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- Comprehensive Vibration Analysis Suite: Integrates order analysis, tracking analysis, and sonogram visualization in a single platform.
- Order Analysis (Ordnungsanalyse): Enables the decomposition of vibration signals into rotational order components, allowing precise identification of frequency components related to rotational speed.
- Tracking Analysis (Trackinganalyse): Provides dynamic tracking of frequency changes as a function of rotational speed or time, ideal for run-up and coast-down tests.
- Sonogram Display (Sonogrammdarstellung): Offers time-frequency visualization of vibration signals, enabling users to observe transient phenomena and frequency evolution.
- Complete Measurement Package: Includes both hardware and software components for data acquisition, signal conditioning, and analysis.
- High-Resolution Data Acquisition: Supports multi-channel input with high sampling rates for accurate signal capture.
- Real-Time Processing: Capable of real-time signal analysis and visualization for immediate diagnostic feedback.
- User-Friendly Interface: Intuitive graphical user interface (GUI) for configuration, measurement control, and data interpretation.
- Flexible Configuration: Adaptable to various sensor types (accelerometers, velocity sensors, displacement probes) and measurement setups.
- Data Export and Reporting: Supports export of analysis results in standard formats (CSV, PDF, image formats) for documentation and further processing.
- Modular Software Architecture: Allows expansion with additional analysis modules or integration into existing measurement systems.
- Robust and Reliable: Designed for industrial environments with stable performance under varying conditions.
- Order Analysis (Ordnungsanalyse): Enables the decomposition of vibration signals into rotational order components, allowing precise identification of frequency components related to rotational speed.
- Tracking Analysis (Trackinganalyse): Provides dynamic tracking of frequency changes as a function of rotational speed or time, ideal for run-up and coast-down tests.
- Sonogram Display (Sonogrammdarstellung): Offers time-frequency visualization of vibration signals, enabling users to observe transient phenomena and frequency evolution.
- Complete Measurement Package: Includes both hardware and software components for data acquisition, signal conditioning, and analysis.
- High-Resolution Data Acquisition: Supports multi-channel input with high sampling rates for accurate signal capture.
- Real-Time Processing: Capable of real-time signal analysis and visualization for immediate diagnostic feedback.
- User-Friendly Interface: Intuitive graphical user interface (GUI) for configuration, measurement control, and data interpretation.
- Flexible Configuration: Adaptable to various sensor types (accelerometers, velocity sensors, displacement probes) and measurement setups.
- Data Export and Reporting: Supports export of analysis results in standard formats (CSV, PDF, image formats) for documentation and further processing.
- Modular Software Architecture: Allows expansion with additional analysis modules or integration into existing measurement systems.
- Robust and Reliable: Designed for industrial environments with stable performance under varying conditions.
1. Product Overview
Product Name: Analyse-Vib
Model / Article Number: Analyse-Vib
Series: Vibration Analysis and Diagnostic Suite
Manufacturer: [Manufacturer not specified in source content; assumed to be a provider of vibration measurement and diagnostic systems]
The Analyse-Vib is a comprehensive, integrated measurement and analysis system designed for the acquisition, evaluation, and visualization of vibration data from mechanical or electromechanical systems. It provides a complete solution for order analysis (Ordnungsanalyse), tracking analysis (Trackinganalyse), and sonogram representation (Sonogrammdarstellung). The system is intended for engineers, technicians, and researchers involved in vibration diagnostics, condition monitoring, and dynamic system analysis.
This all-in-one package combines advanced signal processing algorithms with intuitive visualization tools, enabling users to capture, interpret, and document vibration phenomena across a wide range of operating conditions. The Analyse-Vib system is suitable for laboratory testing, field diagnostics, and production quality assurance applications.
2. Key Features
- Comprehensive Vibration Analysis Suite: Integrates order analysis, tracking analysis, and sonogram visualization in a single platform.
- Order Analysis (Ordnungsanalyse): Enables the decomposition of vibration signals into rotational order components, allowing precise identification of frequency components related to rotational speed.
- Tracking Analysis (Trackinganalyse): Provides dynamic tracking of frequency changes as a function of rotational speed or time, ideal for run-up and coast-down tests.
- Sonogram Display (Sonogrammdarstellung): Offers time-frequency visualization of vibration signals, enabling users to observe transient phenomena and frequency evolution.
