Difference between revisions of "NVGate Diesel Engine Vibration Solution: EngineDiag"

Jump to navigation Jump to search
no edit summary
Line 1: Line 1:
[https://en.wikipedia.org/wiki/Reciprocating_motion Reciprocating machines] generate specific vibration signatures.  Dedicated tools associating the machine mechanical characteristics and high performance analysis capabilities are necessary to understand the dynamic behavior of these machines.  
[https://en.wikipedia.org/wiki/Reciprocating_motion Reciprocating machines] generate specific vibration signatures.  Dedicated tools associating the machine mechanical characteristics and high performance analysis capabilities are necessary to understand the dynamic behavior of these machines.  
With EngineDiag, OROS takes up the challenge to offer this tool integrating in one product for enhancing test efficiency. Pertinent decision criteria are available on the field skipping a long office work.
With EngineDiag, OROS takes on the challenge to offer tool integration in one product in order to enhance test efficiency.


==Installation==
==Installation==
Line 12: Line 12:
Double click on  
Double click on  
[[Image:EngineDiag_06.png]]
[[Image:EngineDiag_06.png]]
. The following window will appear.
and the following window will appear.


[[Image:EngineDiag_07.png|framed|none]]
[[Image:EngineDiag_07.png|framed|none]]


Click on Next, the following window will appear.
Click "Next", and the following window will appear.


[[Image:EngineDiag_08.png|framed|none]]
[[Image:EngineDiag_08.png|framed|none]]


Select the destination folder and click on Install.
Select the destination folder and click "Install".


Note:  if you change the default destination folder, be careful to install the Angle-Frequency module in the same directory than NVGate as the example below:
Note:  if you change the default destination folder, be careful to install the Angle-Frequency module in the same directory as NVGate like the example below:


[[Image:EngineDiag_09.png|framed|none]]
[[Image:EngineDiag_09.png|framed|none]]


When the installation is completed, click on Close.
When the installation is completed, click "Close".


==Environment configuration==
==Environment Configuration==


With the EngineDiag module a new ribbon is available in NVGate. EngineDiag allows to access to NVGate through an interface dedicated to the engines and more generally to the reciprocating machines.
With the EngineDiag module, a new ribbon is available in NVGate. EngineDiag allows you to access to NVGate through an interface, which is dedicated to the engines, and more generally to the reciprocating machines.


[[Image:EngineDiag_10.png|framed|none]]
[[Image:EngineDiag_10.png|framed|none]]
Line 36: Line 36:
===Properties===
===Properties===


To simplify the data saving, the history creation, the data search, it is possible and recommended to associate metadata to each measurement.
To simplify data saving, history creation and data search, it is possible and recommended to associate metadata to each measurement.


One can distinguish two types of metadata:
One can determine two types of metadata:


* Properties related to a measurement campaign
* Properties related to a measurement campaign
* Properties related to each measurement.
* Properties related to each measurement
Properties are defined by default in NVGate but the list of properties can be modified according to the user need.
Properties are defined by default in NVGate but the list of properties can be modified according to the user's need.


The list of properties is available in the Home ribbon by clicking on Measurement properties.
The list of properties is available in the Home ribbon by clicking on Measurement properties.
Line 74: Line 74:


====Operation====
====Operation====
These properties related to a measurement campaign are generally common to several measurements done the same day on the same installation. Instead of writing this information for each measurement, it<nowiki>'</nowiki>s possible to define the environment once before stating the measurement.
These properties related to a measurement campaign are generally related to several measurements done on the same day and on the same installation. Instead of writing this information for each measurement, it<nowiki>'</nowiki>s possible to define the environment once before stating the measurement.


This information can be defined in the operation window available by clicking on the button
This information can be defined in the operation window available by clicking on the button
Line 80: Line 80:
.
.


Below, the properties by default:
Below are the properties by default:


[[Image:EngineDiag_17.png|framed|none]]
[[Image:EngineDiag_17.png|framed|none]]


The properties can be defined directly in this window as the following example
The properties can be defined by what is directly shown in the following example:


[[Image:EngineDiag_18.png|framed|none]]
[[Image:EngineDiag_18.png|framed|none]]


At this stage, new properties can be added if needed by clicking on Add new in this window
At this stage, new properties can be added if needed by clicking on "Add new" in this window


[[Image:EngineDiag_19.png|framed|none]]
[[Image:EngineDiag_19.png|framed|none]]


Select OK.
Select "OK".


All these properties will be added to each measurement done this day.
All these properties will be added to each measurement that is done on this day.


====MeAsurement====
====Measurement====
In the save measurement window, all the activated properties are displayed.
In the "Save Measurement" window, all the activated properties are displayed.


The properties pre-filled in the operation window appear with the value defined by the user in the operation window.
The properties are pre-filled in the operation window and appear with the value defined by the user in the operation window.


[[Image:EngineDiag_20.png|framed|none]]
[[Image:EngineDiag_20.png|framed|none]]
writer
12

edits

Navigation menu