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Customized Product Development

CNC milling

Product customization is important for effectively servicing your customer base. Customers don’t all want the same thing or use the product in the same manner. Product customization is critical for providing a personalized consumer experience to each user group, and it can boost customer engagement and satisfaction. Having realized this, we offer customized services in the domain of Embedded Systems on PCB designing, manufacturing, assembly, machining & printing.

Why NORVI for Product Development?

  • We use top-of-the-line PCB modeling software. This ensures that we produce projects that are not only industry standard, but also simple to maintain.
  • We have ready-to-use products from which you can begin developing your design while a device is custom-made for you. Our design services have a high performance record, and we follow all well-known design standards to guarantee that there are no errors, allowing the products to reach the market sooner.
  • We believe in doing it well the first time and before the product is sent to you, NORVI employs extensive procedures to ensure that any entrapped defects are corrected. As a result, you’ll save time, money, and a tedious period of inaccurate outputs and alterations to fix them.
  • Our process has been fine-tuned for the quickest time to market. The ability to manufacture and assemble products in-house allows for greater control and speed in the production process.
  • Keeping our IoT product creation process onshore ensures hassle-free intellectual property and security, as well as the benefits of versatility and speed.
  • We guarantee perfect fit and finish, whether it’s a prototype or a production unit. We can print and cut the ideal finish for your product without limiting output volume as we have both printing and milling capabilities in-house.
  • We are dedicated to providing you with the professional assistance you need to ensure the completion of your project. 

For more information and support : https://norvi.lk/contact-

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Applications of NORVI Industrial IoT Devices

Industrial automation is widespread in today’s factories and businesses, and it’s impossible to picture a manufacturing line without it. Control devices and machinery with software are used in industrial automation to execute activities that were previously performed manually.Due to the digitalization of manufacturing, particularly with the Industrial Internet of Things (IIoT), industrial automation technologies have progressed greatly in recent years, providing more and more opportunities for businesses to benefit from automation solutions.

NORVI industrial controllers with the aim of helping the industrial manufacturers, to gain greater visibility and insights into their operations, provide IoT solutions via the programmable IoT devices. The ESP32/STM32 based NORVI devices come equipped with digital and analog I/O enabling them to detect digital logic states (for sensor reading and counting), to read analog inputs (for voltage/current measurements) and to control applications based on relay & transistor outputs. Variety of models in the NORVI lineup can be used in various applications like flow rate, pressure, and etc. Unlike traditional controllers, these devices are designed to be durable and able to withstand harsh environments, making them ideal for industrial use. They’re all built to the IEC specification, which defines a current/voltage range and interfaces for industrial applications.

The NORVI  devices come with WiFi(for ESP32 based devices), RS-485 and Ethernet connectivity as standard with GSM/LTE, NB-IoT, LoRa as additional options on request, offering a wide range of communication options. NORVI controllers can be used as modbus devices using RS-485 modbus support or modbus over Ethernet support, with the given RS-485 and Ethernet connectivity options.

NORVI IoT controllers also support MQTT protocol. Traditional automation products and protocols typically require a stringent setup and hierarchy to move data from a field sensor to a field controller, to a site network, to a PC data center, and then to the cloud. It can be difficult to create and manage these types of implementations. MQTT, which includes multiple functions to satisfy the needs of Industrial IoT, has risen to popularity as a protocol for solving this issue.

Consider a cloud-controlled device that can monitor the humidity in a farm from afar. In the case of the HTTP protocol, the system will have to send out GET requests on a regular basis to check for changes in an attribute, such as “Voltage  Variable,” and then take action based on the most recent reading.This necessitates a huge number of requests, and it isn’t entirely real-time because it is dependent on the polling frequency. MQTT allows the user to listen to the cloud and receive notifications only when a variable changes. The communication between the computer and the cloud is kept open in this manner, but data only moves when it is needed, saving battery life and network bandwidth while enhancing real-time performance.

So it is clear that MQTT-capable industrial automation devices are the latest approach for combining commercial and industrial automation with the cloud using IoT principles in a cost-effective, safe, and reliable manner. Users only need to do some basic legwork after choosing a programmable MQTT device like NORVI to create the MQTT link. Furthermore, as compared to PLC devices that perform the same role in an industrial setting, the NORVI controllers are much more affordable.

