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The OROS 3-series analyzers are flexible enough to handle your measurement, whatever the application. These instruments overcome most of the measurement obstacles with their wide frequency span from milliHertz to 40 kHz and the extensive 140 dB dynamic range. Thanks to these attributes, OROS 3-Series analyzers are the right choice for all your NVH activities.
Able to accurately manage all types of Tach /keyphasor, OROS 3-series analyzes rotating machinery signals with their comprehensive toolset. Synchronous order analysis and constant band order tracking reveal hidden details during speed variation. The 3D waterfall and profiles give clear overviews of coast-downs or runs-up.
Acquire, Store, Analyze and Report is your everyday work in noise and vibration tests and R&D? Automotive, Aerospace, Consumer, Industry and Energy are demanding domains where you get more and more data to measure while delays for the results delivery are getting shorter. Focusing on your time to result challenge, OROS offers breakthrough noise and vibration analyzers, the OROS 3-Series. From 2 to 32 channels these comprehensive instruments offer powerful real-time analyses associated with a disk data recorder packaged in portable and professional units.
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PUMA / COUGAR Vibration Control and Analysis System
Puma Revolutionizing Vibration Testing
PUMA (Cougar for portability) utilizes Spectral Dynamics’ innovative Computer-Aided Test Suite™ (CATS) architecture. Both take full advantage of the PC’s powerful Intel processor and Windows XP technology. Optimized for multi-tasking, and founded on industry connectivity and data interchange protocols, the CATS make your entire test and validation process more timely and efficient.
Versatile Test Capabilities
The Computer-Aided Test Suite™ vibration control and analysis applications were designed to meet a wide range of test requirements. With scalable hardware and software the Vibration Control and Analysis System combines the simplicity of operation required for production screening with the power and versatility required for R&D prototype testing.
Technical Specifications
• 4 to 32 input channels with ICP
• Analysis to 40 kHz with 12,800 lines
• Scalable h/w and s/w architecture
• Powerful Multiple DSP architecture
• Comprehensive vibration test capabilities
• Extensive laboratory integration and test automation features
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The Reovib BK032 is a monitoring unit for vibratory feeders. By using this measuring device in conjunction with an accelerometer e.g. Reovib SW10, vibration levels can be monitored. An acceptance window can be set defining adjustable maximum and minimum limits. If either of these values are exceeded then a corresponding relay will operate. During the unstable, start-up phase a time delay can be set so that spurious readings are ignored. The unit has a built-in sensor power supply available for direct connection. A 4...20mA signal can be used instead of an accelerometer.
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It is typically necessary to conduct measurements at the location of the future installation of ultra-accurate 3D measurement machines in order to guarantee that existing floor vibrations do not exceed the maximum allowed values. Vibrational accelerations are measured within a defined frequency range, (1-100 Hz) as a simple sum value measurement cannot provide a sufficient amount of information about the exact conditions. Evaluation of the force-distance signal is conducted with a Fast Fourier Analyzer that displays a measured value for each frequency of the spectrum. (vibration acceleration in g) In case the disturbances (vibration immissions) exceed the permissible range, our PC calculation software can help to ascertain the suitable isolation. Very precise vibration analysis in the lower frequency range can be conducted with a highly-sensitive geophone. Vibration speeds of under 0.01µm/s in the range of 0.2 to 30Hz can be recorded with a geophone. Especially in the semiconductor, nanotechnology, and ultra-precise 3D measurement industries it is necessary to conduct very precise vibration measurements in order to guarantee an optimal and client-specific configuration.
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The DT9837A is a highly accurate USB data acquisition module that is ideally suited for portable noise and vibration measurement and analysis. Four 24-bit IEPE (ICP) sensor inputs are synchronized with a tachometer input to provide data streams that are matched in time for field or laboratory use. A read-back channel from the analog output guarantees perfect correlation of all signals in the input stream, the output stream, and the tachometer.
