What are the characteristics of on-site balancing instruments, which rotors are suitable for dynamic balancing calibration, what is the weight and price, and how to perform daily maintenance? The on-site dynamic balance testing and balancing process of the dynamic balance instrument should have safety awareness. When the instrument is not in use, it should be returned to the packaging box and stored in a dry environment. In a high humidity environment, a desiccant should be added to the storage box for dehumidification. Necessary ventilation and moisture-proof treatment should also be carried out before application. Do not place the magnetic suction cup in an open circuit for a long time. It is recommended to attract each other in pairs before putting them back into the box, and to prevent the impact of falling or throwing from demagnetizing them.
Before using the on-site balancing instrument, clean the emitting and receiving parts of the photoelectric head with clean cotton or toilet paper to prevent dust accumulation and reduce the possibility of generating speed pulses. All cable connectors have undergone anti pull treatment, and the cable itself cannot be repeatedly bent or stretched forcefully, causing internal lead breakage. When placing cables, precautions should be taken to prevent heavy objects from hitting or tripping them. The most likely place where the cable is connected to the sensor or host connector socket is where the internal battery of the instrument is used. When the battery is low (<6.5V), the backlight on the front panel will not light up. Users are advised to charge it quickly.
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.
Characteristics of HM-16C Dynamic Balancing Instrument:
1. Independent operating system, also has the characteristics of ordinary balancing machine measurement
2. Balancing spectrum analysis, vibration detection, and data storage for more efficient use
3. On site inspection, diagnosis, and clear calculation results at a glance
4. Rechargeable power supply, built-in battery not limited by environment and power supply
5. Optimized size and matching accessories, small size for easy portability
6. Built in language switching function, Chinese and English operation, easy to use instrument
Performance description of HM-16C dynamic balance analyzer:
1. The internal data storage can be used for program upgrade/data storage/printing reports/language conversion.
2. It has the functions of external balancing of various rotor lines before assembly and online balancing correction after assembly.
3. Suitable for online dynamic balance correction/monitoring/analysis of various rotors in machinery/motors.
4. Using frequency spectrum to analyze rotor vibration and present the actual vibration state.
5. Can be used for single-sided or double-sided dynamic balancing correction/monitoring/analysis of various rotors.
6. Can be used for converting vibration units, setting allowable vibration values, and presenting power status.
7. Dynamic balance correction can be performed using either weighted or de weighted methods.
8. Built in ISO1940 rotor balance level calculation
9. Add touch sensitive LCD.
10. Can be used for hole allocation/drilling depth calculation.
11. New rechargeable lithium battery/super standby time.
12. Added sensor detection function.
13. New USB Flash Disk/Compact Mini for easy portability.
14. Added indicator light function.
15. Added adjustable handle.
16. Add three dynamic balancing functions.
On site dynamic balancing instrument is a universal portable vibration measuring instrument mainly used for dynamic balancing. It can be used for on-site dynamic balancing of rotating parts such as steam turbines, water turbines, centrifuges, fans, water pumps, paper machines, steel mills, printing machines, etc. It can also be directly connected to the frames of various dynamic balancing machines to form a dynamic balancing machine or to carry out intelligent transformation of old dynamic balancing machines.
The dynamic balancing instrument can perform on-site dynamic balancing of various rotating machinery, equivalent to a movable dynamic balancing machine. It is exquisitely designed and easy to carry, and the entire instrument looks like a briefcase from the outside. The main function is developed and produced based on the VIBROPORT series universal vibration tester from the German company Schenck. There are many vibrations that cannot be measured with simple instruments, such as adjacent disturbance frequencies that are too close, unstable or inaccessible rotor speeds, etc. But even under the harshest conditions, the most accurate measurement accuracy can be obtained using a dynamic balancing instrument.
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 features and technical indicators.
Before using the on-site balancing instrument, clean the emitting and receiving parts of the photoelectric head with clean cotton or toilet paper to prevent dust accumulation and reduce the possibility of generating speed pulses. All cable connectors have undergone anti pull treatment, and the cable itself cannot be repeatedly bent or stretched forcefully, causing internal lead breakage. When placing cables, precautions should be taken to prevent heavy objects from hitting or tripping them. The most likely place where the cable is connected to the sensor or host connector socket is where the internal battery of the instrument is used. When the battery is low (<6.5V), the backlight on the front panel will not light up. Users are advised to charge it quickly.
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.
Characteristics of HM-16C Dynamic Balancing Instrument:
1. Independent operating system, also has the characteristics of ordinary balancing machine measurement
2. Balancing spectrum analysis, vibration detection, and data storage for more efficient use
3. On site inspection, diagnosis, and clear calculation results at a glance
4. Rechargeable power supply, built-in battery not limited by environment and power supply
5. Optimized size and matching accessories, small size for easy portability
6. Built in language switching function, Chinese and English operation, easy to use instrument
Performance description of HM-16C dynamic balance analyzer:
1. The internal data storage can be used for program upgrade/data storage/printing reports/language conversion.
2. It has the functions of external balancing of various rotor lines before assembly and online balancing correction after assembly.
3. Suitable for online dynamic balance correction/monitoring/analysis of various rotors in machinery/motors.
4. Using frequency spectrum to analyze rotor vibration and present the actual vibration state.
5. Can be used for single-sided or double-sided dynamic balancing correction/monitoring/analysis of various rotors.
6. Can be used for converting vibration units, setting allowable vibration values, and presenting power status.
7. Dynamic balance correction can be performed using either weighted or de weighted methods.
8. Built in ISO1940 rotor balance level calculation
9. Add touch sensitive LCD.
10. Can be used for hole allocation/drilling depth calculation.
11. New rechargeable lithium battery/super standby time.
12. Added sensor detection function.
13. New USB Flash Disk/Compact Mini for easy portability.
14. Added indicator light function.
15. Added adjustable handle.
16. Add three dynamic balancing functions.
On site dynamic balancing instrument is a universal portable vibration measuring instrument mainly used for dynamic balancing. It can be used for on-site dynamic balancing of rotating parts such as steam turbines, water turbines, centrifuges, fans, water pumps, paper machines, steel mills, printing machines, etc. It can also be directly connected to the frames of various dynamic balancing machines to form a dynamic balancing machine or to carry out intelligent transformation of old dynamic balancing machines.
The dynamic balancing instrument can perform on-site dynamic balancing of various rotating machinery, equivalent to a movable dynamic balancing machine. It is exquisitely designed and easy to carry, and the entire instrument looks like a briefcase from the outside. The main function is developed and produced based on the VIBROPORT series universal vibration tester from the German company Schenck. There are many vibrations that cannot be measured with simple instruments, such as adjacent disturbance frequencies that are too close, unstable or inaccessible rotor speeds, etc. But even under the harshest conditions, the most accurate measurement accuracy can be obtained using a dynamic balancing instrument.
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 features and technical indicators.
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