtained in one start-up, achieving the effect of dynamic balance correction and greatly improving work efficiency.
5. The humanized continuous working state of dynamic balance can continue the dynamic balance work from the unfinished dynamic balance process that has been saved.
6. The proprietary weight estimation method for dynamic balancing machines can actively estimate the reasonable weight of dynamic balancing tests based on the input rotor material and the on-site environment. This can reduce the startup time by once and effectively improve the working efficiency of the dynamic balancing machine.
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