This rugged small module is self powered via the USB connection to a PC or laptop, no external power supply is needed. This makes it ideal for portable measurement applications. Additionally, two modules can be triggered simultaneously for perfectly synched measurements over eight inputs.
The DT9837A ships with a software applet to get you up and running right out-of-the-box. This applet supports basic operation of the module and can be easily modified for more advanced capabilities using Measure Foundry®, our popular rapid application builder software.
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HI 3600 Machine Monitor
Full Functionality:
- Vibration Monitoring: Vibration can be monitored through acceleration, velocity, and displacement measurement, with customizable filtering. The HI 3600 will accommodate whatever sensing mechanism and monitoring range is best suited for you and your applications, regardless of whether it involves probes, accelerometers, or high/low frequencies.
- Impact Measurement: for reciprocating motion issues such as mechanical looseness or detonation: While many equipment issues can be monitored using vibration monitoring, impact measurement will call attention to impact or shock related issues that are often times hidden using typical vibration monitoring technologies.
- Rod Drop Monitoring: Rod drop monitoring is a capabilitiy used to measure the wear and tear on rider bands, rings, and seals for reciprocating engines and compressors.
- Expansion Channels: With an Additional 16 Channels, you can monitor any parameter in the process (such as temperature, KW Load, or position), tying them into the 3600 Machine Monitor.
Full Connectivity:
The HI 3600 uses the Hardy-Links Connectivity structure of the 3000 Controllers to allow you to connect to your process from anywhere.
- Hardy Web-Link is an embedded webserver that enables local or remote access to your condition monitoring system.
- Hardy e-Link is an electronic mail feature that enables your machine to a) notify you of alarms, or b) receive a customized equipment performance report. These emails can be sent to PC's, cell phones, or to pagers.
- Hardy PDA-Link allows you to access all aspects of your 3600 Machine Monitor using the IR Port on your Palm PDA.
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600 Series
Dynamic Signal Analyzer (DSA)
Vibration data acquisition, analysis, and monitoring has never been easier than with the new IOtech 600 Series of dynamic signal analyzers and eZ-Series software. More than 30 years of engineering experience in vibration measurements have gone into the design of the 600 Series of DSAs.
Key Highlights
• Analysis frequency ranges are software programmable from 20 Hz to 40 kHz
• 24-bit Sigma Delta ADC per analog input
• Spurious-free dynamic range of 108 dB (typical)
• AC/DC coupling, software selectable per channel
• TEDS support for accelerometers
• Pseudo-differential input
• Total harmonic distortion of -100 dB (typical)
• Channel-to-channel phase matching of <0.12 degrees at 1 kHz
• 8-bit digital IO port
• USB 2.0 high-speed
640 Models
• 4 analog inputs, ±10V input range (±60V max without damage)
• 2.1 mA IEPE current source per channel (20V compliance)
• 1.0 Hz AC Coupling HPF
• 24-bit Sigma Delta DAC analog output
• Analog outputs: sine, swept sine, random, burst, arbitrary
• Analog output signal-to-noise ratio: 100 dB (typical)
650 Models
• 5 analog inputs, ±40V input range (±60V max without damage)
• 2.1 mA IEPE current source per channels 1-4 (20V compliance)
• 0.1 Hz AC coupling HPF
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Wireless Condition Monitoring for Essential Assets
Essential Insight .mesh is designed to address essential assets by augmenting your conventional hardwired permanent monitoring and hand-held portable monitoring strategies-allowing reliable and affordable condition monitoring where conventional technology has reached its limits.
a significant barrier to the adoption of conventional permanent monitoring has always been the complexity and installation costs associated with permanently mounting transducers and running the necessary hardwiring for signal and power. This is especially true for remote locations or areas of your plant where access is difficult.
Wireless technology overcomes the limitations of conventional wired and portable systems - delivering the data quality, quantity and access capabilities of permanent condition monitoring at a lower cost. We are proud to be at the leading edge of these technologies with the introduction of our new Essential Insight .mesh wireless solution.
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Machine condition monitoring, Vibration analysis
