Vibration Control and Data Acquisition System RL-C25
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Vibration Control and Data Acquisition System RL-C25

Vibration Control and Data Acquisition System RL-C25 About RL-C25 RL-C25 is an advanced highly-accurate vibration control and data acquisition system designed for multichannel applications. Scalable architecture of RL-C25 architecture allows the user to expand the system up to 512 channels in a synchronized data acquisition set. RL-C25 provides a full set of vibration and acoustic measurements and supports various sensor types. Two advanced software packages - TestUP and Vis-Analyser - power the system to fulfill the vibration control and data acquisition functionality. The modular...

Vibration Control and Data Acquisition System RL-C25

Vibration Control and Data Acquisition System RL-C25 Control and Data Acquisition System RL-C25

Vibration Control and Data Acquisition System RL-C25 Data Acquisition and Analysis RL-C25 provides extensive capabilities of data acquisition and analysis using a powerful software tool VisAnalyser. Sources of signals for analysis can be different: data can come from DAQ-devices in real-time or from a recording. It is possible to analyze data acquired with RULA-devices or imported from other acquisition systems. A free demo-version of the data acquisition software is accessible on the website of RULA Technologies. Modular Software Configuration The software comprises a number of options,...

Vibration Control and Data Acquisition System RL-C25 Control and Data Acquisition System RL-C25 Spectrum Analysis The user can calculate signal PSD and view spectra by RMS and amplitude. For spectrum analysis, you can specify: Statistical Analysis Statistical analysis option is used to obtain different integrated characteristics of the signal, e.g: • Window length; Minimum value; Window function – Hann, Hamming, Blackman, Newtall, flat-top, Kaiser, Bohmann, Chebyshev; Maximum value; Mean value; Averaging type – linear or exponential; Median value; Zero offset calculation and subtraction....

Vibration Control and Data Acquisition System RL-C25 Editing Files In our post-processing software you can cut the relevant fragment from the data file and then save it as another file for subsequent analysis. Arithmetic Operations VisAnalyser supports different arithmetic operations on signals. A signal can be added, divided or subtracted from a signal or a constant, or a logarithm can be taken. The arithmetic operations are specified in a line with a formula. The formula can then be saved as a template. Signal Filtration Filtering the signals with FIR and IIR filters eliminates the noise...

Vibration Control and Data Acquisition System RL-C25 Control and Data Acquisition System RL-C25 Online Analysis Online analysis is the analysis of data acquired from analog channels of a data-acquisition system in real time. In case of RL-C25 it is possible to analyze data from up to 512 channels. The following types of analysis are available in this mode: Data Recording Online analysis mode has the option of data recording. The maximum recording duration is only limited by the PC hard drive capacity. With this option, the user can acquire data to subsequently analyze them using any of the...

Vibration Control and Data Acquisition System RL-C25 Vibration Control As a vibration control systems RL-C25 provides outstanding accuracy of control, reliability and high safety standard. Vibration control system produced by RULA Technologies are used with a specialized software package for running vibration tests - TestUP. The software supports all types of vibration tests: Sine, Random, Shock, SRoR, SRS, TTH, FDR, etc. Furthermore, the software enables running and controlling Multishaker tests. Each software option in TestUP can be activated independently of the others to meet the user's...

Vibration Control and Data Acquisition System RL-C25 Control and Data Acquisition System RL-C25 Sine Test Sweep Rate Sine tests with fixed or swept frequency provides highly accurate multichannel control in real time. Resonance Search and Tracking option helps to determine FRF peaks of the object under test. Swept frequency Fixed frequency Resonance search and tracking dwell The user can specify linear (Hz/s, min/sweep, cycles) or logarithmic (Oct/min, min/sweep, dec/min, cycles) sweep rate for each profile segment. Resonance Search and Tracking RL-C25 determines resonance frequencies...

Vibration Control and Data Acquisition System RL-C25 Advanced Sine Test This test type allows using up to independent 8 sine tones simultaneously. Each sine tone has its own individual schedule. Besides, you can divide the frequency range of the profile into segments to have a sine tone run on each of them. Such a procedure helps to considerably decrease test time. 4Figure 2. Advanced Sine Test Advanced Sine Test Features • Number of sine tones to run simultaneously: 1 – 8. Sine tone amplitude can be set in the units of acceleration, velocity and displacement. Each sine tone is controlled...

Vibration Control and Data Acquisition System RL-C25 Control and Data Acquisition System RL-C25 Random Test Constant Number of Degrees of Freedom (CDOF) In case of random vibration the object under test is subject to true random signal with specified PSD, and either Gaussian or non-Gaussian amplitude statistics. Kurtosis RL-C25 supports tests with non-Gaussian random signals. Kurtosis control allows increasing the probability of peak acceleration values. Specifying the value of Kurtosis approximates the impact on the device under test to the actual operating conditions. The option of using...

Vibration Control and Data Acquisition System RL-C25 SRoR Tests RL-C25 controller enables running the following types of tests: • Sine on Random. • Random on Random. • Sine and Random on Random. • Sine on Sine. SRoR Test Features • Number of superimposed sine tones: 1 to 12. • Number of superimposed random bands: 1 to 12. • For each superimposed sine tone or random band the user can specify sweep rate, start and end frequency and amplitudes. • Sine tone amplitude can be set in the units of acceleration, velocity and displacement. • Kurtosis settings. • Spectrum averaging with Constant...