Refer to these comprehensive articles for step-by-step guidance on working with the NORVI devices. https://www.instructables.com/member/Iconic%20Devices/instructables/

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Programmable devices for IoT

Programmable devices for IoT

The introduction of micro controller-based boards has sparked a surge in interest in embedded systems, allowing a large number of people to show interest in the field of micro-controllers and IoT. This has increased the scope and applications in which they are used.The advent of easy to use micro-controller boards have increased the scope within which micro controllers are being used, especially paving a path to replace the PLCs in complex control systems.

Norvi Industrial controllers are such programmable IoT devices based on micro-controllers. Unlike the usual controllers, these devices are designed with ruggedness and the ability to withstand extreme conditions, which makes them ready for industrial applications.Also they are designed according to the IEC standard which is usually at a range of current/voltage and interfaces for industrial applications.

Programming these devices are simplified by providing the facility to code these devices using simplified platforms like Arduino IDE, with step by step guides available to the users.These ESP32 based devices come equipped with digital and analog I/O, enabling them to detect digital logic states and analog inputs, depending on the choice of the model. Variety of models in the Norvi lineup are capable of measuring the environmental factors like flow rate, pressure, temperature and offer analog inputs (for dedicated voltage/current measurement) at the industrial level. 

Setting up the Norvi devices only require lesser wiring, which offers more flexibility to management of the device. And mainly, it is to be noted that the cost of the Norvi devices is kept in a much affordable range when compared to that of PLC devices, which do the same task in an industrial environment.

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Programmable MQTT Devices – NORVI

Programmable MQTT Devices - NORVI

The Industrial Internet of Things is a network of sensors and other devices that communicate with industrial systems, all in an effort to enhance the business operations. Manufacturing, agribusiness and oil & gas to name a few, all use a large range of sensors.These sensors transmit essential telemetry data to analytics engines, which search the data for patterns and irregularities, allowing businesses to better understand and optimize their operations.

To transfer data from a field sensor to a field controller, to a site network, to a PC data server, and then to the cloud, conventional automation products and protocols usually require a rigorous configuration and hierarchy. These types of implementations can be difficult to develop and maintain. MQTT, which includes multiple functions to satisfy the needs of IIoT, has risen to popularity as a protocol for solving this issue. MQTT is a light and energy-efficient communication protocol with a fast response time.It makes the interaction between devices efficient, regardless of the number of devices involved.It guarantees fast data delivery with low latency all while reducing CPU and RAM load.

Imagine a cloud-controlled device to measure the humidity in a farm, remotely. In the case of HTTP protocol, the device would have to continuously make GET requests to see if there’s a change in a variable, say Humidity Variable, and then take an action depending on the last reading. This necessitates a huge number of requests, and it isn’t entirely real-time because it is dependent on the polling frequency.MQTT allows the user to listen to the cloud and receive notifications only when a variable changes. The communication between the computer and the cloud is kept open in this manner, but data only moves when it is needed, saving battery life and network bandwidth while enhancing real-time performance.

So it is clear that MQTT-capable industrial automation devices are the latest approach for combining commercial and industrial automation with the cloud using IIoT principles in a cost-effective, safe, and reliable manner.

Norvi IoT devices are such industrial controllers that support MQTT protocol.These programmable MQTT devices come with a variety of features that make them suitable for industrial automation and IoT solutions. These devices come equipped with digital and analog I/O, enabling them to detect digital logic states and analog inputs, depending on the choice of the model.

After selecting a programmable MQTT Iot device like Norvi, only simple legwork has to be done by the users to establish the MQTT connection. Refer this detailed article on connecting the Norvi device to the IoT cloud platform Ubidots over MQTT protocol with step by step instructions.Moreover, setting up the Norvi devices only requires lesser wiring, which offers more flexibility to management of the device.

Connecting the Norvi device to the IoT cloud platform Ubidots over MQTT protocol Article

To check the Norvi device line up www.norvi.lk

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NORVI IIOT as a Modbus device

Flexibility in programming

Norvi IIoT controllers come equipped with the RS-485 connectivity standard.RS-485 is a serial data transmission standard widely used in industrial implementations. Today, it has gained recognition in several automation systems.

