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=Single / Dual PLANE Balancing: User<nowiki>'</nowiki>s Manual= | =Single / Dual PLANE Balancing: User<nowiki>'</nowiki>s Manual= | ||
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'''Accelerometer''' | '''Accelerometer''' | ||
The measurement direction of the accelerometer must be referred to the tach sensor position. This can be done by the "Angular correction" in the analyzer setup. In our example in '''Sketch 1,''' the | The measurement direction of the accelerometer must be referred to the tach sensor position. This can be done by the "Angular correction" in the analyzer setup. In our example in '''Sketch 1,''' the '''angular correction''' is '''90°''' and the <font color="#339966">'''offset''' is -'''15 °'''. | ||
'''Tip''' | '''Tip''' | ||
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'''Step 1''' | '''Step 1''' | ||
'''(1) '''Click to open the explorer,''' (2)''' In the Explorer, '''(3)''' click to open a new sub directory | |||
'''(4)''' Rename the new sub directory to "Machine" and double click to change into the new subdirectory | |||
[[Image:Balancing_15.png|framed|none]] | [[Image:Balancing_15.png|framed|none]] | ||
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'''Step 2:''' | '''Step 2:''' | ||
'''(1)''' Sub directory Machine '''(2)''' Enter project name Engine A '''(3)''' Click to save the new project | |||
[[Image:Balancing_16.png|framed|none]] | [[Image:Balancing_16.png|framed|none]] | ||
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Choose what you need for your measurement, by clicking on '''A, B, C''' or '''D''' or use the following shortcuts: <nowiki>[</nowiki>Alt<nowiki>]</nowiki> <nowiki>+</nowiki> <nowiki>[</nowiki>A<nowiki>]</nowiki>, <nowiki>[</nowiki>Alt<nowiki>]</nowiki> <nowiki>+</nowiki> <nowiki>[</nowiki>B<nowiki>]</nowiki>, <nowiki>[</nowiki>Alt<nowiki>]</nowiki> <nowiki>+</nowiki> <nowiki>[</nowiki>C<nowiki>]</nowiki>, <nowiki>[</nowiki>Alt<nowiki>]</nowiki> <nowiki>+</nowiki> <nowiki>[</nowiki>D<nowiki>]</nowiki> | Choose what you need for your measurement, by clicking on '''A, B, C''' or '''D''' or use the following shortcuts: <nowiki>[</nowiki>Alt<nowiki>]</nowiki> <nowiki>+</nowiki> <nowiki>[</nowiki>A<nowiki>]</nowiki>, <nowiki>[</nowiki>Alt<nowiki>]</nowiki> <nowiki>+</nowiki> <nowiki>[</nowiki>B<nowiki>]</nowiki>, <nowiki>[</nowiki>Alt<nowiki>]</nowiki> <nowiki>+</nowiki> <nowiki>[</nowiki>C<nowiki>]</nowiki>, <nowiki>[</nowiki>Alt<nowiki>]</nowiki> <nowiki>+</nowiki> <nowiki>[</nowiki>D<nowiki>]</nowiki> | ||
The corresponding channels are activated. This is shown by a <font size = "5">'''''' | The corresponding channels are activated. This is shown by a <font size = "5">'''''' on the corresponding BNC connector in the Figure. | ||
Connect your transducers to the corresponding In-puts on your 3-SERIES analyzer. | Connect your transducers to the corresponding In-puts on your 3-SERIES analyzer. | ||
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<u>Example</u> | <u>Example</u> | ||
'''(1)''' Click on <u>C</u> for two Planes and two Sensors | |||
'''(2)''' Channel 1 is activated <font size = "4">'''''' | '''(2)''' Channel 1 is activated <font size = "4">'''''' | ||
'''(3)''' Ext. sync. 1 is activated | '''(3)''' Ext. sync. 1 is activated | ||
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Explanation of the graphs: | Explanation of the graphs: | ||
Polar graph: The blue point represents the magnitude and phase of the first order of averaged order spectrum (10 averages). Click "Initial run" | Polar graph: The blue point represents the magnitude and phase of the first order of averaged order spectrum (10 averages). Click "Initial run" '''(1)''' and save the initial measurement '''(2)'''. | ||
[[Image:Balancing_28.png|framed|none]] | [[Image:Balancing_28.png|framed|none]] | ||
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The figure below shows an example where test mass is to be removed. The test mass of 4.2 grams is set at position 4 (105°; radius 100 mm). | The figure below shows an example where test mass is to be removed. The test mass of 4.2 grams is set at position 4 (105°; radius 100 mm). | ||
The settings are saved automatically when closing the window. To use these settings in another project, click on export | The settings are saved automatically when closing the window. To use these settings in another project, click on export '''(1)''' and save it in the sub directory of the other project. Proper settings can be loaded from another project '''(2)'''. | ||
[[Image:Balancing_30.png|framed|none]] | [[Image:Balancing_30.png|framed|none]] | ||
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''Test mass positioning for one plane'' | ''Test mass positioning for one plane'' | ||
Click "Test run" | Click "Test run" '''(1)''' and save the measurement '''(2)'''. | ||
After every test run, don<nowiki>'</nowiki>t forget to remove the test mass '''(3)'''. | After every test run, don<nowiki>'</nowiki>t forget to remove the test mass '''(3)'''. | ||
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<u>Example</u> | <u>Example</u> | ||
'''(1)''' Click to save the test run result | |||
'''(2)''' Click to start the calculation | '''(2)''' Click to start the calculation | ||
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{|border="2" cellspacing="0" cellpadding="4" width="100%" | {|border="2" cellspacing="0" cellpadding="4" width="100%" | ||
| | |'''(1)''' Select Init run <nowiki>+</nowiki> Test run<br>'''(2)''' Click OK to start the calculation<br>'''(3)''' Result - Unbalance and Phase | ||
|'''(4)''' Result - proposal mass and position<br>'''(5)''' Proposal position | |'''(4)''' Result - proposal mass and position<br>'''(5)''' Proposal position | ||
