1. explosion-proof system for vibration monitoring and 4-plane balancing
New
explosion-proof system for vibration monitoring and 4-plane balancing
BALTECH VP-3470-Ex
(series «VibroPoint»)

2. BALTECH released system for rotor balancing at the sight
In 2004 company
BALTECH released system for rotor balancing at the sight
(BALTECH VP-3460)
Let me tell you, this is the most exciting day at Fixturlaser for me for a long time. Actually, it’s the most exiting moment in 2505 days days ago I had the pleasure of being on stage here in Gothenburg introducing the Fixturlaser XA. A product that revolutionized the shaft alignment experience with an unrivalled User experience. Actually, an user experience that still, 2505 days, 6 years and 10 months, later is unrivalled.

3. utility - quality -price
According to opinion of independent experts the given system has become the best for vibration alignment over the last 10 years in its class on correlation:
utility - quality -price
Let me tell you, this is the most exciting day at Fixturlaser for me for a long time. Actually, it’s the most exiting moment in 2505 days days ago I had the pleasure of being on stage here in Gothenburg introducing the Fixturlaser XA. A product that revolutionized the shaft alignment experience with an unrivalled User experience. Actually, an user experience that still, 2505 days, 6 years and 10 months, later is unrivalled.

4. BALTECH VP-3460 For 12 years we have released and shipped
more than 800 systems series BALTECH VP-3460.
ПОЧЕМУ ОПЯТЬ НОВЫЙ ПРОДУКТ?

6. We thought:
«How to go along?»

7. Development processes in company BALTECH
- Feedback of production and technical service departments
- Feedback of marketing department
Feedback and ideas of our users
- New development s on microprocessor and electronics market.

9. Development of systems BALTECH
Convenient, easy and guiding interface
Reliability and accuracy of operation
Complex approach
Availability
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

10. True two-channel system
1. Plug for a network adapter
2. USB input
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.
1 – Tachometer + 2 channel vibration
2 – Battery indicator:
3 – Graphic display
4 – CANCEL
5 – ENTER
6 – Navigation buttons
7 – Alphanumeric keyboard
8 – Power

11. Entirely operationally ready kit
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

12. Main menu of the device Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

13. Opportunities of BALTECH VP-3470-Ех
- Measurement of vibration and analysis (2 vibration channels, 1 tachometric channel)
- Vibration control: measurement of vibration overall level (vibration displacement, vibration velocity, vibration acceleration, RMS, amplitude, peak factor, excess)
- Tachometer
- Phasemeter
- Stroboscope
Balancing (till 4 planes, till 16 points
of vibration measurement, trial start)
- Preliminary calculation of trial weight
- Calculation of angle and mass of balancing weight
- Oscillograph (measurement mode of time signal)
- Spectrum analysis of signals
- FFT spectrum analysis of envelope
Transmission of measured data to software BALTECH-Expert for data base maintenance of equipment condition, analysis of data, forecasting, diagnostics and report preparation
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience. 13

14. Function «VIBROMETER»
The given function allows to measure level of vibration (vibration velocity, vibration displacement, vibration acceleration) within the required frequency range
Choose necessary parameters for vibration measurement using buttons ▲▼ and ►◄, accordingly
Here it is possible to set:
channel of measurement (1 – only the first channel, – only the second and 1+2 – two channels),
value of measurement (speed, displacement or acceleration),
unit of measurement (micron, mm/s, m/s2 or dB),
amplification (auto, х1, х2, х4, х5, х8, х10, х16 or х32),
averaging (from 1 till 100),
parameter (RMS, amplitude, range, peak-factor or excess)
frequency band (2-200, , , or
Window of vibration measurement in function «VIBROMETER»

15. Function «ROUTES»
The given function allows to do measurements on the route set from program of data base maintenance BALTECH-Expert
Choose in window «ANALYSIS» function «ROUTES», using buttons ▲▼, and press button «Load». Window of route choice will appear, which was preliminary configured and loaded in system from program BALTECH-Expert

