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InnoBalancer®

Vibration Measurement with InnoBalancer

Application

The InnoBalancers are used for the reduction of vibrations.

Rotating parts in drives, gears, pumps, fans and many other technical products cause perturbing vibrations. These vibrations often have to be reduced in order to increase the quality and the durability of products.

The InnoBalancers allow a purposeful reduction of the vibration by balancing. Both discoidal and longish rotors can be balanced systematically and fast.

The InnoBalancers support field balancing. Ideally, the rotor is balanced directly in installed state. So you save the complex dismantling and the transport of the rotor to a balancing machine. In many cases, an acceptable performance can only be achieved by balancing the installed rotor with all attached parts.

Properties

3 versions of the InnoBalancer are offered. The Light Version already allows Single-Plane-Balancing or Two-Plane-Balancing as well as balancing by add weight/remove weight, drilling, milling and balancing rings. The Standard Version additionally offers balancing with fixed positions and balancing with setscrews. In the Pro Version, the fixed positions can be configured with different correction modes or parameters. Additionally, it offers a rotor list, in which the intermediate runs can be saved as well. They can be reloaded again to continue the measurement.

The user is guided through the balancing process by a text message window. Thanks to the auto recognition for rotation speed, the user does not need to start a measurement manually.

Results are displayed numerically as well as in a polar chart, which is allocated to each balancing plane. For further information a window can be opened when required.

A powerful report-function generates balancing-reports acc. to individual requirements. After having configured it once, you generate balancing reports at the push of a button.

Technical data

Model InnoBalancer Pro InnoBalancer InnoBalancer Light

Methods

Balancing

Single-Plane-Balancing Two-Plane-Balancing Unbalance adjustment

Single-Plane-Balancing Two-Plane-Balancing

Single-Plane-Balancing Two-Plane-Balancing

Correction

Add weight Remove weight Drilling Milling Balancing rings Setscrews Counterweight list

Add weight Remove weight Drilling Milling Balancing rings Setscrews

Add weight Remove weight Drilling Milling Balancing rings

Fixed positions

3 ... 99, individually adjustable

3 ... 99, uniformely adjustable

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Signal Processing

Vibration measurands

Acceleration in m/s², mm/s², μm/s², nm/s², pm/s², g, mg Velocity in m/s, mm/s, μm/s, nm/s, pm/s, in/s Displacement in m, mm, μm, nm, pm, in

Unbalance measurands

Unbalance in mgmm, gmm oder gm Mass based on radius in mg, g oder kg

Rotation speed

6 ... 600000 min-1 *

Speed recognition

Automatic recognition of run-up, constant rotation speed and slow -down

Graphical Presentation

User guide

Four-line textual instructions for measuring the initial unbalance, calibration and verification runs

Vector indications

Numeric, in polar chart and in text list

Balancing indications

Numeric and in polar chart

Correction indications

Positioned numerically in polar chart and extended in description field

Polar chart

Indication of vibration signal with value and angle, unbalance with value and angle, tolerance zone for pass-/fail-recognition, fixed positions, correction

Recommended Screen resolution

minimum 1024 x 768 pixels

Miscellaneous

Rotor list

yes

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Save intermediate measurements

yes

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Kit availability

on request

General functions

Hold of measured data after switch-off, instrument is cloneable

* with InnoBeamer L2: 6 ... 20000 min-1

Information in the PDF datasheet (see above) may be more detailed. Due to continual product development, ALTHEN and partners reserve the right to vary the foregoing details without prior notice.