The vibration meter is used as a hand-held measuring device for the individual assessment of vibrations on machines and systems. With the help of this vibration meter, the actual state can easily be determined on site. Thus, corresponding changes can be made directly on site after the measurement.
- Frequency range: 10 Hz ... 1 kHz
- Measures speed, distance, acceleration in metric units only
- Holds the reading after each measurement
- Easy to handle and battery operated
- Standard probe: 10 mm
- Frequency range: 10 Hz ... 1 kHz
- Measures speed, distance, acceleration
- Holds the reading after each measurement in metric units
- Portable and battery operated
- Needle probe: 45 mm / 1.77 in
PCE-VT 2700S is a factory-calibrated (certificate included) portable digital battery-powered handheld vibration meter used to monitor the radial and axial vibration of industrial machines, equipment and parts such as bearings and gearboxes. The PCE-VT 2700S comes with a special attachment to adapt the probe for handheld use.
- Frequency range: 9 Hz ... 1 kHz (in 1 kHz mode) / 9 Hz ... 10 kHz (in 10 kHz
mode) acceleration; 10 Hz ... 1 kHz velocity / displacement
- Resolution: 0.1 m/s² / 0.1 yd/s²; 0.1 mm/s / 0.004 in/s ; 1 µm / 3.3814e-14 oz ;
1 rpm
- Accuracy: ± 5% of reading + 2 digits
- ISO calibration certificate included
PCE-VT 2700 is a portable digital battery-powered HVAC meter used to monitor the radial and axial vibration of industrial machines, equipment and parts such as bearings and gearboxes. PCE-VT 2700 is one of many high-quality test instruments offered by PCE Instruments (PCE). PCE's vibration test instruments are manufacturer calibrated and includes an ISO calibration certificate. Commonly used to measure the vibration of parts, machinery, or other equipment, the PCE-VT 2700 vibration test instrument features peak hold functionality and shows acceleration, velocity, and displacement directly on its 4-digit LCD display, making it an especially handy inspection tool for maintenance staff and field personnel.
- Frequency range: 9 Hz ... 1 kHz (in 1 kHz mode) / 9 Hz ... 10 kHz (in 10 kHz
mode) acceleration; 10 Hz ... 1 kHz velocity / displacement
- Resolution: 0.1 m/s² / 0.1 yd/s²; 0.1 mm/s / 0.004 in/s ; 1 µm / 3.3814e-14 oz ;
1 rpm
- Accuracy: ± 5% of reading + 2 digits
- ISO calibration certificate included
The PCE-S 40 is a vibration meter stethoscope which amplifies machine noises. An acoustic stethoscope makes it possible to detect noises in bearings, fan flaps, pumps and similar parts. In mechanical engineering, it is used for preventive maintenance to diagnose potential machine faults before they arise.
- Measuring tip: approx. 16.5 cm
- Earpieces made of soft plastic
- Total length: approx. 1 m
- Tight ear clips
The PCE-S 41 Vibration Meter is battery powered and easy to use. This Vibration Meter can be used for detecting noise in machine components, such as gears, valves, vents, and pumps.
- Frequency range: 100 Hz to 10 kHz
- headphones, 70 mm sensor, 290 mm sensor
- Weight: 240 g, with battery
- Dimensions: 206 mm x 50 mm x 32 mm
The PCE-VD 3 Vibration Meter is a miniaturized universal Vibration Meter with an included built-in three-axes acceleration sensor (X, Y, Z axis). The internal sensor of the PCE-VD 3 Vibration Meter measures acceleration force along the X, Y, and Z axes with a measurement range of ±18 g per axis. This device is specially made for the use at industrial machinery.
- 3-axis vibration data logging instrument
- Software included / USB port
- Light weight
- Stand included
- Storage capacity: 4 Mbit (85764 records)
- Magnetic wall mount
The vibraton meter PCE-S 42 is designed for listening to individual machine parts. The industrial stethoscope is used to perform maintenance and repair work. The use of an industrial stethoscope thus facilitates the interception of acoustic phenomena on bearings and motors to prevent failures.
- Frequency range: 30 Hz ... 15 KHz
- For preventative maintenance and servicing
- Sound suppressing headphones included
- Easy operation
- Headphones, 70 mm long sensor, 280 mm long sensor, battery, carrying case
PCE-VS10 is a vibration meter, analyzer or sensor condition monitoring switch used to measure RMS and peak value of vibration velocity or acceleration piezoelectrically. This IP67-rated vibration monitoring switch features a red and green visual warning or alarm with programmable high pass and low pass filters.
- Frequency range (max.): 0.1 Hz ...10 kHz
- Measuring range: Acceleration = 0.1 ... 1000 m/s², Speed =
Frequency-dependent
- Connections: Screw terminals for power supply (5 ... 30V DC) and Micro USB (internal)
- Mounting: M8 stud bolt
PCE-VS11 is a vibration meter, analyzer or sensor condition monitoring switch used to measure RMS value, peak value and frequency domain (FFT) of vibration velocity or acceleration piezoelectrically. This IP67-rated vibration monitoring switch features a red and green visual warning or alarm with programmable high pass and low pass filters.
