New Auswuchtsysteme for Gelenkkupplungen and rules for static balancing

The new balance system for rotors and Gelenkkupplungen the series BALTECH VP-3470 is unbeatable. The System's winning time in years . In this System, the electronic components of the most modern Schwingungsanalysatoren used, the accuracy and the application are advanced, but the price was of the society BALTECH not changed. Static Moment dynamic unbalance in 3 steps fixed: vibration measurement, calculation and installation of Ausgleichmassen, Measurement and storage of Auswuchtberichten. Balancing of Gelenkkupplungen, Rotors, shafts, pulleys or shafts, nowadays, quickly and easily inexperienced specialists.

Reasons for imbalance:

- Eccentrically arranged components,
- Faulty Machine Installations
- Gußleeren in different components,
Wear and corrosion of the wheels, shafts and rotors,
- Wärmeverzüge on large machines,
- Technological Sticking of the media,
- Structural damage,

- Losschrauben of components, etc

The forces of the imbalance charge stock, in this context, we will consider in the context of our Schulkurses TOP 102, "fundamentals of dynamic and static Auswuchtens“ the theory for the Lagerlanglebigkeit and reliability. The balance system BALTECH VP-3470 exercises balancing own bearing journals on the spot. Ask yourself a question: "Why do I Maschinenauswuchten with own bearing journals?“

1) reduction in operating costs... In what way?
- Energiekostensparung thanks to the Energieverbrauchreduzierung because of reduced Load,
- Extension of the length of life,
- Saving on maintenance (Anzahlreduzierung of spare parts, reduction of Working time and resources)

- Produktionsqualitätserhöhung,

- Reduce the Zeitstillstände,

The Unwuchtmerkmale (for static Moment or dynamic unbalance)

- A high Schwingungsspitze in the radial direction, on 1 х Wellendrehgeschwindigkeit (Fdr),

- Very low Axialschwingung on 1 х Wellendrehgeschwindigkeit,
- Current Harmonic of the wave period (frequenzfach) are not large,
- 1х rotation speed is in the spectrum is clearly visible.