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Portable balancer, vibration analyzer, and balancer machine Balanset-1A.

Over the course of more than 5 years, approximately thousand devices of the Balanset series have been produced. During this time, three versions of the device have been released, and a lot of work has been done to improve both the device itself and its software. We strive for continuous improvement! We respond to the requests of our customers by adding new features. Throughout the entire existence of our company, we have continued to adhere to our pricing policy and strive to keep prices as low as possible, constantly expanding the capabilities of our devices and improving their quality.

By Nikolai Shelkovenko, 2 yearsApril 9, 2023 ago

About the experience of balancing the cardan shaft directly on the motor grader.

Found an old correspondence between our lead specialist and one of our customers.Correspondence from ten years ago! Autor : Valery Davydovich Introduction I must admit that I was very surprised and pleased with the results of the letter written to us by Andrey Kobyakov, the driver of the motor grader. His letter even surprised me – a specialist with more than 35 years of experience in the field of vibrodiagnostics and balancing. And for a long time I worked in the defense industry and balanced more than 1500 different machines and mechanisms starting from ordinary fans and smoke pumps and Read more…

By Nikolai Shelkovenko, 2 yearsApril 8, 2023 ago

Balancing cardan shaft, crankshaft and clutch basket directly on the motor grader

Example rotors

Using Balanset-1A as a measurement and computing system in balancing machines. Video inside

Extent of Usage in Stationary Measurement Systems Statistics on the consumption structure of balancing devices manufactured by Vibromera reveal that approximately 30% of these devices are purchased for stationary measurement and computational systems in balancing machines or stands. Softbearing Machine Design Essentials The design illustration indicates a mobile frame affixed to stationary stands using ribbon springs. Influenced by the centrifugal force generated by the rotor’s imbalance, the trolley can undergo horizontal oscillations relative to the stationary stand. These oscillations are measured with a vibration sensor. Using Balanset-1A as a measurement and computing system in balancing machines Key Features of Softbearing Read more…

By Nikolai Shelkovenko, 2 yearsApril 7, 2023 ago

Example Impellers

Improving the Quality of Micro Fans Through Precision Balancing

Balancing Coolers for Medical Equipment Balancing a Batch of 100 Coolers In response to a request from a medical equipment manufacturer, we undertook the task of balancing a batch of 100 coolers. Our process demonstrated high precision and effectiveness, significantly reducing vibration levels. Building a Stand for Cooler Balancing To accomplish this task, we constructed a stand consisting of a lightweight platform suspended on steel strings. This minimized external influences and provided precise and stable conditions for balancing. Using Epoxy Compound for Balancing We used a fast-curing epoxy compound as the corrective mass, applying it to the microfan blades. The Read more…

By Nikolai Shelkovenko, 2 yearsApril 7, 2023 ago

Fig. 1. The main working window of the Balanset program.

Fan balancing machine based on the Balanset-1A vibration analyzer.

Example Impellers rotors

Balancing the rotors of electric motors.

By Nikolai Shelkovenko, 2 yearsApril 7, 2023 ago

Example Impellers

Cost-Effectiveness of Balanset Devices: Revolutionizing Rotor Balancing and Vibration Reduction

The balancing of rotors is a central issue in numerous industries, particularly those that manufacture and operate fans. While the need for precision and reliability is paramount, cost-effectiveness is also a significant consideration. The Balanset series of devices has emerged as a disruptive force in this context, offering a unique value proposition. This article elucidates the cost-effectiveness of the Balanset series in rotor balancing and vibration reduction, as of early 2023. Balanset Series: A Compelling Value Proposition The Balanset series, comprising the Balanset-1, Balanset-1A, and Balanset-4 devices, has carved a unique niche in the market primarily due to its exceptional Read more…

By Nikolai Shelkovenko, 2 yearsApril 7, 2023 ago

Fan balancing with a portable balancer, Balanset-1A vibration analyzer.

Fig.7. Graph of the rotor orbit. Balanset software.

Example

Measurement of relative rotor vibration using non-contact linear displacement sensors.

With the Balanset-1A you can measure the relative vibration of the rotor using non-contact linear encoders. 1.1 Selection of the sensor type and setting. Depending on the task, either vibration sensors or displacement sensors can be used for measurements. To select the type of sensor it is necessary on the panel “Sensor type” (at the bottom of the main window) to put a mark in the field “Vibro” or “Linear”. Before starting the measurement it is necessary to make sure that the conversion coefficients of the sensors are set correctly. For this purpose press the button “F4-Settings” in the main Read more…

By Nikolai Shelkovenko, 2 yearsApril 7, 2023 ago

Example

Application of the Fourier transform to the analysis of vibration signals.

Andrei Shelkovenko. One of the developers and founder of Vibromera. The translation of the article may contain inaccuracies. Fourier transform and signal spectrum In many cases the task of obtaining (calculating) the spectrum of a signal is as follows. There is an ADC, which with sampling frequency Fd transforms continuous signal, which comes to its input during time T, into digital samples – N pieces. Then this array of samples is fed to some program (for example FourierScope) which outputs N/2 some numeric values. To check if the program works correctly, we form an array of samples as a sum Read more…

By Nikolai Shelkovenko, 2 yearsApril 7, 2023 ago

Fig.14 Example of rotor vibration function and spectrum

Vibromera rotor balancing setup with centrifugal fan on test stand, blue motor, vibration sensors, and measurement cables

Impellers Example

Simple Balancing Stands for Rotors: Design and Application

Simple Balancing Stands for Rotors: Design and Application Rotor balancing is an important stage in the production and operation of rotating equipment. High-quality balancing reduces vibrations, increases the lifespan of bearings and mechanisms, and enhances the overall efficiency of the equipment. This article examines simple balancing stands that provide high-quality balancing of various types of rotors with minimal costs. These stands are suitable for balancing small and medium rotors used in various mechanisms. The basis of the design of such stands is a flat plate or frame mounted on cylindrical compression springs. The springs are selected so that the natural Read more…

By Nikolai Shelkovenko, 2 yearsApril 6, 2023 ago

Example Mulchers Uncategorized