Modbus protocol is commonly used when implementing RS-485 communication.It is a communication protocol for transmitting information over serial lines between electronic devices. A single serial cable linking the serial ports on two devices, will be the simplest configuration, where the device requesting the information is called the Modbus Master and the devices supplying information will be the Modbus Slave.There is one Master and up to 247 Slaves in a regular Modbus network, each with a specific Slave Address from 1 to 247 .

Modbus RTU is the original Modbus version that works on a master/slave terminology. It is capable of long-distance data transmission with low data rates. Modbus TCP , on the other hand is a newer version in which communication over the network occurs in the form of packets placed within the TCP/IP frames. Being a newer technology, the TCP over Ethernet offers better speed, lower error, and faster correction.

In short , the Modbus protocol helps ensuring the smooth and well-ordered progress of various machines that work in tandem to deliver the end products. Modbus drivers in the Norvi controllers ensure that the device can be up and running in just a few seconds and it does not require any complicated installation or training to function and operate them.These programmable logic controllers are light in weight and easily installed with just a few wire connections.

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Wall mountable devices for Industrial IoT applications

Wall mountable devices for Industrial IoT applications

Wall mountable IoT devices are famous for their ability to function as standalone devices in industrial environments with less human intervention. Norvi SSN devices are such devices made for automation and IoT applications focused on monitoring sensor values or parameters from external devices.These devices also can be mounted on the poles.

The underlying wireless sensor technology in Norvi’s wall mount IoT nodes enables data collation with minimized manual effort. The nodes are embedded with ESP32 chips and are capable of delivering  sink and source switchable inputs.

The sensor nodes come in different I/0 configurations, offering flexible combinations. These wi-fi enabled sensor nodes are easier to configure and program.The devices come equipped with isolated digital inputs for added protection and this helps to eliminate potential threats from harmful data sources. 

Norvi’s wall mountable IoT devices offer analog inputs for industrial applications. The model which supports 4-20mA analog inputs are for electronic signaling. The node can carry sensor information, as well as control signals, to the valve or other process modulating devices.

The 0-10V model on the other hand, is a more straightforward method of transmitting analog signals. These models are recommended solely, if the underlying automation device is incapable of handling higher range signals, like 4-20mA signals.

These wall mountable devices withstand extreme climates and the industrial environment conditions. They are durable as well as shock-resistant and can also perform at higher altitudes.

To know more about the Norvi SSN lineup – www.norvi.lk

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Norvi IoT devices – The industry ready I/O controllers for automation and IoT applications

Industrial IoT Devices

Norvi IoT devices are ESP32 integrated industrial controllers which come with a number of features that make them suitable for industrial automation and IoT solutions. These devices come equipped with digital and analog I/O , enabling them to detect digital logic states and analog inputs, depending on the choice of the model. The inputs can come from several sources. In general cases, the source of input can pose a potential threat to the system, but the Norvi devices ensure isolated digital inputs for added protection.

Variety of models in the Norvi lineup are capable of measuring the environmental factors like flow rate, pressure, temperature and offer analog inputs (for dedicated voltage/current measurement) at the industrial level. 

With the Norvi relay model, it becomes simple to control the industrial appliances. When it comes to digital outputs in this relay model, both relays and transistor outputs perform the same task. However, compared to transistors, switching can be far slower in relays, and relays emit clicking sounds. Moreover, relays also have a larger appetite for current consumption. The transistors are smaller in size and silent in operation and affordable. 

Setting up the Norvi devices only require lesser wiring, which offers more flexibility to management of the device. Also the sinking and sourcing capabilities within Norvi industrial ESP32 IoT devices ensures that current flows in either direction. Hence the machines are capable of switching inputs between sink and source functions. 

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Industrial IoT Nodes with WiFi LTE NB-IoT LoRa communication

Industrial ESP32

As one of the most affordable and efficient microcontroller technologies, the ESP32 SoC add a new dimension to industrial IoT. The Wall mount nodes from NORVI are equipped with well-defined communication options as they are designed using multiple processors. Moreover, these wall mount sensor nodes also support NB-IoT, LoRa, as well as communication over Wi-Fi.

For totally battery powered applications, the devices are offered with STM32L series micro-controller. Here the batteries can operate for a long time altogether before they are required to be replaced.
Moreover NORVI has offered sensor nodes with built-in battery and solar charging for continuous operation. These devices are designed to operate for years with just 6 hours of sunlight.

