iTnnovate has recently released vib.cloud, a new Android app that leverages the portability of the Digiducer USB accelerometer and the connectivity of the cloud to provide a cost-effective, user-friendly vibration monitoring and analysis solution. With vib.cloud, iTnnovate offers a portable vibration analysis tool that will help customers take quality measurements and avoid costly equipment failure. Cloud-based data storage makes it easy to save and share data across multiple devices. Using just an android mobile device, Digiducer sensor, and a connection to iTnnovate’s cloud-based web application, you can fit a powerful vibration monitoring system in the palm of your hand.
This robust system provides these useful features and more:
- FFT Analysis
- Waveform Recording
- Route-Based Data Collection
- Condition Dashboard with Status Indicators
- Limits and Alarms
- Trending Analysis
Along with the vib.cloud app, iTnnovate offers a variety of service options including: software, measurements, diagnostics, and full service solutions. To learn more visit http://www.vib.cloud/.
ACE Stoßdämpfer GmbH expands its range of useful apps for vibration measurement. VibroChecker PRO is the name of the latest software for the iOS operating system, which simply, quickly and professionally turns an iPhone or iPad into a device for measuring vibrations and impacts.
The innovation is a further development on the very successful VibroChecker app, which has served thousands of users as a mobile vibration measurement device since its introduction in 2014 and, in the same year, was chosen as prize winner of the “automation app awards 2014” in the “Engineering-App” category by readers of the Elektrotechnik trade magazine.
Whilst vibrations can be quickly and simply measured on machines and components within a frequency range of up to 50 Hz with the free VibroChecker, the new VibroChecker PRO app expands the range up to 8000 Hz. This is made possible by simply connecting an external sensor with the iPhone or iPad via the lightning or USB interface and activating it with the app. In comparison with the regular, heavier measurement systems used up until now, this new combination provides users with very high-performance and cost-effective measurement equipment with a total weight of less than 1 kg. In the range up to 50 Hz, both the VibroChecker and the VibroChecker PRO optionally use the acceleration sensors, gyroscopes and microphones integrated in the iPhone and iPad. In the ranges above this level, the connection between the VibroChecker PRO and the external USB sensor Digiducer 333D01 (www.digiducer.com), not included in the nominal fee for the app of 23 Euros, respectively 23 U.S. dollars, ensures even more professional measurements of up to 8000 Hz.
ACE is expanding its service expertise even further with this solution and is providing its own technical staff as well as ACE’s sale partner experts with a professional tool for the measurement of vibrations and impacts with the VibroChecker PRO. After completing the measurement, the results can be saved or simply sent to your own desktop, own specialist department or to the customer by e-mail. This new app is available straight away in the iTunes store for the above-mentioned fee, which is charged for the further development of updates, by following the link:
ACE Stoßdämpfer GmbH also supports all interested persons in finding appropriate solutions in the areas of shock absorbing and vibration technology after completing the measurements. The company offers a wide-ranging product portfolio - detailed information can be found on the homepage www.acecontrols.com
, a company that specializes in developing new technologies for diagnostics, monitoring, and advanced vibration analysis of rotating machinery, has recently released an iOS application that is ISO-10816 compliant. Vibra Test Pro App
is a tool for evaluating vibration severity of rotating machines from 120 to 15,000 RPM based on the ISO standard 10816-3. Using this application the user can continuously monitor the vibration severity of various testing machines. Vibra Test Pro
enables automatic vibration signal collection using external DAQ hardware such as the 333D01 USB Digital Accelerometer
. The application is fully optimized for use with the digital accelerometer. Using an iPad or iPhone, 333D01 USB Digital Accelerometer, Vibra Test Pro App
, and Apple’s brand new powered camera adapter
users can easily assemble a low-cost, professional-grade vibration monitoring system.
For those using the iPad paired with Digiducer’s USB Digital Accelerometer as a portable vibration monitoring system, Apple’s new Lightning to USB 3 Camera Adapter will be a welcome accessory. Although this new accessory is labeled as a “camera” adapter, it actually supports a wide array of devices that can be plugged into a typical full-sized USB-A port, including the USB Digital Accelerometer. In addition to a full-sized USB-A port, the adapter also includes a female lightning port. The enables users to charge their iPad at the same time as using a connected device. Apple's new Lightning to USB 3 Camera Adapter is available for $39.