16. Function «TIME SIGNAL»
The given function allows the user to estimate visually oscillograms of vibration signal
Choose necessary parameters for vibration measurement using buttons▲▼ and ►◄, accordingly
Here it is possible to set
channel of measurement (1, 2 or 1+2),
parameter of vibration measurement (speed, displacement or acceleration)
unit of measurement (micron, mm/s, m/s2 or dB),
amplification (auto, х1, х2, х4, х5, х8, х10, х16 or х32)
selection (512, 1024, 1536, 2048, 2560, 3072, 3584 or 4096),
fmax in Hz (200, 500, 100, 2000 or 5000)
start (auto, tacho or manually)
Window of vibration measurement
in function «TIME SIGNAL»

17. Function «SPECTRUM»
The given function allows the user to estimate visually spectral components of vibration signal
Choose necessary parameters for vibration measurement using buttons ▲▼ and ►◄, accordingly. Here you can set the channel of measurement (1, 2 or 1+2), vibration value of measurement (speed, displacement or acceleration), unit of measurement (micron, mm/s, m/s2 or dB), amplification (auto, х1, х2, х4, х5, х8, х10, х16 or х32) and averaging (from 1 till 100)
Press the load button and enter the following parameters of measurement: type of axis Х (linear (lin) or logarithmic (log)), type of axis У (linear (lin) or logarithmic (log)), fmax in Hz (200, 500, 100, 2000, 5000 or 10000), number of lines (400, 800 or 1600) and window (Blackman-x Henning or square)
Window of spectrum measurement

18. Function «ENVELOPE»
The given function allows to see the form of vibration signal wave
Choose necessary parameters for vibration measurement using buttons ▲▼ and ►◄, accordingly. Here you can set the channel of measurement (1 or 2), unit of measurement (m/s2 or g), amplification (аuto, х1, х2, х4, х5, х8, х10, х16 or х32), band pass filter in Hz (4000, 5000, 6300 or 8000), fmax in Hz (200, 500, or 1000) and type of filter (1/1 octave, 1/3 octave and 2/3 octave)
Window of envelope measurement

19. Function «SPECTRUM ENVELOPE»
The given function allows the user to estimate visually spectral components of vibration signal envelope
Choose necessary parameters for vibration measurement using buttons ▲▼ and ►◄, accordingly. Here you can set the channel of measurement (1 or 2), unit of measurement (m/s2, dB or g), amplification (auto, х1, х2, х4, х5, х8, х10, х16 or х32), averaging (from 1 till 100), band pass filter in Hz (4000, 5000, 6300 or 8000), fmax in Hz (200, 500, or 1000) and type of filter (1/1 octave, 1/3 octave and 2/3 octave)
Press the load button and enter the following parameters of measurement: type of axis Х (linear (lin) or logarithmic (log)) and window (Blackman-х, Henning or square)
Window of spectrum envelope measurement

20. Function «PHASEMETER»
The given function allows to identify amplitude and phase of vibration signal towards tachometric sensor or stroboscope
Choose necessary parameters for vibration measurement using buttons ▲▼ and ►◄, accordingly. Here you can set the channel of measurement (1, 2 or 1+2), unit of vibration measurement (speed, displacement or acceleration), unit of measurement (micron, mm/s, m/s2 or dB), amplification (auto, х1, х2, х4, х5, х8, х10, х16 or х32), harmonics (from 1 till 10), parameter (RMS, amplitude or swing) and mode (tachometer or stroboscope)
Window of measurement in mode «PHASEMETER»

21. Function «TACHOMETER»
The given function allows to make measurement of rotor frequency with the help of tachometric sensor or stroboscope
Using buttons▲▼ choose the device for number of turns definition (tachometric sensor or stroboscope)
The results are rendered in Hz and in RPM
Results of measurement

22. Section «BALANCING»
Choose parameters necessary for balancing using buttons ▲▼ and ►◄, accordingly
Here you can choose:
number of planes (from 1 till 4);
number of measurement points (from 1 till 16);
method of balancing(standard or angularly);
number of angles (from 3 till 360) (the given parameter is available at choice of balancing method angularly);
type of angle calculation (against rotation or on rotation);
action with trial weight (to leave or not to leave);
action with correctional weight (add or remove).
If method of balancing angularly was chosen one should set number of angles (beginning with 3 till 360).
Number of angles at choice of method of balancing «angularly» corresponds to number of possible places for installation of correctional weights. The angle of weight installation is defined by means of division 360 on number of angles.
Press load button. The device will pass to function «PHASEMETER», as for balancing calculation it is necessary to measure not only the value of vibration, but also phases.

