Digital Vibrometer

Description

SA6360 – Digital Vibration Meter Mono-axial of small dimensions, is equipped with a wide LCD for direct visualization of measure and infos.

Characteristics:

• Conform to ISO2954 standard;
• Is periodically used on balance and alignment tests on machines with rotating parts;
• Designed to be simple to use allow rapid and reliable quality controls and tests on machinery;
• High quality accelerometer;
• Monitoring function for bearing status;
• Large measuring range (10Hz - 10kHz) in acceleration mode;
• Digital display for accurate results reading;
• Automatic power off;
• Headphone outputs;
• Optional headphones for electronic stethoscope use;
• RS232C interface.

Technical specifications:

• Display: 4 digit 18mm LCD;
• Transducer: Piezoelectric Accelerometer
• Measurements: speed, acceleration, displacement, RPM and frequency;
• Measuring range:

Speed​​: 0.01 to 40.00 cm/s

Acceleration: 0.1 to 400.0 m/s2 equivalent peak

Displacement: 0.001 to 4.000 mm

RPM: 60-99990 r/min

Frequency: 1-20 kHz

• Frequency Ranges:

Acceleration: 10Hz-1kHz mode "1" or 10Hz-10kHz-mode "10"

Speed​​: 10Hz-1Khz;

Displacement: 10Hz-1kHz;

• Accuracy: ± 5% n +2 digits;
• Decimal/Inch conversion;
• PC interface: RS232C;
• Power supply: AAA 4x1.5V;
• Shutdown: Manual and Automatic;
• Condition of use:

Temperature: 0-50 °C;

Humidity: <90% RH;

• Dimensions: 124x62x30mm;
• Weight: about 120 g including batteries.

Which parameters can be measured?

Acceleration ,speed and displacement are the three measurable parameters which guarantee accurate and repeatable measurement.

Acceleration: measured in m/s², has  excellent measurement capacities to verify faults on bearings and  gears;

Velocity: the parameter most used to measure vibrations, used for verification according to ISO 2372, BS 4675 or VDI 2056 (paragraph 7 for more informations). The units of measure is cm/s (centimetres per second), but is possible to convert it in mm/s (millimeters per second) multiplying the value on the display X10.

Displacement: Usually used for measurement on low speed machinery for his good response to low frequency, becomes ineffective for bearings measurement. Make measurements in mm on peaks.

Some example of use:

• Mechanical resistance, usury, duration of the various machinery organs;
• Safety of a proper operation that could be affected by excessive vibration (loosening of clampings, displacement of windings in electric machines ecc.)
• Repercussion of vibrations of a machinery part on other (bearings, gears, couplings, base plates, foundation, etc..) and on near machines.
• Quality of work produced by machinery (machine tools, textiles, paper, rolling mill)
• Quality of workplace and of maintenance operations on machinery.

Out technical staff is at your disposal for further informations.