Cosen Saws, a leading global manufacturer of industrial band saws, has selected the Digiducer™ USB Digital Accelerometer as their embedded vibration monitoring input for their MechaLogix cloud based machinery monitoring technology. The Digiducer digital USB piezoelectric accelerometer was chosen for its high dynamic range, rugged performance in the factory environment, and the simplicity of integration with its plug-and-play capability within standard operating systems (www.Digiducer.com).
Continuous vibration monitoring is the cornerstone of the Cosen MechaLogix predictive capabilities for band saw life. Blade wear, as well as a blade failure, are significant considerations in product waste and scrap.
"With our technology, both operators and management will know the remaining useful life on a band saw blade," said Mr. Joshua Sun, Business Development Manager of Cosen. "Gone are the days of tracking machine hours and accumulated cutting area. Now you have advance knowledge of the days and hours before a replacement saw blade is required. That's what MechaLogix Cosen Predictive Computing does."
MechaLogix gives real-time performance data and can report issues like excessive vibration, overheating and changes in fluid line pressure. The root cause of an issue is reported in real-time which equates to minimal down-time and more efficient operations. The technology is intuitive and user customizable. Adjustable alert notification settings work seamlessly with the mobile app. "We have been delighted with the enthusiastic response from our customers who have partnered with us during the course of the program," said Mr. Sun.
Mr. Tom Clary, Senior Project Engineer at Digiducer adds that "The plug-and-play capability of Digiducer enabled Cosen to develop integrated vibration monitoring straight from the box. Following computer and operating system industry standards, the vibration data stream was flowing immediately after plugging in the USB cable."
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Faber Acoustical’s SignalScope Pro has been updated with new features. SignalScope Pro is optimized for use with the Digiducer. The new features added to software offer the ability to set specific frequency limits for the spectrum display. There is also an added feature giving the software the ability to automatically select a sample rate based on the frequency specified for display.
SignalScope Pro is a modularized, multi-channel dynamic analyzer and data acquisition platform for iOS. The software is consistently updated and has a great support team that is willing to honor requests for adding features.
Vibration plays an important role in manufacturing facilities with rotating machinery processes such as steel and paper formation, power generation and a variety of manufacturing processes employing high-speed cutting and milling. In order to obtain maximum material removal (efficiency), along with good surface quality, the feed and speed of the cutting has to be optimized. In high speed milling, this is directly affected by a number of factors including the sharpness of the cutting bit, the depth of the cut, and the rate of traverse of the cut.
Vibration monitoring can be a key to safeguarding performance, reliability and quality. For example, to monitor tool wear, the vibration signature of a sharpened tool is different from a dull tool. The ability to measure the difference between the two can alert to the need to replace the instrument. This, in turn, can lead to increased productivity and quality by ensuring maximum feed rates with adequate and quality material removal.
A second key to safeguarding quality is the capability from the vibration signature monitoring to distinguish cutting bit and part interaction leading to chatter. Attempting to remove too much material in a single pass or traverse too quickly during the cut can induce a dynamic effect, which causes the cutting bit to chatter or “bounce” which leaves and irregular scoring in the surface finish of the cut part. Chatter can lead to rejected or degraded surface finish quality along with degradation of tool life and reduced throughput.
The Digiducer™ USB digital accelerometer simplifies high fidelity, ruggedized vibration monitoring. The Digiducer is portable and uses the standardized USB audio interface, which makes it compatible with virtually any phone, tablet, or laptop. There are dozens of applications available to support the USB digital accelerometer input directly into data recording and frequency analysis packages. This means that you can record all of the test measurements that you need and analyze them on the plant floor, back them up in storage, and email the test data to another location for a second opinion.
See what you’ve been missing… Add Digiducer to get economical and ruggedized real-time vibration analysis on the mobile devices you already own.
