Selection & Application of IoT Vibration Sensor

How to Choose and Use an IoT Vibration Sensor

How to Choose and Use an Iot Vibration Sensor What is an IoT Vibration Sensor? An IoT Vibration Sensor is designed to read vibration data and send it to a Cloud, User Interface, or Local Server(s) for analysis. Vibration sensors are also capable of local processing and then sending process data to a cloud service. This vibration data can be used for daily monitoring, and also to send automatic alerts, and notify for early fault detection. Generally, IoT Sensors are battery powered, but they can be powered with an external power supply as well. These sensors are directly mounted on

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Preventative Maintenance, Fail Prevention

Preventative Maintenance and Fail Prevention for Machinery

Preventative Maintenance and Fail Prevention for Machinery How to Prevent Machinery Failure using NCD Vibration Sensors IoT Wireless Vibration Sensors can be used for a multitude of applications and equipment when it comes to data collection and condition monitoring. Additionally, NCD Vibration Sensors can be used for preventative maintenance purposes to prevent future failure in many settings and on various types of machinery, such as compressors, pumps, motors, fans, and others.  To be able to prevent failure on machinery, it must first be determined when, and how often data needs to be gathered. It is possible to collect data too

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Industrial Vibration Sensor V3 Product Manual

IntroductionSpecificationsApplicationsHardwareSensor HardwareSensor DiagramTemperature SensorSensor PowerSensor Radio TechnologySensor Internal OverviewSoftware API StructureSensor Type 80 Transmission StructureSensor Transmission Structure RAW ModeSensor Type 81 Transmission Structure RAW ModeSensor Type 82 Transmission Structure RAW ModeSensor Configuration StructureEnter Configuration ModeRead Sleep DurationSet Sensor Node ID and Sleep DurationRead Sensor Network IDSet Wireless Sensor Network IDRead Sensor Destination AddressSet Sensor Destination AddressSet Sensor Destination to BroadcastRead Wireless Sensor Transmission Power LevelRead Wireless Sensor RetriesSet Wireless Sensor number of RetriesSet Wireless Sensor Encryption KeyConfiguration Commands TableSensor App Specific Configuration Commands TableInstallation GuidelinesTroubleshooting GuideRevision History Introduction 1 Previous Next Industrial Grade 3-axis Vibration Sensor with ±16g Range Calculates RMS,

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Connect NCD IoT Sensors to UbiDots Cloud

Connect NCD IoT Sensors to the UbiDots Cloud

Connect NCD IoT Sensors to the UbiDots Cloud How to Send Sensor Data to UbiDots Cloud Service So, you’ve received your IoT Sensor from NCD, and have installed the product. Now what? Once you have the physical Sensor installed, it’s time to start collecting data! We’ve partnered with the Cloud Service UbiDots to bring you the best experience possible. UbiDots is a high-level Cloud Platform with excellent customer service, and can be used with any Sensor in NCD’s Enterprise Line of Sensor devices. Check out our full Enterprise Sensor product line.  NCD IoT Sensors can be used with an IoT

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How to choose the right Vibration Sensor

How to Choose the Right Vibration Sensor What are Vibration Sensors and what do they do? Introducing Condition Monitoring Sensors into your projects has never been easier. Vibration Sensors by NCD can provide a plethora of data no matter your industry or project. In conjunction with monitoring Vibration, our Industrial IoT Wireless Vibration Sensor V3 also detects Temperature, Acceleration and Velocity. Our simple installation process makes getting the data you need effortless, so that you may quickly make data-driven decisions.  Our Vibrations Sensors are easily integrated with our endNode I/O Controllers and Edge Gateway Computers to bring you the best

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Wireless IoT Soil Moisture Temperature Conductivity Sensor Product Manual

