VIBROLAB Vibration balancing measuring system

  • Included in the State Register of Measuring Instruments of the Russian Federation.
  • Simple and intuitive interface in Russian with hints to the operator, eliminating errors.
  • Equipped with built-in algorithms for balancing quasi-flexible and flexible rotors.
  • Displays the current angular position of the rotor.
  • Based on a reliable industrial computer running Windows Embedded OS and protected from failures and power surges.
  • Various built-in programs, including adjustment by structural angles, drilling, milling, grinding, by arc or sector.
  • Calculation of unbalances by means of vector coefficients of influence.
  • Controls the frequency converter according to the digital protocol MODBUS.
  • Calculates the acceleration and deceleration time of the part from its moment of inertia.
  • Allows printing a balancing protocol or saving it to removable media.
Chars
Vibration Sensors Piezo-accelerometers, accelerometers with built-in amplifier, piezoelectric sensors
Number of measured vibration displacement channels 1..4 pcs.
Measurement range of vibration displacement amplitude 0.1..1000 μm
Limits of the permissible relative error of the amplitude measurements ±2%
Range of permissible rotor rotational speeds 180..30000 rpm
Limits of permissible rotor speed measuring error ± (1 0.0025 n) rpm, where n is the rotor speed
Range of detected unbalances 0.05..500 gmm/kg
Operating frequency range 3..500 Hz
Type of angle sensor (encoder) TTL 5 V, LIR 158 or similar
Sensor Type MARK-1M, laser
Consumed power, no more than 100 W
Unit weight 15 kg
Power supply 50 Hz, 220 V AC 10% - 15%
Mean time between failures 40000 h
Average service life 25 years
Machine Dimensions (L x W x H) 430 х 125 х 370 mm
Options and accessories
Strain gauge

Strain gauge

Strain gauge

Артикул ACCEL_F
Operating frequency range 1 … 3000 Hz
Operating temperature range - 60…+125 °С
Material nickel-plated brass alloy
Conversion factor by charge 500 pCl/N
Electrical capacity 30 nF
Unevenness of the amplitude-frequency response in the operating frequency range ±6 %
Measured force range 0,1 … 1000 N
Converter resonance frequency 11 kHz
Maximum operating vibration acceleration 2500 m/s2
Nonlinearity of amplitude characteristics in the acceleration range of 1-100 m/s² ±2 %
Electrical insulation resistance under normal conditions 100 MOm
Relative transverse conversion factor 2,5%
Operating temperature limit 160°С
Operating temperature range -60 … +125°С
Dimensions (LxWhH) 45x16x16 mm
Weight, no more 40 g
Piezo-electric accelerometer

Piezo-electric accelerometer

Piezo-electric accelerometer

Артикул ACCEL_P
Operating frequency range 10...3000 Hz
Operating temperature range - 60…+125 °С
Material Titanium alloy
Weight without cable 100 г
Conversion factor by charge 50 pCl/(m/s²)
Electrical capacity 30 nF
Resonance frequency of the fixed accelerometer in the working direction 30 nF
Resonance frequency of the fixed accelerometer in transverse direction 5 kHz
Unevenness of the amplitude-frequency response in the operating frequency range ± 6 %
Maximum operating vibration acceleration 2500 m/s²
Nonlinearity of amplitude characteristics in the acceleration range of 1-100 m/s² ± 2 %
Electrical insulation resistance under normal conditions 100 MOm
Relative transverse conversion factor 2,5 %
Operating temperature limit 160 °С
Dimensions (LxWhH) 40x40x33 mm
Weight, no more 100 g
Capacitive accelerometer

Capacitive accelerometer

Capacitive accelerometer

Артикул ACCEL_C
Power Supply ±12 V
Operating temperature range -50...+60 °С
Material Duralumin
Acceleration measuring ranges ±0,5g
Rated output voltage on the measuring range ±5 V
Nonlinearity across the entire range 1,5 %
Lowest frequency 0 Hz
Bandwidth of 3 dB 100 Hz
Current consumption 20 mA
Dimensions (LxWhH) 29,5x28,5x16 mm
Weight, no more 15 g
Incremental encoder

Incremental encoder

Incremental encoder

Артикул ENCODER
Operating frequency range 0 ... 400 Hz (0 ... 24000 rpm)
Power supply + 5 V
Operating temperature range -10 ...70 °C
Разрешающая способность 2500 импульсов на оборот
Тип выходного сигнала TTL 5 В, дифференциальный
Диаметр корпуса 40 мм
Внутренний диаметр полого вала 12 мм
Weight 105 g
Material Duralumin
Built-in cable 2 m
Resolution power 2500 pulses per revolution
Output signal type TTL 5V, differential
Case diameter 40 mm
Inner diameter of the hollow shaft 12 mm
Laser keyphasor

Laser keyphasor

Laser keyphasor

Артикул MARK-1M
Operating frequency range 0 … 500 Гц (0 … 30.000 rpm)
Unit weight 61 g
Power supply + 5 V
Operating temperature range -10 ...50 °С
Тип выходного сигнала TTL 5 V
Weight 105 g
Material Duralumin
Machine weight with post 285 g
Output signal type TTL 5V
Power supply voltage + 5 V
Operating distance range 50 ... 400 mm
Dimensions with holder (LxWxH) 90x40x210 mm
Inductive keyphasor

Inductive keyphasor

Inductive keyphasor

Артикул IND_IND
Cable 2 m
Power Supply 10 ... 30 V
Operating frequency range 0 ... 500 Hz (0 ... 30,000 rpm)
Power supply 10 ... 30 V
Operating temperature range 25 ... +75 °С
Тип выходного сигнала NPN
Material Nickel-plated brass alloy
Weight without cable 10 g
Protection Against Dust And Water IP67
Operating distance range 1.5 mm
Dimensions (LxWhH) 44 x 8x 8 mm
VIBROLAB
VIBROLAB
1
Vibration Sensors
Piezo-accelerometers, accelerometers with built-in amplifier, piezoelectric sensors
Number of measured vibration displacement channels
1..4 pcs.
Measurement range of vibration displacement amplitude
0.1..1000 μm
Limits of the permissible relative error of the amplitude measurements
±2%
Range of permissible rotor rotational speeds
180..30000 rpm
Limits of permissible rotor speed measuring error
± (1 0.0025 n) rpm, where n is the rotor speed
Range of detected unbalances
0.05..500 gmm/kg
Operating frequency range
3..500 Hz
Type of angle sensor (encoder)
TTL 5 V, LIR 158 or similar
Sensor Type
MARK-1M, laser
Consumed power, no more than
100 W
Unit weight
15 kg
Power supply
50 Hz, 220 V AC 10% - 15%
Mean time between failures
40000 h
Average service life
25 years
Machine Dimensions (L x W x H)
430 х 125 х 370 mm
Included in the State Register of Measuring Instruments of the Russian Federation. Simple and intuitive interface in Russian with hints to the operator, eliminating errors. Equipped with built-in algorithms for balancing quasi-flexible and flexible rotors. Displays the current angular position of the rotor. Based on a reliable industrial computer running Windows Embedded OS and protected from failures and power surges. Various built-in programs, including adjustment by structural angles, drilling, milling, grinding, by arc or sector. Calculation of unbalances by means of vector coefficients of influence. Controls the frequency converter according to the digital protocol MODBUS. Calculates the acceleration and deceleration time of the part from its moment of inertia. Allows printing a balancing protocol or saving it to removable media.
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VIBROLAB Vibration balancing measuring system

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