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ibaAnalyzer

功能强大的分析软件 - 灵活且免费

ibaAnalyzer 具有全面的功能,可进行分析和判断。该应用程序提供功能范围复杂的直观操作。并且用于编辑使用 iba 系统生成的测量文件的授权是免费的。

ibaAnibaAnalyzer 概览

Analysis software - ibaAnalyzer

  • 全面的在线和离线分析
  • 直观的用户界面提供智浮动窗口和拖放功能
  • 来自不同测量过程或者数据源的数据组合
  • 强大的数学和工艺功能,用于处理、组合、计算和生成信号
  • 强大的图形化数字滤波器编辑器
  • 频域分析 (FFT)
  • 分析结果的二次运用
  • 用于测量信号的多功能标记器(Marker)
  • 用于保护专门分析方法(know-how)的宏功能

产品亮点

Partial Windows
  1. signal tree
  2. search dialog
  3. signal strips
  4. value tables
  5. Navigator

etc. can be positioned freely. Markers can be used to measure signal characteristics quickly and easily.

Intervals

If a complete time range is of interest rather than individual positions within a trend, this can be handled with so-called intervals. Similar to the markers, intervals can be easily added.

Example Thickness Profile

In this example, the thickness profile of a rolling strip is shown as top view in false-color representation. On the right, the user can see the progression of the measured values for the both marker positions.

Product Features

Flexible, powerful, free of charge

As the key element for data anlysis within the iba system, ibaAnalyzer is a very powerful and efficient tool for interactive and automated measurement data analysis. ibaAnalyzer is licensed free of charge providing a cost-neutral possibility to analyze data acquired with iba software such as ibaPDA, ibaQDR, ibaLogic or ibaHD-Server

Handling measurement data

No matter if data is stored file-based or continuously in ibaHD-Server, data can be viewed or analyzed with ibaAnalyzer immediately. Files can be read by several users simultaneously (e. g. when available on a file share) and can be easily copied and forwarded by email.

Hardcopy and reporting

The print function can be seen as a first simple report which is easily generated. In addition to the signal trends and signal table, the marker and statistical tables as well as the comments are printed.

User interface

The graphical user interface of ibaAnalyzer is organized in individual windows and tabs. All components can be positioned freely and docked using drag & drop.

Signal-oriented analysis with markers

Signal trends, values and distances can be easily measured with two interactive markers. The results, which depend on the marker position, are shown in a comprehensive table.

Length-based display

When analyzing production processes for long products, like in a rolling mill, ibaAnalyzer offers a length-based display in addition to the standard timebased display.

Formula editor

Every time values or virtual signals needs to be derived from available signal data, computations can be defined using the comprehensive formula editor.

Macros

If the same combination of functions needs to be used several times, it is possible to define and save such standardized calculations as macros. Macros offer additional documentation and commenting features to increase the clarity and show the purpose of certain computations.

Grouping and logical expressions

Any resulting values or virtual signals which are used more than once, can be organized as so-called logical expressions. You can define groups and easily structure your results.

Reusing analyses

Evaluations and computations done with the measured data can be easily reused by storing all steps in an analysis file. This is especially important for batch processes to ensure that files are always analyzed in exactly the same way.

Pictures say more

When using ibaCapture to record videos synchronously with high-resolution process data, ibaAnalyzer can be used to analyze those videos together with all other available information. The integrated video player shows the corresponding image for each measurement value.

Access to ibaHD-Server

Data stored in ibaHD-Server can be analyzed using all available functions similar to the use of DAT files. The advantage of ibaHD-Server is that data is available over long periods of time.

Targeted finding of HD data

With the HD query editor, data can be queried either by a simple calendar function or by using conditions to search for specific occurences. With a simple preview window, data ranges can be searched and selected easily.