- Frequency range (max.): 0.1 Hz ...10 kHz
- Measuring range: Acceleration = 0.1 ... 1000 m/s², Speed =
Frequency-dependent
- Connections: Screw terminals for power supply (5 ... 30V DC) and Micro USB (internal)
- Mounting: M8 stud bolt
PCE-VS12 is a vibration meter, analyzer or sensor condition monitoring switch used to measure RMS value, peak value and frequency domain (FFT) of vibration velocity or acceleration piezoelectrically. This IP67-rated vibration monitoring switch features an external USB port, 8-pin female connector 711 and programmable high pass and low pass filters.
- Frequency range (max.): 0.1 Hz ...10 kHz
- Measuring range: Acceleration = 0.1 ... 1000 m/s², Speed =
Frequency-dependent
- Connections: Screw terminals for power supply (5 ... 30V DC) and Micro USB (internal)
- Mounting: M8 stud bolt
PCE-VDR 10 is a single-axis vibration meter or monitor with real-time measurement and data logging capabilities. This vibration analyzer records acceleration (m/s, g, ft/s) as well as speed (mm/s, cm/s, in/s) measurements and saves the measured data to an included SD card memory.
- Acceleration measuring range:
0.5 ... 199.9 m/s, 0.05 ... 20.39 g, 2 ... 656 ft/s
- Speed measuring range:
0.5 ... 199.9 mm/s, 0.05 ... 19.99 cm/s, 0.02 ... 7.87 in/s
- Frequency range: 10 ... 1000 Hz
- Analog output: 4 ... 20 mA
- RS-232 and USB interface
The PCE-VT 2800 Vibration Meter measures acceleration, oscillation speed and shift of vibrating parts, machines and equipment. The device features an integrated data logger to record vibration measurements over time. Measurement data is stored on an SD card memory and can be transferred directly to a PC via USB or RS-232 interface.
- Handheld instrument with vibration data logging function
- Frequency range: 10 Hz ... 1 KHz
- True-RMS (TRMS), max-hold, data-hold and peak-value functionality
- Adjustable sampling rate
Machine condition monitoring is a key manufacturing maintenance task performed in production facilities around the globe. By identifying potentially problematic equipment based on machine diagnostics data, factories can take action to fix issues before equipment failures lead to costly production downtimes.
The PCE-VT 2700, PCE-VT 1100 and PCE-VT 204 vibration meter models primarily are used to measure vibration acceleration, vibration velocity and vibration displacement (also
referred to as three-axis or X,Y,Z vibration) in manufacturing production machines and equipment. Using one of these PCE-branded vibration meter devices, a machine maintenance technician can assess the current condition of the equipment and identify the cause of any undesirable vibrations.
During machine vibration analysis, a graph of the vibration frequency spectrum is a useful visual aid. Increasing vibration is usually an indication that something is going wrong with the machine. Since vibration is connected to frequency, a frequency spectrum graph will reflect any increases or decreases in vibration.
The PCE-VM 25 vibration meter has a special function used for Fast Fourier Transform (FFT) analysis. For this reason, the PCE-VM 25 vibration meter is ideal for detailed investigations of machine bearing frequencies. The image on the right shows the PCE-VM 25 vibration meter in use to assess the vibration of a bearing in an industrial motor.
Vibration measurements can and should be taken not only to monitor the condition of the machine, but also to determine the effect of the machine's vibration on the machine operator. Vibrations may be permanent and continuous, or they may occur only from time to time, like impulses. Vibrations may be inertial, forced (i.e., a force acting on an object), relative or free (when displacement is involved). Depending on the position of the operator and his / her proximity to the equipment, he / she may experience whole-body or hand-arm vibrations. If exposure exceeds the permissible limits, the operator may experience long-term problems with his / her fingers, hands, back and other body parts. Therefore, no matter what type of vibration is in question, the vibration should be evaluated according to its impact on the health and safety of the machine operator. If possible, changes to the machine itself (or to the amount of time the operator spends using the machine) should be made immediately to prevent or limit the operator's exposure to negative vibrations.
Vibration meters also are used to measure vibration in buildings. There are many factors that can contribute to vibration in buildings, such as the building's proximity to high-traffic roadways, railroad tracks, airports, quarries, construction sites and other heavy industrial areas. In addition, buildings can vibrate due to natural causes such as wind, weather and earthquakes, or due to the operation of internal building components like elevators and heating, ventilation and air conditioning (HVAC) systems. Vibration testing helps to determine what areas in a building are at the higher risk for vibration. Regular vibration monitoring in high-risk areas can provide property managers with advance notice of vibration-related structural issues.
Permissible exposure limits for vibrations are established by entities such as the International Standards Organization (ISO). ISO vibration regulations include
:
- DIN ISO 10816 (vibration severity in machines)
- DIN ISO 7919 (mechanical vibration)
- DIN 4150 (structural vibration, buildings)
- DIN ISO 10816-3 (machine condition, machine vibrations)
- DIN ISO 2631 (whole-body exposure)
- DIN ISO 5349-1 and DIN ISO 5349-2 (hand-arm vibration)
