Data Mode In the RUN mode device will send raw acceleration data according to user defined settings. A Sample packet will look like this 7E 00 C9 90 00 13 A2 00 41 8E A5 D6 FF FE C1 7F 01 00 03 FF DE 00 65 01 01 0A 07 13 0B 00 00 77 01 01 DE FF 7A 3F 8B 01 E1 FF 83 3F BB 01 E0 FF 92 3F D4 01 D4 FF 8F 3F B5 01 D0 FF A6 3F B5 01 D3 FF CB 3F B5 01 D5 FF DD 3F C4 01
Sending Configuration Commands – OverviewEnter Configuration Mode Read Sleep Duration Set Sensor Node ID and Sleep DurationRead Sensor Network IDSet Wireless Sensor Network IDRead Sensor Destination AddressSet Sensor Destination AddressSet Sensor Destination to Broadcast Read Wireless Sensor Transmission Power LevelSet Wireless Sensor Transmission Power LevelRead Wireless Sensor RetriesSet Wireless Sensor number of Retries Set Wireless Sensor Encryption Key Configuration Commands TableSending Configuration Commands – Overview The following guide demonstrates the fundamental configuration commands required to configure NCD Enterprise Low-Power Long Range Wireless Sensors. A Wireless USB Modem will be required to configure NCD wireless sensors over a wireless connection. The
Getting Started With ncd.io IoT Wireless SensorsIndustrial IoT Wireless Sensor Supported by ncdHardware needed to build an IoT SolutionSotware needed to build an IoT SolutionPushing Wireless IoT Sensor Data to the CloudDecoding ioT Wireless Sensor DataConfiguring The Wireless IoT SensorHow to put a sensor into config modeWireless Communication Frequency and Mesh ProtocolWhy 900MhzGetting Started With ncd.io IoT Wireless Sensors ncd.io offers more than 30 types of Industrial IoT Wireless Sensors. These IoT wireless sensors are designed to interface with major cloud services like Microsoft Azure, Amazon AWS, Google Cloud, Losant, etc. These wireless sensors can be used with Local PC,
Predictive Maintenance and Machine Health Monitoring Using Losant and ncd.io Current Monitor Predictive Maintenance and Machine health monitoring is one of the most critical and important parts of the automation industry. In an automation or production factory these machines work on an average 20 hours per day. In modern automation, all these machines work together and stay in sync, so its very important that every single machine is healthy. In the old days, the usual ways to monitor machine health was manual inspection and occasional temperature readings. With modern day technology, we can monitor these machines 24-7 and analyze the
Getting Started with Losant and NCD Temperature Humidity Sensor Recently I discovered this really cool company called Losant. They build Enterprise level IoT software solutions and their platform is so easy to use, supporting tons of hardware platforms. So I decided to give it a try. Losant is a great choice for Raspberry pi, ESP8266, Arduino, and Particle. In this article, I will be interfacing a temperature humidity sensor with Losant through an ESP8266. This is a simple application, but it will give us pretty good idea about how to use Losant with ncd.io hardware. It only took a few
IoT Arduino Wireless Temperature Humidity Sensor Temperature Humidity sensors are one of the most common and widely used sensors with Arduino and other IoT platforms. There are so many use cases where a temperature humidity sensors can be used to detect potential problem like frozen pipes, broken freezers, malfunctioning air conditioning, water/humidity detection in crawl spaces and much more. In this IoT Arduino wireless temperature Humidity sensor project we will interface a long range wireless temperature humidity sensor with Arduino. These readings can be used to set an alarm or to send an alert. There are so many sensors which
Communication API In this section we will have two option 1. ncd generic Communication API ( could be used in cellular communication or wired communication or point to point communication) 2. ncd Mesh Communication API We will have different structure for LoraWAN. our main aim for having standard(LoraWAN) api is so that our device can work with any LoraWAN gateway in the world. its very important to build a device which can work with generic gateway. User should be able to select between mesh or standard communication. by default all device will come with standard API. ncd generic Communication API
Long Range Wireless Accelerometer Sensor This long range wireless Accelerometer Gyro Magneto Temperature Sensor is designed as a low-cost industrial solution with high accuracy and reliability. This wireless sensor is available with one of two power options, depending on your application requirements. For those who require battery operated temperature and humidity sensing, the -B version of this sensor provides long life (300K to 500K transmissions or 5 to 8 years) with just two AA batteries. The -E version of this sensor is powered from an external power supply, rated for 5 to 12VDC. This wireless sensor offers up to 28
Interfacing Isolated 4-20mA Current Loop Transmitter Arduino In our last post we interfaced 4-20mA current loop receiver with the arduino, in this article we will learn how you can interface isolated 4-20mA current loop transmitter board with arduino. 4-20mA transmitter devices are used to provide 4-20mA signal which can be used to control pumps, valves, switches and transducers. For example lets say you want to want to control a sprinkler which works on 4-20mA current loop signal, in that case you will need a 4-20mA current loop transmitter board. To control such a sprinkler you will change the current output
Long Range IoT Wireless Temperature Humidity Sensor This long range IoT wireless temperature humidity sensor was designed as a low-cost industrial solution with high accuracy and reliability. This wireless sensor is available with one of two power options, depending on your application requirements. For those who require battery operated temperature and humidity sensing, the -B version of this sensor provides long life (300K to 400K transmissions or 5 to 8 years) with just two AA batteries. The -E version of this sensor is powered from an external power supply, rated for 5 to 12VDC. This wireless IoT sensor offers up to