Their main focus is to monitor parameters, or any sensor values emitted by external devices. The sensor nodes come in different I/0 configurations offering flexible combinations depending on your requirements. Further, these wi-fi enabled sensor nodes are easy to configure and program catering to different criteria.

These devices are programmable with Arduino and ESP-IDF providing flexibility to system integrators.

The sensors come with prebuilt red and green indicator lights to convey any operational errors. All of these excellent features are packed in these lightweight wall mount sensor nodes that can be placed as needed.

From a convenience point of view, the wall mount ESP32 nodes are easy to install as standalone devices in industrial settings. Users can choose to mount these on the wall or the poles depending on the specific requirements.

Lastly, the wall mount ESP sensor nodes are designed specifically to withstand the harsh climates and conditions of the industrial environment. They are robust as well as shock-resistant and can operate at higher altitudes as well.

Industrial IoT Product Range https://norvi.lk/products/

ESP32 Sensor nodes https://norvi.lk/product/ec-m11-eg-cx/
ESP32 Solar powered devices https://norvi.lk/product/ec-m11-eg-cx/

STM32L Series Low power sensor nodes https://norvi.lk/product/ec-m12-bc-cx/
STM32L Series Low power solar charging sensor nodes https://norvi.lk/product/ec-m12-bc-cx/




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Customized Devices for IoT Applications

Very few Industrial IoT products are designed to effectively enable customization. Also, custom IoT application development projects must take into consideration a number of factors before their commencement. In case projects are undertaken without due consideration then there is a high possibility that the sensors may fail to function as expected.

Industrial ESP32 allows room for configuring some level of custom data that is device-specific. This, of course, also ranges in complexity. You can configure something as simple as a name to the device or something as complex as initializing home automation device credentials.

It is important to ensure that device customization is a key component of your overall industrial IoT product plan or strategy. This will enable a more sustainable customization and lower the cost of the project.

Device customization must also incorporate including a modular hardware architecture that helps you swap or exchange different components without much hassle or extensive hardware rectification.

Customized devices bring IoT applications that are much closer to industrial client’s expectations. You can easily incorporate customizable devices like industrial ESP32 without embedding complex solutions into your core product offering. It is, however, essential to understand the complexity of including customized devices for IoT applications so that it aligns with your organization’s business model and roadmap.

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NORVI as a Data Logger with Web-access

NORVI as a Data Logger with Web-access

Other than real-time acquisition and pushing to an IoT platform, Data loggers are one method of keeping track of values and analyzing.  There are several types of data loggers used in the industrial world.
They are

1)         USB loggers which are used for Short-term trend logging with manual offload, 
2)         Bluetooth (BLE) Loggers with Wireless data access via mobile devices,
3)         Web-based Systems with Long-range wireless internet access,
4)         Wireless Sensors with Short-range centralized data collection

With the ESP32 based NORVI IIOT, you can build any of those solutions, simply and reliability, keeping the costs lower compared to other data-loggers. NORVI IIOT ESP32 Data-logger with Web-access.
NORVI IIoT offers almost all the acquisition types you need to build the Real-time data logger with web access.
1) Digital Inputs – As counters or ON-OFF status detection
2) 0 – 10V Voltage Analog Inputs
3) 4 – 20 mA Current Analog Inputs
4) Temperature Inputs
5) Load cell Inputs
6) RS-485 communication interface
7) I2C communication interface

With the above input types supported by NORVI IIOT, you have access to the real-word parameters. Next part is storing them with time stamp.
Making NORVI IIOT AE04 range an ideal solution data-logger with Web access. It has DS3231 Real Time Clock (RTC) to keep track of time and micro-SD card support providing storage facility for the data.
You can store data in the microSD card in CSV format or in a database with SQLite .
ESP32 Arduino SQLite3 library https://github.com/siara-cc/esp32_arduino_sqlite3_lib

ESP32 based NORVI IIOT enables the ability to implement wireless access for the logged data and real-time data. Combining few libraries of ESP32 Arduino you can access or view the data over WiFi .
There are several examples for ESP32 to work as a datalogger and Web-interface for real-time data.

https://randomnerdtutorials.com/esp32-esp8266-plot-chart-web-server/

NORVI IIOT Product Details https://norvi.lk/industrial-esp32-norvi-iiot/

NORVI IIOT Product Datasheet https://norvi.lk/wp-content/uploads/2020/02/NORVI-IIOT-Datasheet-V5-CE-.pdf