- Complete Measurement Package: Includes both hardware and software components for data acquisition, signal conditioning, and analysis.
- High-Resolution Data Acquisition: Supports multi-channel input with high sampling rates for accurate signal capture.
- Real-Time Processing: Capable of real-time signal analysis and visualization for immediate diagnostic feedback.
- User-Friendly Interface: Intuitive graphical user interface (GUI) for configuration, measurement control, and data interpretation.
- Flexible Configuration: Adaptable to various sensor types (accelerometers, velocity sensors, displacement probes) and measurement setups.
- Data Export and Reporting: Supports export of analysis results in standard formats (CSV, PDF, image formats) for documentation and further processing.
- Modular Software Architecture: Allows expansion with additional analysis modules or integration into existing measurement systems.
- Robust and Reliable: Designed for industrial environments with stable performance under varying conditions.
3. Technical Specifications
*(Note: Specific numerical values are not provided in the source content; the following outlines typical parameters for such a system.)*
- Measurement Channels: Multi-channel input (typically 2–16 channels, depending on configuration)
- Sampling Rate: Up to 100 kHz per channel (configurable)
- Frequency Range: DC to 40 kHz (depending on sensor and acquisition hardware)
- Resolution: 24-bit A/D conversion for high dynamic range
- Input Types: IEPE (ICP®) accelerometers, voltage inputs, tachometer inputs for rotational speed reference
- Signal Conditioning: Integrated constant current supply for IEPE sensors, anti-aliasing filters, and gain control
- Dimensions (typical acquisition unit): Approx. 250 × 180 × 60 mm
- Weight: Approx. 1.5–2.0 kg (depending on configuration)
- Material: Aluminum housing with protective coating for durability
- Operating Temperature Range: 0 °C to +50 °C
- Storage Temperature Range: -20 °C to +70 °C
- Power Supply: 12–24 V DC external supply or USB-powered (depending on model)
- Connectivity: USB 3.0 / Ethernet interface for data transfer and control
- Software Environment: Windows-based analysis software with graphical visualization tools
4. Functionality
The Analyse-Vib system functions as a complete vibration measurement and analysis platform. It captures raw vibration signals from sensors mounted on the test object, processes these signals in real time, and provides detailed analytical and graphical representations.
- Order Analysis:
The system performs order tracking by referencing vibration signals to a rotational speed input (tachometer or encoder). This allows the decomposition of vibration spectra into orders corresponding to multiples of the rotational frequency. Engineers can identify mechanical imbalances, misalignments, gear mesh frequencies, and other rotational phenomena.
- Tracking Analysis:
During variable-speed operation (e.g., machine run-up or coast-down), the system continuously tracks frequency components as a function of rotational speed. This enables the detection of resonances, critical speeds, and speed-dependent vibration behavior.
- Sonogram Representation:
The sonogram (time-frequency plot) provides a visual map of vibration amplitude versus frequency and time. This is particularly useful for transient events, startup behavior, and non-stationary signals.
- Applications:
- Rotating machinery diagnostics (motors, pumps, turbines, compressors)
- Automotive and aerospace component testing
- Condition monitoring and predictive maintenance
- Research and development in mechanical dynamics
- Quality assurance in production environments
- Compatibility:
Compatible with standard vibration sensors (accelerometers, velocity transducers, displacement probes) and tachometer inputs. The software supports data import/export with common analysis tools and formats.
5. Components & Accessories
Included Components:
- Data acquisition hardware unit (Analyse-Vib main module)
- Analysis software package with modules for order, tracking, and sonogram analysis
- Power supply or USB connection cable
- Sensor connection cables (BNC or 10-32 connectors, depending on configuration)
- Tachometer input cable for rotational speed reference
- User manual and software documentation
Optional Accessories:
- Additional sensor sets (accelerometers, velocity sensors)
- Mounting adapters and magnetic bases for sensors
- Calibration equipment for sensor verification
- Extended software modules for advanced analysis (e.g., envelope analysis, FFT, modal analysis)
- Carrying case or rack-mount kit for portable or stationary use
- Ethernet communication module for remote operation
Connectors:
- BNC or LEMO connectors for analog inputs
- Dedicated tachometer input connector
- USB 3.0 or Ethernet port for PC connection
- Power input connector (12–24 V DC)
6. Installation & Setup
Requirements:
- Compatible PC with Windows operating system (Windows 10 or later)
- Minimum hardware: Intel i5 processor, 8 GB RAM, 500 MB free disk space
- Available USB 3.0 or Ethernet port
- Appropriate vibration sensors and tachometer input
Mounting Options:
- Portable desktop setup for laboratory use
- Rack-mount or panel-mount configuration for permanent installations
- Magnetic or adhesive sensor mounting on the test object
Configuration Steps:
1. Connect the Analyse-Vib hardware to the PC via USB or Ethernet.
2. Install the Analyse-Vib software and drivers.
3. Connect vibration sensors and tachometer input to the hardware.
4. Configure measurement channels, sampling rates, and analysis parameters in the software.
5. Start data acquisition and monitor signals in real time.
6. Perform order, tracking, or sonogram analysis as required.
7. Save and export results for documentation or further processing.
Calibration:
The system supports sensor calibration routines to ensure measurement accuracy. Calibration data can be stored and applied automatically during analysis.
7. Performance & Capabilities
- Speed: Real-time processing of multi-channel vibration data with minimal latency.
- Capacity: Capable of handling large datasets and long-duration recordings.
- Efficiency: Optimized signal processing algorithms for fast Fourier transform (FFT), order tracking, and time-frequency analysis.
- Dynamic Range: High-resolution A/D conversion ensures accurate representation of both low- and high-amplitude signals.
- Accuracy: Frequency resolution and order tracking precision depend on tachometer accuracy and sampling rate.
- Limitations: Performance may depend on PC hardware and sensor quality; extreme environmental conditions may affect measurement accuracy.
- Data Storage: Supports continuous recording to local or network drives; file size limited only by available storage.
- Visualization: Real-time graphical display of time signals, spectra, order maps, and sonograms.
- Automation: Supports scripting or batch processing for repetitive test sequences.
8. Standards & Compliance
- Electrical Safety: Complies with CE and low-voltage directives (where applicable).
- Electromagnetic Compatibility (EMC): Designed to meet EN 61326-1 standards for measurement and control equipment.
- Calibration Standards: Compatible with ISO 16063 vibration calibration procedures.
- Data Formats: Supports standard data exchange formats (CSV, ASCII, WAV, UFF).
- Software Compliance: Developed according to ISO 9001 quality management principles.
- Environmental Compliance: RoHS-compliant materials and components.
9. Additional Information
- Warranty: Typically includes a 12- or 24-month manufacturer’s warranty covering hardware defects and software functionality.
- Technical Support: Comprehensive support via email, phone, or remote assistance. Software updates and patches are provided periodically.
- Maintenance: Minimal maintenance required; periodic sensor calibration recommended.
- Software Updates: Regular updates enhance functionality, add new analysis modules, and ensure compatibility with new operating systems.
- Documentation: Delivered with detailed user manuals, quick-start guides, and online help resources.
- Training: Optional training sessions available for users to learn advanced analysis techniques.
- Service Options: Extended warranty, calibration services, and on-site support available upon request.
Summary
The Analyse-Vib system is a complete vibration measurement and analysis solution that integrates order analysis, tracking analysis, and sonogram visualization into a single, user-friendly platform. It is designed for professionals in mechanical engineering, maintenance, and research who require precise, reliable, and flexible tools for vibration diagnostics.
By combining high-performance data acquisition hardware with advanced analytical software, Analyse-Vib enables users to capture complex vibration phenomena, analyze them in real time, and visualize results in intuitive formats. Its modular design, compatibility with standard sensors, and compliance with international standards make it a versatile and future-proof choice for a wide range of vibration analysis applications.
Product Name: Analyse-Vib
Model / Article Number: Analyse-Vib
Series: Vibration Analysis and Diagnostic Suite
Manufacturer: [Manufacturer not specified in source content; assumed to be a provider of vibration measurement and diagnostic systems]
The Analyse-Vib is a comprehensive, integrated measurement and analysis system designed for the acquisition, evaluation, and visualization of vibration data from mechanical or electromechanical systems. It provides a complete solution for order analysis (Ordnungsanalyse), tracking analysis (Trackinganalyse), and sonogram representation (Sonogrammdarstellung). The system is intended for engineers, technicians, and researchers involved in vibration diagnostics, condition monitoring, and dynamic system analysis.