23. 1 2 3
Press load button. Window «INITIAL MEASUREMENT» will open, in which points and channels of measurement are mentioned. Adjust the channel of measurement for each point.
Press load button. The device will pass to window «MEASUREMENT». In it you will see value of level and phase of vibration, and also RPM.
According to received results the operator takes a decision on necessity of balancing work holding , pressing load button and confirming message «To perform balancing?» 4 5 6
Window «TRIAL WEIGHT» is for calculation of mass of trial weigh. Enter value of turnover (rpm) and mass of rotor (mp) and also installation radius of trial (R), the device will calculate mass of trial weight (mпр) in grams.
Press load button. Window «TRIAL MEASUREMENT» will open, in which it will be shown quantity of points and measurement channels.
6.1 Window «CALCULATION» at standard method of balancing.
6.2 Window «CALCULATION»at balancing angularly

24. Additional features

25. Reports Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

26. Complex approach Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

27. Software BALTECH-Expert
1) Multilevel database provisioning
2) Creation of routes
3) Data input manually
4) Vibration monitoring GOST ISO 10816, 25364, 30576
5) Installation of rapids
6) Analysis and level trends of vibration, spectrums, time signal of vibration, any scalar values
7) Analysis and diagnostics on al levels of hierarchy
8) Processing of thermograms
9) Reports generation on all types of measurement (vibration, alignment, balancing)
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

28. Software BALTECH Expert
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

29. Alignment and thermal-imaging control
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

30. Technical characteristics of Parameters of vibration
BALTECH VP-3470-Ех
Input
Quantity of channels
2 analogous parallel channels,
1 channel for synchronization
Types of inputs
ICP accelerometer (two channels),
RPM sensor (one channel)
Types of transmitters
Accelerometer, RPM sensor, stroboscope
Integration at input
Digital
Frequency range, Hz
МAX. inequality GFC, %
+/- 5
Parameters of vibration
Measured values
Vibration acceleration, vibration speed, vibration displacement
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.
Detector
RMS, Peak, Peak-Peak (swing), peak-factor, excess
Quantity of averaging
1-100
Fields for vibration measurement, Hz:
- GOST
, , ,
- Additionally

31. Technical characteristics of BALTECH VP-3470-Ех
Spectral analysis
border frequencies, Hz
200, 500, 1000, 2000, 5000, 10000
Quantity of lines
400, 800, 1600
Windows
Square, Hanning, Blackman-Hemming
Dynamic range, dB
Not less 75
Detector of envelope with band pass filters
2/3 octave, Hz
4000, 5000, 6300, 8000
1/3 octave, Hz
1/1 octave, Hz
Amplitude measurement and phases for balancing
Revolution range, Hz
1- 400
Tolerance on frequency, %
+/- 1
Tolerance on phase, degree
+/- 5
Tolerance on amplitude, dB
Automated checkout
Sensor connection control
Amplitude units of measurement
dB, g, m/s2, mm/s, micron
Range of measurements
Vibrational acceleration, m/s2
Vibration speed, mm/s
Vibration displacement, micron
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

32. Technical characteristics of Common characteristics
BALTECH VP-3470-Ех
Common characteristics
Graphic display
LCD
Dimension of display arriswise
3.5"
Display resolution, pix 320х240
320х240
Storage capacity, mB 8
Input system
Membrane keyboard
External devices
USB
LED indicator of battery charging: Red/ Green
Empty/full
Protection level
IP 54
Weight of computational unit, kg
1.00 ±0.01
Overall dimensions, mm
200х140х38
Weight in case, kg
9.00±0.5
Overall dimensions in case, mm
440х380х140
Power-supply voltage from alternate current
220±22 / 50
Power supply source, V
3.7
Time of battery charging, h 4
Operation time from battery, h
Not less 10
Our main target with this process was to;
Enhance the user experience,
Give the new product a premium feel,
And of course to even further achieving an engaging and guiding user experience.

34. BALTECH Russia Kazakhstan Germany
St. Petersburg, , Chugunnaya, 40
Tel/fax: +7 (812) ,
Internet:
Kazakhstan
Astana city, Pobeda Avenue (Avenue Jenis) 79B, office number 408
Tel/fax: +7 (7172) , , ,
Internet:
Germany
Kronsforder Allee 45, 23560, Lübeck
Tel: +49 (0) ,
Fax: +49 (0) ,
Internet: