What are the characteristics of on-site balancing instruments, which rotors are suitable for dynamic balancing correction, what is the weight, what is the 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 taken back into the packaging box and stored in a dry environment. In high humidity environments, desiccant should be added to the storage box for dehumidification. Before application, necessary ventilation and moisture-proof measures should also be taken. Magnetic suction cups should not be left open for a long time. It is recommended to put it back into the box after mutual suction, and to prevent the impact of falling or throwing from causing demagnetization.
Before using the on-site balance 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 speed pulse generation. All cable joints are treated with anti pulling treatment, and the cable itself cannot be repeatedly bent or stretched forcefully, causing internal leads to open circuit. When placing cables, it is necessary to prevent heavy objects from crushing and human tripping. The most likely location where the cable is connected to the sensor or host is at the connector seat. When the instrument is using an internal battery and the battery level is low (<6.5V), the backlight on the front panel will not light up. Users are advised to charge it quickly.
The on-site dynamic balancing technology has been widely applied by industrial and mining enterprises. By utilizing on-site imbalance technology, faults caused by the dynamic balancing of equipment or shafts can be solved in a short period of time without changing the original installation conditions of the equipment, thereby greatly saving the costs of disassembly, transportation, installation, and maintenance.
Features of HM-16C dynamic balance instrument:
1. Independent operating system with measurement features of a regular balancing machine
2. Balancing spectrum analysis, vibration detection, and data storage for more efficient use
3. On site inspection, diagnosis, and clear calculation results
4. Rechargeable power supply with built-in battery that is not limited by the environment or power supply
5. Optimize the volume and matching accessories, making it small and easy to carry
6. Built in language switching function, Chinese and English operation, easy to use instrument
Performance description of HM-16C dynamic balance analyzer:
1. Contains data storage that can be used for program upgrades, data storage, report printing, and language conversion.
2. It has the functions of balancing various rotors before assembly and online balancing and correction after assembly.
3. Suitable for online dynamic balance correction/monitoring/analysis of various rotors in machinery/motors.
4. Using frequency spectrum for rotor vibration analysis to truly present the vibration state.
5. Can perform various rotor single or double sided dynamic balance correction/monitoring/analysis.
6. Can perform vibration unit conversion, vibration allowable value setting/power state presentation.
7. The dynamic balance correction operation can be performed by adding weight or removing weight.
8. Calculation of built-in ISO1940 rotor balance level
9. Add touch LCD.
10. Can be used for hole location allocation/drilling depth calculation.
11. Add rechargeable lithium batteries/strong standby time.
12. Added sensor detection function.
13. New USB Flash Disk/compact mini for easy portability.
14. Add indicator light function.
15. Add an adjustable handle.
16. Add three dynamic balancing functions.
The field dynamic balancing instrument is a kind of universal portable vibration measuring instrument focusing on dynamic balancing. It can not only be used for on-site dynamic balancing of machines with rotating parts, such as steam turbines, water turbines, centrifuges, fans, water pumps, paper machines, steel rolling machines, printing machines, etc., but also can be directly connected with the racks of various dynamic balancing machines to form dynamic balancing machines or intelligently transform old dynamic balancing machines.
The dynamic balancing instrument can perform on-site dynamic balancing on 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 by imitating the VIBROPORT series universal vibration tester from Schenker, Germany. There are many vibrations that cannot be measured using simple instruments, such as adjacent disturbance frequencies being too close, rotor speed being unstable or inaccessible, etc. But using a dynamic balance instrument can achieve the most accurate measurement accuracy even under the worst conditions.
The on-site dynamic balance instrument of Huake Zhichuang is directly connected to the entire machine, and it does not require a dynamic balance machine connection. It can be completed with a low-cost dynamic balance machine measurement system, which is very cost-effective. In addition, due to the fact that the rotor is balanced under real working conditions, there is no need for disassembly and other processes, and the entire machine can achieve high balance accuracy in working condition. Not only that, the on-site dynamic balance instrument also has many unique functions and unique technical indicators.
Before using the on-site balance 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 speed pulse generation. All cable joints are treated with anti pulling treatment, and the cable itself cannot be repeatedly bent or stretched forcefully, causing internal leads to open circuit. When placing cables, it is necessary to prevent heavy objects from crushing and human tripping. The most likely location where the cable is connected to the sensor or host is at the connector seat. When the instrument is using an internal battery and the battery level is low (<6.5V), the backlight on the front panel will not light up. Users are advised to charge it quickly.
The on-site dynamic balancing technology has been widely applied by industrial and mining enterprises. By utilizing on-site imbalance technology, faults caused by the dynamic balancing of equipment or shafts can be solved in a short period of time without changing the original installation conditions of the equipment, thereby greatly saving the costs of disassembly, transportation, installation, and maintenance.
Features of HM-16C dynamic balance instrument:
1. Independent operating system with measurement features of a regular balancing machine
2. Balancing spectrum analysis, vibration detection, and data storage for more efficient use
3. On site inspection, diagnosis, and clear calculation results
4. Rechargeable power supply with built-in battery that is not limited by the environment or power supply
5. Optimize the volume and matching accessories, making it small and easy to carry
6. Built in language switching function, Chinese and English operation, easy to use instrument
Performance description of HM-16C dynamic balance analyzer:
1. Contains data storage that can be used for program upgrades, data storage, report printing, and language conversion.
2. It has the functions of balancing various rotors before assembly and online balancing and correction after assembly.
3. Suitable for online dynamic balance correction/monitoring/analysis of various rotors in machinery/motors.
4. Using frequency spectrum for rotor vibration analysis to truly present the vibration state.
5. Can perform various rotor single or double sided dynamic balance correction/monitoring/analysis.
6. Can perform vibration unit conversion, vibration allowable value setting/power state presentation.
7. The dynamic balance correction operation can be performed by adding weight or removing weight.
8. Calculation of built-in ISO1940 rotor balance level
9. Add touch LCD.
10. Can be used for hole location allocation/drilling depth calculation.
11. Add rechargeable lithium batteries/strong standby time.
12. Added sensor detection function.
13. New USB Flash Disk/compact mini for easy portability.
14. Add indicator light function.
15. Add an adjustable handle.
16. Add three dynamic balancing functions.
The field dynamic balancing instrument is a kind of universal portable vibration measuring instrument focusing on dynamic balancing. It can not only be used for on-site dynamic balancing of machines with rotating parts, such as steam turbines, water turbines, centrifuges, fans, water pumps, paper machines, steel rolling machines, printing machines, etc., but also can be directly connected with the racks of various dynamic balancing machines to form dynamic balancing machines or intelligently transform old dynamic balancing machines.
The dynamic balancing instrument can perform on-site dynamic balancing on 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 by imitating the VIBROPORT series universal vibration tester from Schenker, Germany. There are many vibrations that cannot be measured using simple instruments, such as adjacent disturbance frequencies being too close, rotor speed being unstable or inaccessible, etc. But using a dynamic balance instrument can achieve the most accurate measurement accuracy even under the worst conditions.
The on-site dynamic balance instrument of Huake Zhichuang is directly connected to the entire machine, and it does not require a dynamic balance machine connection. It can be completed with a low-cost dynamic balance machine measurement system, which is very cost-effective. In addition, due to the fact that the rotor is balanced under real working conditions, there is no need for disassembly and other processes, and the entire machine can achieve high balance accuracy in working condition. Not only that, the on-site dynamic balance instrument also has many unique functions and unique technical indicators.
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