? Explanation
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Application

The InnoScopes allow the signals' shape analysis of fast vibration and shock processes in time domain. These processes can be displayed in detail, measured and exported for documentation or post-processing.

So products that are exposed to shocks can be optimized, for instance in the packaging sector. For the automotive industry, the automatic calculation of the HIC (Head Injury Criterion) was integrated, amongst others. The InnoScope is likewise used to measure decay processes and transients, e.g. for saw blades, drive shafts of mixing machines and other machine parts. Together with the InnoAnalyzer the natural frequencies can be determined.

Properties

The InnoScopes are universal digital oscilloscopes. The Pro Version is able to process not only vibration acceleration, but also vibration velocity and displacement.

Up to 4 curves can be displayed in one InnoScope. They can represent both, signals of different sensors and signals of the same sensor but measured with different parameters.

The InnoScopes have a high memory depth. The acquired signal can be recorded with full resolution one second before and until up to 110 seconds after the trigger event with full resolution of 100 ?s.

For the evaluation, there are adjustable grids as well as 2 cursors. Time and measured values at the cursor position are presented numerically.

The export of data into other applications as graphic or text provides additional fields of application. The InnoScope can even carry out this export automated when triggering and then send this file via e-mail by means of the messenger function.

Vibration Measurement with InnoScope

Technical DataInnoScope Pro / InnoScope

Model InnoScope Pro InnoScope

Signal processing

Filter

Freely adjustable 0.1 ... 40000 Hz **

Measurands

AC voltage
Vibration acceleration
Vibration velocity
Vibration displacement

AC voltage
Vibration acceleration

Units

V, mV, μV, nV, pV m/s², mm/s², μm/s², nm/s², pm/s², g, mg, dB m/s, mm/s, μm/s, nm/s, pm/s, in/s, dB m, mm, μm, nm, pm, in, dB

V, mV, μV, nV, pV m/s², mm/s², μm/s², nm/s², pm/s², g, mg, dB

Trigger

Modes

Free run, normal, single shot

Source

Analog or digital channel

Edges

Falling, rising

Level

Freely adjustable ±10000

Pretrigger

1 s

Posttrigger

0,001 … 110 s

Graphical presentation

Number of graphs

1 … 4 per window

Interval Y-axis

0,01 … 10.000

X-axis (time)

1 ms … 11000 ms / resolution 0.1 ms

Refresh

1 … 16 times per second *

Indicators

Sensor, measuring channel, measurand, gain, underload, overload, trigger status

Recommended screen resolution

From 800 x 600 pixels on

Cursors

Presentation

2 lines, optionally freely adjustable by mouse or button

Numeric cursor data

For each cursor as well as difference cursor 2 - cursor 1

Numeric cursor refresh

1 … 4 times per second *

Data export

Controlling

Manual and automatically after trigger

Formats

Bitmap, PNG, Enhanced Meta File (EMF), text

Destinations

In clipboard or file

Event messangers

Message to e-mail

At trigger the sending of exported measured data takes place

Miscellaneous

Coupling

Yes, with the InnoAnalyzer

Availabel in a kit

VMSet-03 … 07

General functions

Hold of measured data after switch-off; Instrument is cloneable

* Centrally managed in the InnoMaster
** Usage with InnoBeamer L2: 0.3 …2000 Hz

Our policy is to improve specification of our products continuously, so technical and production details can be changed without any notice.