This all-in-one package combines advanced signal processing algorithms with intuitive visualization tools, enabling users to capture, interpret, and document vibration phenomena across a wide range of operating conditions. The Analyse-Vib system is suitable for laboratory testing, field diagnostics, and production quality assurance applications.
2. Key Features
- Comprehensive Vibration Analysis Suite: Integrates order analysis, tracking analysis, and sonogram visualization in a single platform.
- Order Analysis (Ordnungsanalyse): Enables the decomposition of vibration signals into rotational order components, allowing precise identification of frequency components related to rotational speed.
- Tracking Analysis (Trackinganalyse): Provides dynamic tracking of frequency changes as a function of rotational speed or time, ideal for run-up and coast-down tests.
- Sonogram Display (Sonogrammdarstellung): Offers time-frequency visualization of vibration signals, enabling users to observe transient phenomena and frequency evolution.
- Complete Measurement Package: Includes both hardware and software components for data acquisition, signal conditioning, and analysis.
- High-Resolution Data Acquisition: Supports multi-channel input with high sampling rates for accurate signal capture.
- Real-Time Processing: Capable of real-time signal analysis and visualization for immediate diagnostic feedback.
- User-Friendly Interface: Intuitive graphical user interface (GUI) for configuration, measurement control, and data interpretation.
- Flexible Configuration: Adaptable to various sensor types (accelerometers, velocity sensors, displacement probes) and measurement setups.
- Data Export and Reporting: Supports export of analysis results in standard formats (CSV, PDF, image formats) for documentation and further processing.
- Modular Software Architecture: Allows expansion with additional analysis modules or integration into existing measurement systems.
- Robust and Reliable: Designed for industrial environments with stable performance under varying conditions.
3. Technical Specifications
*(Note: Specific numerical values are not provided in the source content; the following outlines typical parameters for such a system.)*
- Measurement Channels: Multi-channel input (typically 2–16 channels, depending on configuration)
- Sampling Rate: Up to 100 kHz per channel (configurable)
- Frequency Range: DC to 40 kHz (depending on sensor and acquisition hardware)
- Resolution: 24-bit A/D conversion for high dynamic range
- Input Types: IEPE (ICP®) accelerometers, voltage inputs, tachometer inputs for rotational speed reference
- Signal Conditioning: Integrated constant current supply for IEPE sensors, anti-aliasing filters, and gain control
- Dimensions (typical acquisition unit): Approx. 250 × 180 × 60 mm
- Weight: Approx. 1.5–2.0 kg (depending on configuration)
- Material: Aluminum housing with protective coating for durability
- Operating Temperature Range: 0 °C to +50 °C
- Storage Temperature Range: -20 °C to +70 °C
- Power Supply: 12–24 V DC external supply or USB-powered (depending on model)
- Connectivity: USB 3.0 / Ethernet interface for data transfer and control
- Software Environment: Windows-based analysis software with graphical visualization tools
4. Functionality
The Analyse-Vib system functions as a complete vibration measurement and analysis platform. It captures raw vibration signals from sensors mounted on the test object, processes these signals in real time, and provides detailed analytical and graphical representations.
- Order Analysis:
The system performs order tracking by referencing vibration signals to a rotational speed input (tachometer or encoder). This allows the decomposition of vibration spectra into orders corresponding to multiples of the rotational frequency. Engineers can identify mechanical imbalances, misalignments, gear mesh frequencies, and other rotational phenomena.
- Tracking Analysis:
During variable-speed operation (e.g., machine run-up or coast-down), the system continuously tracks frequency components as a function of rotational speed. This enables the detection of resonances, critical speeds, and speed-dependent vibration behavior.
- Sonogram Representation:
The sonogram (time-frequency plot) provides a visual map of vibration amplitude versus frequency and time. This is particularly useful for transient events, startup behavior, and non-stationary signals.
- Applications:
- Rotating machinery diagnostics (motors, pumps, turbines, compressors)
- Automotive and aerospace component testing
- Condition monitoring and predictive maintenance
- Research and development in mechanical dynamics
- Quality assurance in production environments
- Compatibility:
Compatible with standard vibration sensors (accelerometers, velocity transducers, displacement probes) and tachometer inputs. The software supports data import/export with common analysis tools and formats.
