Vibration & Health Monitoring Data Loggers

The DynaPortable wireless sensor is designed to identify symptoms of failure modes or faults in machinery and equipment in a wide variety of applications. Due to its ergonomic design, compact size and strong magnetic base, the DynaPortable can be easily attached to machine surfaces with just one hand. A small, lightweight sensor, ideal for carrying anywhere. The solution also has a number of tools available on the Dynamox Platform that help analyze data and enable constant monitoring of asset health. The DynaPortable brings autonomy and versatility to data collection through pre-programmed inspection routes in an intuitive, modern software. It is possible to collect data in areas with no network coverage without losing data. All data collected is synchronized when the internet is available. The DynaPortable IoT sensor has a spectral/waveform monitoring mode. In spectral monitoring, different tools can be used: spectrum, waveform (linear, circular and orbital), frequency filters, cepstrum, spectral envelope (demodulation), autocorrelation and multi-metrics. To collect data in the field, download the DynaPredict app, available on Google Play and Apple Store. 

The DynaGateway is part of the Dynamox ecosystem and was developed to reliably and securely perform automated collections from the entire family of Dynamox wireless sensors. Through Bluetooth technology, the Gateway can receive telemetry data from different variables, high-resolution vibration spectra, and even high-definition images from thermographic sensors. The data collected by the Gateway is transmitted to the DynaPredict Platform through one of the following communication options: Ethernet, Wi-Fi, or Mobile Networks. In scenarios of unstable internet communication, the data collected by the sensors is stored on the device via an external SD card, which has internal memory for offline data storage for up to 1 year. This version also features an integrated Mesh interface, allowing the creation of a communication network between multiple devices – ideal for installations where only one device needs connectivity. Additionally, the Gateway allows remote firmware updates for the Gateway and sensors, meaning constant updates with new functionalities are possible. The DynaGateway is certified by Anatel and ensures safety and compliance with local standards. Its robust structure can maintain operation at temperatures up to 65 °C (149 °F) with reliable performance in various applications. 

The HF+/HF+s DynaLogger is designed to identify failure mode symptoms or defects in machinery and equipment in a wide variety of field applications. Due to its broad frequency spectrum, the HF+/ HF+s delivers complete triaxial vibration and temperature monitoring for low to high-speed equipment. In addition, the solution features an online platform, which does not require local installation, with several tools that assist in data analysis and enable constant monitoring of asset health. The HF+/HF+s DynaLogger has two monitoring modes: spectral/ waveform and telemetry. Configurable telemetry monitoring in bands includes several metrics, such as acceleration, velocity, and RMS displacement, peak, peak-to peak, and crest factor, as well as skewness, kurtosis, and contact temperature. In spectral monitoring, different tools can be used: spectrum, waveform (linear, circular and orbital), frequency filters, cepstrum, spectral envelope (demodulation), autocorrelation, and multi-metrics. 

The wireless TcAs sensor was developed to identify symptoms of failure modes or defects in machines and equipment in general in accordance with ISO 20816. Additionally, with triaxial spectra and a contact temperature sensor, the TcAs is capable of monitoring unusual equipment and structures such as suspensions, servers, pipelines, and valves. Furthermore, the solution includes an online platform, with no need for local installation, featuring various tools that assist in data analysis and allow for constant monitoring of asset health. The IoT TcAs sensor has two monitoring modes: spectral/waveform and telemetry. The configurable telemetry monitoring includes global vibration and contact temperature metrics minute by minute. In spectral monitoring, different tools can be used: spectrum, waveform (linear, circular, and orbital), frequency filters, cepstrum, spectral envelope (demodulation), autocorrelation, and multi-metrics 

Wireless IoT Monitoring One of the smallest sensors on the market Long battery life Easy mounting High spectral resolution up to 91,200 spectral lines More than 200 time and frequency based metrics, in different bands, for alert creation Monitoring of rotating machines in general according to ISO 20816 True simultaneous triaxial measurement Remote sensor updating

Main Applications Motors, pumps, and fans Machine structures: chassis, suspensions and springs, rails, etc. Pulleys and roller bearing housing Cardan shafts Bearings (more advanced defects - stage 3 or 4) Assets with lower criticality 

The wireless TcAg sensor was developed to identify the tendency and severity of defects in machines and equipment in general in accordance with ISO 20816. Using acceleration sensors and a contact temperature sensor, the TcAg can also monitor anomalies in unusual equipment and structures such as suspensions, frames, servers, pipelines, and valves. Additionally, the solution includes an online platform, with no need for local installation, featuring various tools that assist in data analysis and allow for constant monitoring of asset health. The IoT sensor TcAg DynaLogger provides complete telemetry monitoring. The configurable telemetry monitoring covers global vibration metrics and contact temperature on a minute-by-minute basis. During the analysis of the acquired data, different tools can be used such as: removal of stopped machine, alert configuration, email alerts, moving average, data aggregation, comparison between monitoring points and predictability (average time to A2).