The most common issue with implementing a condition based monitoring program is cost. Most companies are not able to justify the costs. The Digiducer simplifies this issue. It is a low-cost, high-quality product. The low cost makes it feasible for companies to start a vibration-monitoring program. With a ubiquitous communication protocol, USB Audio, the USB Digital-Ready Accelerometer brings simplicity to software developers and vibration enthusiasts alike. Using USB Audio for communication makes it possible for software developer to more readily gain access to the sensor’s data without the hassle of having to configure extra equipment. In turn, this leads to user-friendly, configurable software options for technicians. Current optimized software for the Digiducer allows a user to record a vibration data set and email it back to the office or a consultant for further analysis. There are always configurable hardware setups that allow the Digiducer to be connected to a credit card sized, single board computer that can easily be set up as a wireless node and remotely accessed locally on the company network, or globally from anywhere.
This simple and efficient hardware brings a full spectrum of possibilities, opening doors for frequently overlooked opportunities without the weight of the high-cost overhead. The low-cost, portability and versatility of the Digiducer also creates a gateway for higher learning. Should a facility want to increase the technical knowledge of their technicians, it can be eased one step at a time through the many software options available. Software can allow the flexibility to turn on specific options at each instance that they are needed. This makes it easy to boost the technical sense of personnel. Machine operators and technicians are able to seamlessly gain experience with frequency spectrum analysis.
TwistedWave Recorder App is audio editing software and is optimized for the Digiducer USB Digital Accelerometer made for the Mac, iPhone/iPad, and several web browsers. Offered on both portable devices and via online access, TwistedWave serves as a versatile audio recorder software providing scaled WAV files with embedded calibration information.
The online version of TwistedWave has a free, limited functionality version that is easy to use. Just open a new document in TwistedWave’s online version using Google Chrome, Mozilla Firefox, Internet Explorer, or Safari and get started. Before recording, make sure to select the Digiducer as the audio input. Follow audio -> select audio input and choose “333D01…”
After making sure the Digiducer has been selected, begin acquiring vibration data by selecting the record button. Once the desired amount of data has been collected, download the recording as a WAV file. Make sure the download settings are also properly selected. For optimal results, turn off file compression and choose a bit depth closest to 24. For the free version, 16-bit is the closest option. WAV file specifications such as stereo capabilities and 32-bit depth can be made available for a subscription fee.
The iPhone/iPad version of TwistedWave is also available for free on the App Store. Without specifying the recording device, the iPhone/iPad version will default to the USB audio input – which will be the Digiducer when plugged in. Settings need to be changed, such as saving to 32-bit audio in order to later export 24-bit data. To start recording, open the app on your Apple product and click the ‘+’ button on the bottom-left portion of the screen. For the best results, select a sampling rate most appropriate for the testing situation. Afterward, select stereo for two channel analysis. Now begin recording.
Recorded data can be sent in a variety of ways including email and iTunes File Sharing. More transfer methods, like Dropbox and SoundCloud, are available through in-app purchases. Before exporting the audio file, make sure the WAV file is properly formatted. Follow Audio Export (top right hand side) -> Format and select “WAVE.” Then follow Compression/Bit Depth and choose 24-bit. More specifications are available with the purchase of TwistedWave Audio Editor, which offers all data transfer methods.
For any of the Twisted Wave applications, the exported WAV files have the embedded calibration information for the Digiducer. These WAV files can then be analyzed via other optimized software found at http://digiducer.com/pages/software.
[In the industrial environment, cables are often routed in cable trays or bundled along with existing cable harnesses necessitating the need for a longer length of sensor signal cable. Rarely can cable be run direct point to point along the floor due to both the trip hazard and likely damage to cable. A cable stretched taut across the facility presents a very real problem.] When it comes to the Digiducer’s USB Accelerometer, folks are less worried about tripping and more concerned about signal integrity that transmits the data through the cable. How long can the USB cable be extended without compromising the integrity of the data measurements?
The Model 333D01 provides a nominal 3 m (10 ft.) integrated USB cable. The matter of how far this cable can be extended without losing signal quality depends on the type of cabling extension used. Passive extenders, such as a wire extender, can transmit up to 4.6 m (15 ft.). This makes it possible to extend the Digiducer’s integrated cable up to an additional 1.8 m (6 ft.) before requiring an active extender. Active electrical extenders can be lengthened up to 9.1 m (30 ft.) coupled with the integrated cable. A USB to Ethernet cable allows for further extension. A single mode fiber optic cable will allow the signal to be carried up to 30 km (18.6 mi.)!
No matter the circumstance, if a longer cable is needed, length can be attained.
For more information, see our Frequently Asked Questions (FAQ) page.