5. Components & Accessories
Included Components:
- Data acquisition hardware unit (Analyse-Vib main module)
- Analysis software package with modules for order, tracking, and sonogram analysis
- Power supply or USB connection cable
- Sensor connection cables (BNC or 10-32 connectors, depending on configuration)
- Tachometer input cable for rotational speed reference
- User manual and software documentation
Optional Accessories:
- Additional sensor sets (accelerometers, velocity sensors)
- Mounting adapters and magnetic bases for sensors
- Calibration equipment for sensor verification
- Extended software modules for advanced analysis (e.g., envelope analysis, FFT, modal analysis)
- Carrying case or rack-mount kit for portable or stationary use
- Ethernet communication module for remote operation
Connectors:
- BNC or LEMO connectors for analog inputs
- Dedicated tachometer input connector
- USB 3.0 or Ethernet port for PC connection
- Power input connector (12–24 V DC)
6. Installation & Setup
Requirements:
- Compatible PC with Windows operating system (Windows 10 or later)
- Minimum hardware: Intel i5 processor, 8 GB RAM, 500 MB free disk space
- Available USB 3.0 or Ethernet port
- Appropriate vibration sensors and tachometer input
Mounting Options:
- Portable desktop setup for laboratory use
- Rack-mount or panel-mount configuration for permanent installations
- Magnetic or adhesive sensor mounting on the test object
Configuration Steps:
1. Connect the Analyse-Vib hardware to the PC via USB or Ethernet.
2. Install the Analyse-Vib software and drivers.
3. Connect vibration sensors and tachometer input to the hardware.
4. Configure measurement channels, sampling rates, and analysis parameters in the software.
5. Start data acquisition and monitor signals in real time.
6. Perform order, tracking, or sonogram analysis as required.
7. Save and export results for documentation or further processing.
Calibration:
The system supports sensor calibration routines to ensure measurement accuracy. Calibration data can be stored and applied automatically during analysis.
7. Performance & Capabilities
- Speed: Real-time processing of multi-channel vibration data with minimal latency.
- Capacity: Capable of handling large datasets and long-duration recordings.
- Efficiency: Optimized signal processing algorithms for fast Fourier transform (FFT), order tracking, and time-frequency analysis.
- Dynamic Range: High-resolution A/D conversion ensures accurate representation of both low- and high-amplitude signals.
- Accuracy: Frequency resolution and order tracking precision depend on tachometer accuracy and sampling rate.
- Limitations: Performance may depend on PC hardware and sensor quality; extreme environmental conditions may affect measurement accuracy.
- Data Storage: Supports continuous recording to local or network drives; file size limited only by available storage.
- Visualization: Real-time graphical display of time signals, spectra, order maps, and sonograms.
- Automation: Supports scripting or batch processing for repetitive test sequences.
8. Standards & Compliance
- Electrical Safety: Complies with CE and low-voltage directives (where applicable).
- Electromagnetic Compatibility (EMC): Designed to meet EN 61326-1 standards for measurement and control equipment.
- Calibration Standards: Compatible with ISO 16063 vibration calibration procedures.
- Data Formats: Supports standard data exchange formats (CSV, ASCII, WAV, UFF).
- Software Compliance: Developed according to ISO 9001 quality management principles.
- Environmental Compliance: RoHS-compliant materials and components.
9. Additional Information
- Warranty: Typically includes a 12- or 24-month manufacturer’s warranty covering hardware defects and software functionality.
- Technical Support: Comprehensive support via email, phone, or remote assistance. Software updates and patches are provided periodically.
- Maintenance: Minimal maintenance required; periodic sensor calibration recommended.
- Software Updates: Regular updates enhance functionality, add new analysis modules, and ensure compatibility with new operating systems.
- Documentation: Delivered with detailed user manuals, quick-start guides, and online help resources.
- Training: Optional training sessions available for users to learn advanced analysis techniques.
- Service Options: Extended warranty, calibration services, and on-site support available upon request.
Summary
The Analyse-Vib system is a complete vibration measurement and analysis solution that integrates order analysis, tracking analysis, and sonogram visualization into a single, user-friendly platform. It is designed for professionals in mechanical engineering, maintenance, and research who require precise, reliable, and flexible tools for vibration diagnostics.
By combining high-performance data acquisition hardware with advanced analytical software, Analyse-Vib enables users to capture complex vibration phenomena, analyze them in real time, and visualize results in intuitive formats. Its modular design, compatibility with standard sensors, and compliance with international standards make it a versatile and future-proof choice for a wide range of vibration analysis applications.
No manuals/catalogs available.
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