Time history recording

Capture the original, raw, unfiltered data for all channels during a vibration test with an independently adjustable sample rate. This full data retention allows for precise subsequent analysis of signal curves and dynamic specimen behavior, ideal for research, damage analysis, or test validation.

Time history recording to throughput disc

Efficiency

Record raw, unfiltered time data in parallel with vibration control – ideal for complete documentation and detailed post-analysis. With targeted channel selection and high sampling rates, you capture only the data that truly matters without unnecessary storage load.

Safety

Stay in control at all times: Schedule Time history recording (or throughput recording) to start, pause, or stop automatically, or adjust manually during the test. This ensures your critical measurement data is always recorded securely.

Flexibility

Whether sine, random, shock, or mixed-mode – Time history recording captures raw data universally. At the same time, you decide which channels to record, tailoring data volume and detail level precisely to your test requirements.

Quality

Benefit from original time data in analysis-friendly formats such as .dat (raw binary) or the m+p SOT format. This gives you full freedom for post-processing – from MATLAB to seamless evaluation in the m+p Analyzer.

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Original time data without filter effects

Throughput recording saves raw data seamlessly and unfiltered - irrespective of the ongoing vibration test. This means that all details are available for precise post-analysis, ideal for deepening the physical understanding of the specimen and test.

Flexible sample rates and targeted channel selection

The sample rate is freely adjustable irrespective of the test - up to 102.4 kHz per channel. Individual channels can be specifically selected for recording, which saves memory space and creates focus.

Compatible with any excitation mode

Whether sine, random, shock or mixed mode: time history recording can be used across all test types and easily integrated into complex test sequences.

Analysis-friendly formats and seamless integration

The data is saved in m+p *.sot format for direct evaluation in m+p Analyzer and alternatively in *.dat format for easy analysis in tools such as MATLAB. The user interface and operating concept are identical to m+p VibControl - for a familiar user experience.

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Upgrade to
VibControl 2.19

Discover how the new features boost your vibration testing.

Scalable measurement hardware systems - from 4 to hundreds of channels 

Two stacked m+p VibPilot devices feature multiple input and output ports for precise vibration testing.

m+p VibPilot - Compact DAQ systems

Choose our powerful, lightweight, and fan-less m+p VibPilot measurement front-end for all test setups with 4 or 8 channels and combinable for up to 32 channels, whether in vibration testing or in vibration and sound analysis.

An m+p VibRunner DAQ module and a rack stacked with several modules s displayed on a white surface.

m+p VibRunner - High channel count DAQ systems

Test large structures or applications with high data throughput using our modular m+p VibRunner hardware platform that can be flexibly scaled to handle hundreds of input channels or multiple exciters.

Applications for time history recording

Useful additional modules

Excite your specimen with a real random pattern to perform more realistic simulations.

Perform transient excitations to simulate shock loads on the specimen.

Simulate environments in which random excitations are mixed with superimposed harmonic or random loads, such as those occurring in a helicopter or tank.

Expand your channel count by synchronizing your DAQ system with other vibration controllers.

Use our throughput function to have a comprehensive signal base for further processing, for analysing short-term events during the test or for troubleshooting.

Testing with heavy specimens and several shakers or excitation in 3 axes simultaneously? Coupled or decoupled? With our multi-shaker solutions, you can carry out demanding tests safely and precisely.

Identify the breaking point of your test object during product development durability tests by holding and vibrating it at its natural resonance even if the frequency shifts.

Easily visualize the deflection shapes of a machine or structure, whether in operation or on a test bench.

Protect your specimen and system from overtesting by using targeted notch control to limit vibrations.

Carry out more realistic tests with increased system safety and better protection of the vibration exciter, e.g. when testing higher structures. The essential functions for a professional force limited vibration test are also provided.

Monitor your test stands using a higher-level tool and create clarity and structure in the large variety of signals.

Handle high-frequency shaker tests on components such as control units, sensors, or gyroscopes, by increasing the control frequency from 20 kHz to 40 kHz.

Automate repetitive test sequences, such as a resonance-random-resonance search in a flexible schedule plan. This module also allows the controlled combination with external devices such as climatic chambers.

Integrate your tests into your IT environment for advanced automation and remote monitoring.

Calibrate your sensors in-house and benefit from a complete out-of-the-box system.

Easily and quickly create custom reports that meet your individual requirements.

Support

We offer personalized support from experts with excellent response times, not anonymous call-centre hotlines.

Calibration

Choose between factory and ISO 17025 calibrations with on-site and rental services to minimize downtime.

Training

Our experts help you train new employees, master new testing challenges, or optimize specific test processes.

Service Contracts

Let us take care of hardware calibration and software updates so you can focus on your tests.

“Life safety and security selected m+p as our preferred vibration controller supplier for the intuitive software and competitive pricing. As a UKAS accredited test house, we expect the highest levels of system reliability, stability and support which m+p have successfully delivered with every system.”

Andrew Lawson
Laboratory Manager at Intertek
Leatherhead/United Kingdom

“Life safety and security selected m+p as our preferred vibration controller supplier for the intuitive software and competitive pricing. As a UKAS accredited test house, we expect the highest levels of system reliability, stability and support which m+p have successfully delivered with every system.”


Andrew Lawson
Laboratory Manager at Intertek
Leatherhead/United Kingdom

“Life safety and security selected m+p as our preferred vibration controller supplier for the intuitive software and competitive pricing. As a UKAS accredited test house, we expect the highest levels of system reliability, stability and support which m+p have successfully delivered with every system.”


Andrew Lawson
Laboratory Manager at Intertek
Leatherhead/United Kingdom

Case studies

Mahle Filtersysteme | DE

Engineering tests for vehicles airfiltration and engine components

Aerospacelab

A cutting-edge vibration test system

Element laboratory | UK

Shake and bake testing for aerospace components

China Electronics Technology Group Corporation | CN

Radar reliability testing

Throughput recording resources 

Time history recording – FAQ

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