ibaAnalyzer

Tutorials

How to install ibaAnalyzer (01)
In this video we´ll guide you through the installation of ibaAnalyzer.
How to select and open data files (02)
In this video we´ll show you how to select and open data files in ibaAnalyzer.
How to select and display signals (03)
In this video we´ll show you how to select and display signals.
Graph and signal definitions window (04)
You will now learn about the important features of the graph and signal definitions windows.
Find signals using text search (05)
In this video, you will learn some of the basic requirements which are necessary for you to create mathematical expressions.
Close data files and save/close analysis (06)
We will now learn how to terminate the ibaAnalyzer session.
How to use markers (07)
In this video, we will learn how to use markers. Markers provide you with the possibility of getting fast information for a selected area on the graph.
How to open sequential data files (08)
In this video; you will learn how to open sequential data files and to compare records from different data files.
Mathematical expressions (09)
In this video, you will learn some of the basic requirements which are necessary for you to create mathematical expressions.
Manipulate signals using boolean operations (10)
In this video, you will learn how to manipulate signals using boolean operations.
How to indicate when specified limits have been exceeded (11)
In this video, you will learn how to indicate when specified limits have been exceeded by an input signal.
Calculate the accumulated weight of strip passing a particular point (12)
In this video, you will learn how to use the Expression builder to calculate the accumulated weight of strip passing a particular point.

跟专家交谈

请填写下表,我们会尽快联系

隐私保护

通过选择一个国家,我的请求将被转发给iba AG负责销售和支持的国家分支机构。

ibaAnalyzer 的扩展

可以通过带有附加功能的大量实用插件模块化扩展 ibaAnalyzer 系统

ibaAnalyzer-File-Extract

使用收费的ibaAnalyzer-File-Extraktor附加组件,可以将iba-dat格式的测量数据导出为许多常用的标准格式。导出功能也可以使用ibaDatCoordinator来自动实现。生成的文件可以通过其他程序来导入。

  • iba-dat文件将自动导出为标准格式
  • 轻松创建ASCII格式的文件
  • 其他格式:COMTRADE (也符合IEC 60225-24 ed. 2: 2013), TDMS, DAS, Apache Parquet, Matlab
  • 支持基于长度的数据(ibaQDR)

ibaAnalyzer-E-Dat

通过收费的ibaAnalyzer-E-Dat附加组件,可以使用ibaAnalyzer分析非dat格的测量文件。

  • 通过常规的“打开数据文件”对话框轻松导入
  • 支持的格式:CSV (ACII), COMTRADE, EDAS, TDMS, Danieli FDA, Apache Parquet, Matlab, Wave Dateien, PQDIF (更多的格式正在不断添加)
Integration of basic process data - ibaAnalyzer-DB
ibaAnalyzer-DB

将基本过程数据集成到生产和质量管理

Automated generation of reports - ibaAnalyzer-Reportgenerator
ibaAnalyzer-Report­generator

自动生成报告

Offline vibration analysis - ibaAnalyzer-InSpectra
ibaAnalyzer-InSpectra

Detailed offline Vibration Analysis

Detailed offline analysis of cyclic processes - ibaAnalyzer-InCycle
ibaAnalyzer-InCycle

Detailed offline analysis of cyclic processes

Display geographic positions and movement - ibaAnalyzer-Maps
ibaAnalyzer maps view

Display of GPS positions and routes

Automatic Monitoring of the Coil Tracking

ibaDatawyzer-ICC

With ibaDatawyzer-ICC coils in the metal producing industry can be identified by characteristic geometrical features.

资源简介

英语, .pdf, 193.7 KB
英语, .pdf, 2.8 MB
英语, .pdf, 10.8 MB
英语, .pdf, 3.3 MB
英语, .pdf, 4.8 MB
英语, .pdf, 1.6 MB
英语, .pdf, 1.8 MB
英语, .pdf, 5.0 MB

请联系 当地经销商

Order no.NameDescription
33.010.000ibaAnalyzerOffline analysis tool*
33.010.003ibaAnalyzer-DB-ReadOffline analysis: read data from SQL databases
33.010.008ibaAnalyzer-DB-Read-5Offline analysis: read data from SQL databases, 5 users
33.010.410ibaAnalyzer-InSpectra+Offline vibration analysis: trend and output of InSpectra results in
ibaAnalyzer
33.010.411ibaAnalyzer-InCycle+Offline analysis of cyclic processes: trend and output of InCycle
results in ibaAnalyzer
33.010.445ibaAnalyzer-E-DatOffline analysis for external data formats
33.010456ibaAnalyzer-Add-On-TDMS-ExtractOffline data extraction from an original DAT file into a TDMS format
(free of charge)

* Software is licensed free of charge for analyzing measurement data generated with the iba system.