Respond to the needs; "safe and comfortable" DIGITAL VIBRATION METER DIGI-VIBRO MODEL1332B The DIGI-VIBRO is a handy, convenient solution to your vibration measurement needs. Designed for maximum simplicity in function, it speeds up measurement tasks.

As long as rotating or reciprocating machinery is running successfully, it keeps you, as well as itself, safe and secure. But once the machinery gets into trouble, it could produce a high level of vibration to threaten your safety. The DIGI-VIBRO provides vibration measurement for innumerable kinds of machinery, including, but not limited to, pumps, blowers, machine tools, automobiles, and aircraft. Here is a small fraction of the numerous applications of the DIGI-VIBRO: - Vibration measurement for blowers used to dry automobiles after they are painted - Vibration measurement at the location...

Select Measurement Modes □ Acceleration measurement mode Acceleration measurement mode is suited for measuring high-frequency vibrations, such as those from a deteriorated bearing. Bearings make several tens to several hundreds of turns each time the rotating machine in which they are used completes one turn. They also generate shock pulses when flawed or chipped. Acceleration measurement is the ideal way of detecting these pulses. When it comes to vibration measurement, one question always confronts me; how should I make acceptance/rejection decisions? The vibration value criteria for evaluation...

External View output Terminal Large input type Provides the acceleration and velocity measuring ranges of 10 times those for the Standard type. Best suitable for a large vibration measurement. Lightweight sensor type Uses a small lightweight type sensor weighing 1.3 g. Best suitable for vibration measurement of small objects. Acceleration measuring range measuring range Displacement measuring range 10 to 1,000 Hz (complies with ISO 2954 - Requirements for instruments for measuring vibration severity) Temperature range AC output Power supply Dimensions & mass (main unit) Sensor ±3%±1 digit ±5%±1...