NCD’s Long Range Industrial IoT Wireless Soil Moisture Temperature EC SensorFeaturesApplicationsDescriptionGetting StartedResources RequiredStepsTroubleshootingChanged/Unknown setting at sensor endChanged/Unknown setting at PC endModes of OperationMode Selection ProcessFrame Communication at Power upRun ModeConfiguration ModeAppendix AConfiguration Commands1. Set Broadcast Transmission2. Set ID and Delay3. Set Destination Address4. Set Power5. Set PANID6. Set Retries7. Read Delay8. Read Power9. Read Retries10. Read Destination Address11. Read PANID12. Enable Encryption13. Disable Encryption14. Set Encryption Key15. Sensor Soil Moisture Calibration16. Sensor Soil Temperature Calibration 17. Sensor Soil EC Calibration 19. Super CommandAppendix BFrame Checksum CalculationNCD’s Long Range Industrial IoT Wireless Soil Moisture Temperature EC Sensor Features Wireless Soil Moisture

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Wireless IoT PAR Sensor Product Manual

NCD’s Long Range Industrial IoT Wireless PAR SensorFeaturesApplicationsDescriptionGetting StartedResources RequiredStepsTroubleshootingChanged/Unknown setting at sensor endChanged/Unknown setting at PC endModes of OperationMode Selection ProcessFrame Communication at Power upRun ModeConfiguration ModeAppendix AConfiguration Commands1. Set Broadcast Transmission2. Set ID and Delay3. Set Destination Address4. Set Power5. Set PANID6. Set Retries7. Read Delay8. Read Power9. Read Retries10. Read Destination Address11. Read PANID12. Enable Encryption13. Disable Encryption14. Set Encryption Key15. Sensor PAR Calibration16. Super CommandAppendix BFrame Checksum CalculationNCD’s Long Range Industrial IoT Wireless PAR Sensor Features Photosynthetically Active Radiation Sensor PAR Sensor Measurement Resolution 1 μmol/m²·s PAR Sensor Measurement Accuracy ±5%FS Measurement Range 0-2000 um/m^*s Spectral

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IoT 4-20mA signal Splitter Product Manual

NCD’s Long Range Industrial IoT Wireless 4-20mA Current Signal Splitter Features Industrial Grade 1-Channel 4-20mA Current Input Industrial Grade 1-Channel 4-20mA Isolated Current Output Input Range 0-20mA with 15-bit Resolution Output Accuracy ± 0.05 FS Converts 4-20mA devices into Wireless Nodes 2 Mile Line-of-Sight Range with On-Board Antenna Superior LOS Range of up to 28 Miles with High-Gain Antennas Interface to Raspberry Pi, Microsoft® Azure®, Arduino and More Example Software for Visual Studio Wireless Mesh Networking using DigiMesh® Open Communication Protocol for Easy Software Integration Validates and Retries Lost Communication Packets Overview Introducing NCD’s Long Range Wireless 4-20mA Current Splitter

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Wireless RTD sensor with node red

Getting started with node red and RTD In this article we will learn how to install and setup node red. install node jshttps://nodejs.org/en/ install NVMhttps://github.com/coreybutler/nvm-windows/releases open command line and switch to node js 12.20.2nvm install 12.20.2nvm use 12.20.2 install node red npm install -g –unsafe-perm node-red Checkout this article for more info How to install node red lib start node redcommand — node-red open a web browser and enter this http://127.0.0.1:1880/ click manage palette and search for ncd-red-wireless install ncd-red-wireless install node-red-dashboard   Build node red flow There are tons of examples and tutorials available on how to build flows. In

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Wireless IoT Dissolved Oxygen DO and Temperature Sensor Product Manual

NCD’s Long Range Industrial IoT Wireless pH ORP Temperature SensorFeaturesApplicationsDescriptionGetting StartedResources RequiredStepsTroubleshootingChanged/Unknown setting at sensor endChanged/Unknown setting at PC endModes of OperationMode Selection ProcessFrame Communication at Power upRun ModeConfiguration ModeAppendix AConfiguration Commands1. Set Broadcast Transmission2. Set ID and Delay3. Set Destination Address4. Set Power5. Set PANID6. Set Retries7. Read Delay8. Read Power9. Read Retries10. Read Destination Address11. Read PANID12. Enable Encryption13. Disable Encryption14. Set Encryption Key15. Sensor DO Calibration18. On Demand Data19. Super CommandAppendix BFrame Checksum CalculationNCD’s Long Range Industrial IoT Wireless pH ORP Temperature Sensor Features Industrial Grade Wireless Dissolved Oxygen DO and Temperature Sensor DO Measurement Accuracy ±2%FS

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