ACOEM Fixturlaser SMC BALANCER Montageanleitung
Fixturlaser SMC Balancer
QUICK TIPS
Fixturlaser SMC BALANCER
Fixturlaser SMC Balancer
2 ASH accelerometers
2 straight cables for ASH
2 high-power magnets for ASH
ACCELEROMETERS
Products
FIXTURLASER SMC DU
Fixturlaser SMC Trap
For connectors (USB, power supply, Ethernet...)
Laser tachometer with cable for connection
on channel C, supplied with a
5m extension cable.
Magnet holder
USB cable for connecting the
Fixturlaser SMC to a computer
(reports)
Fixturlaser SMC Balancer
LICENSING
Balancing option
To input your license including the balancing option
(if ordered), please proceed as follows:
Go into the shortcuts and select « Settings »
Go to the « About » section
Type on the license number to replace it by your nal
license. All letters must be typed in capital letters. You
also need to type manually the « - » indicated in the
license number.
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Fixturlaser SMC Balancer
USER Interface
Access to the BALANCING module
Access to shortcuts (settings, help, etc.). At any
step of the procedure, you can access the built-in
camera to take pictures that will be automatically
printed in the reports
Access to status side panel
Accelerometers:
Connector A: Channel 1
Connector B: Channel 2
Tachometer:
Connector C
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A. B. C.
Fixturlaser SMC Balancer
STEP 0 - Balancing Setup
Mount the sensors
To know where should the weight be positioned
to x the unbalance, you need to measure the
vibration of the machine (vibration sensor) and to
know its angular position (tachometer)
Attach the accelerometer onto the machine (with a
cementing screw, stud or a magnet) at the closest place
possible to the bearing of the plane to be balanced
Attach the tachometer with the holding support, and point the
laser to a reective tape
DO NOT CHANGE THE POSITION OF THE
SENSORS DURING THE WHOLE BALANCING
PROCESS
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Fixturlaser SMC Balancer
STEP 0 - Balancing Setup
Dene the machine
On the Fixturlaser SMC device go into the
balancing module, create or select a folder!
Create a new machine
Type on OK to enter into the machine
. Dene the number of planes to balance (this manual
shows a 1-plane balancing)
Dene the angle unit used to determine visually the
position of the additional weights (angular, number
of blades, number of holes…). Mark the reference
(angle, blade, hole, reective tape…)
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Fixturlaser SMC Balancer
STEP 0 - Balancing Setup
Dene the measurement setup
Go to the measurement tab in the balancing setup
Dene the number of vibration sensors used at the
same time (1 or 2)
If necessary, change the display units
Go to the sensor position tab
Optional: Dene the accelerometer and tachometer
angular position
Optional: Adjust ISO automatic comparison properties
in the « Units & control » tab
Click on NEXT to start the procedure
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Fixturlaser SMC Balancer
STEP 1 - Free Run
Do a reference measurement
The free run is the rst step, required to have a
vibration reference for the machine, before adding
weights. START THE MACHINE.
Check the tachometer setup using the shortcut on the
left side of the screen
Use the automatic setup tool for a quick setup
Test the rotation speed to check that the value is con-
form to what is expected, adjust manually if necessary
Save the tacho setup
Start the acquisition of the free run
STOP THE MACHINE and go to the next step
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Fixturlaser SMC Balancer
STEP 2 - Trial Run
Denition & measurement
The rst trial run consists in measuring the
vibration of the machine after adding a known
weight at a know position.
Add a known weight on the machine and note its
position: e.g., screw and bolt on the 3rd blade of a
fan, welded material at 90°...
Optional: if you don’t know which weight to add,
use the trial weight automatic estimation
Dene the weight and angle. Note that the angle
depends on the angle/units criteria dened in the
machine setup (e.g., number of blades)
Type on NEXT
Start the machine, wait for stabilisation and launch
the acquisition of the trial run. Stop the machine
once acquisition completed
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Fixturlaser SMC Balancer
STEP 3 - Balancing Run
Denition & measurement
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4. 3.5.
The balancing run consists in adding a weight
supposed to x the unbalance.
Select the run from which you want to add the
balancing weight
Add the recommended mass at the recommended
location. Note that if you cannot nd the exact mass
and location suggested, you can adjust the values
manually
Start the acquisistion of the balancing run, and
check the result
If the improvement is sucient (relative to the initial
measurement, or compared to the ISO standard),
you’re done!
If not, repeat steps 2 & 3 through the next Trim run
screens
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