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{|border="2" cellspacing="0" cellpadding="4" width="100%" | {|border="2" cellspacing="0" cellpadding="4" width="100%" | ||
|<u>Example</u><br | |<u>Example</u><br>'''(1)''' Proposal mass and position<br>'''(2)''' Click to enter the mass 4,2 gram<br>'''(3)''' Initial Unbalance | ||
[[Image:Balancing_34.png|framed|none]] | [[Image:Balancing_34.png|framed|none]] | ||
<br>'''(4)''' Prognosis Unbalance | <br>'''(4)''' Prognosis Unbalance | ||
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<u>Example</u> | <u>Example</u> | ||
'''(1)''' Click to save the balancing run result | |||
'''(2)''' Click to start the calculation | '''(2)''' Click to start the calculation | ||
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===Measurements, display, storage=== | ===Measurements, display, storage=== | ||
'''(1)''' Click "Start" start or F2. Measurement is displayed. | |||
[[Image:Balancing_41.png|framed|none]] | [[Image:Balancing_41.png|framed|none]] | ||
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''Measurement Display'' | ''Measurement Display'' | ||
'''(1)''' Click "Average" when rotor is at stable speed (Stationary state). | |||
[[Image:Balancing_42.png|framed|none]] | [[Image:Balancing_42.png|framed|none]] | ||
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The figure shows the result of the initial run. | The figure shows the result of the initial run. | ||
'''(1)''' Click "Initial run" | |||
'''(2)''' Save your initial measurement | '''(2)''' Save your initial measurement | ||
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* Fix a test mass to the rotor. | * Fix a test mass to the rotor. | ||
* Mass, value and position must be set in the rotor geometry table. | * Mass, value and position must be set in the rotor geometry table. | ||
To do this click "Rotor" in the Measurement monitor | To do this click "Rotor" in the Measurement monitor '''(b)''' to open the rotor geometry window'''.''' | ||
Your settings are shown by a red point in the polar graph. | Your settings are shown by a red point in the polar graph. | ||
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* '''Keep test masses '''after test for example welding or drilling etc. | * '''Keep test masses '''after test for example welding or drilling etc. | ||
* '''Displace two masses per plane '''for machines with slidable balancing weights. | * '''Displace two masses per plane '''for machines with slidable balancing weights. | ||
It shows an example where test mass is to be removed. The test mass of 4.2 grams is set at position 3 ( | It shows an example where test mass is to be removed. The test mass of 4.2 grams is set at position 3 ('''2)''' (75°; radius 100 mm) '''(1)''' | ||
The settings are saved automatically when closing the window. | The settings are saved automatically when closing the window. | ||
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''Test run 1'' | ''Test run 1'' | ||
Click "Test run" | Click "Test run" '''(1)''' and save the measurement '''(2)'''. | ||
After every test run, don<nowiki>'</nowiki>t forget to remove the test mass '''(3)'''. | After every test run, don<nowiki>'</nowiki>t forget to remove the test mass '''(3)'''. | ||
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* '''Keep test masses '''after test for example welding or drilling etc. | * '''Keep test masses '''after test for example welding or drilling etc. | ||
* '''Displace two masses per plane '''for machines with slidable balancing weights. | * '''Displace two masses per plane '''for machines with slidable balancing weights. | ||
'''A'''n example is shown where test mass is to be removed. The test mass of 4.2 grams | '''A'''n example is shown where test mass is to be removed. The test mass of 4.2 grams '''(3)''' is set at position 4 (105°; radius 100 mm) '''(4)''' | ||
The settings are saved automatically when closing the window. | The settings are saved automatically when closing the window. | ||
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''Test mass 2 positioning for two planes - Test run 2 - Test mass 2 - Plane 2'' | ''Test mass 2 positioning for two planes - Test run 2 - Test mass 2 - Plane 2'' | ||
Set the Run number to 2 | Set the Run number to 2 (1) and save the measurement (2). | ||
[[Image:Balancing_50.png|framed|none]] | [[Image:Balancing_50.png|framed|none]] | ||
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<u>Example</u> | <u>Example</u> | ||
'''(1)''' Results for Plane 1 and Plane 2 | |||
'''(2)''' Save the results | '''(2)''' Save the results | ||
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<u>Example</u> | <u>Example</u> | ||
'''(1)''' Select Init run <nowiki>+</nowiki> Test run | |||
'''(2)''' Click OK to start the calculation | '''(2)''' Click OK to start the calculation | ||
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<u>Example</u> | <u>Example</u> | ||
'''(1)''' Result - Unbalance 1 and Phase 1 | |||
'''(2)''' Result - Unbalance 2 and Phase 2 | '''(2)''' Result - Unbalance 2 and Phase 2 | ||
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The effect of balancing weights can now be predicted by the mathematical calculations of the balancing prognosis. | The effect of balancing weights can now be predicted by the mathematical calculations of the balancing prognosis. | ||
Set mass and position of the mass you want to use in column "Mounted Mass" | Set mass and position of the mass you want to use in column "Mounted Mass" (1), (2) | ||
Click on "Prognosis" to get the calculation of the expected residual unbalance (green point in polar graph). | Click on "Prognosis" to get the calculation of the expected residual unbalance (green point in polar graph). | ||