Industrial Internet of Things (IIoT) is a concept that allows integrating various industrial devices, such as sensors, gauges or equipment, into a single network using Internet network. ICP2U offers wide range of solutions for implementation of Industrial Internet of Things that suit perfectly for power engineering branch, transport, industrial automation, and many other applications.
In the context of modern, ever changing and often unstable market, the introduced IIoT technology helps companies both to make correct decisions that improve production profitability, and to mitigate risk, thus, increasing profit and contributing to business expansion.
Industrial Internet of Things changes the traditional picture of interaction between men and machines. Combining data acquisition over Internet and analytics, it gives a new look at improvement of efficiency and optimization of business processes.
General Electric Company applies Internet of Things for preventive maintenance of jet engines and prediction of potential failures before they become apparent. Moreover, the monitored flight data allow minimizing fuel consumption and increasing efficiency.
ThyssenKrupp Elevator services over 1.2 million of elevators worldwide. The opportunity for preventive maintenance, which is implemented by means of IoT technology from Microsoft, ensures maximum mean time between failures. The company has already reported on decrease in number of client service requests.
Taiwan Semiconductor Manufacturing Company is a leading semiconductor manufacturer that has built a system for real-time monitoring of dry vacuum pumps that has improved work efficiency and reduced overall production costs by 30 mln. dollar per year.
Eventually, Industrial Internet of Things (IIoT) provides companies with more comprehensive picture of current state and efficiency of equipment, contributes greatly to reduction of unscheduled downtime of production capacities and saves millions of dollars every year.
There are numerous protocols for management of various devices applied in the industrial environment. They include Modbus, Profibus, EtherCAT, and others. However, in the IIoT environment, MQTT protocol got widespread most. To get to know how MQTT protocol works, what advantages it has and why it is applied in IIoT, read the article: What is MQTT and why do we need it in IIoT? Description of MQTT protocol.
|Web programmable IoT controller|
|A web programmable controller with an ability for integration with IoT cloud systems by means of an MQTT protocol. The controller uses an MQTT client to interact with local and cloud MQTT brokers. Its functions include: data publishing, data acquisition from external MQTT brokers and management of devices connected to the controller when receiving MQTT commands. Hence, it can play the role of a gateway between the devices connected to it and cloud systems.|
WISE-5231 by ICP DAS
|Remote input/output modules|
|Remote input/output modules WISE-4000 from Advantech company allow collecting sensor recordings, input/output channel status, and then transmit them to the upper level, i.e. to controllers or SCADA systems.|
WISE-4000 series | LAN by Advantech
WISE-4000 series | Wi-Fi by Advantech
|Discrete input/output modules of MQ-7000 series from ICP DAS have an embedded MQTT client that allows transmitting the channels status and managing them over an MQTT protocol.|
MQ-7000 series by ICP-DAS
|IoT gateways are designed for data acquisition from terminal devices over industrial protocols and their transmission to a cloud for further analysis and monitoring.|
UA-5231 by ICP-DAS
UA-5231 is designed based on a processor with RISC architecture AM3352 720 MHz, Linux 3.2.14 operating system. Its functions include acquisition and processing of information from remote devices connected over Ethernet or serial ports, an IIoT server and PID control.
The built-in OPC UA server and MQTT protocol services support various industrial protocols. The gateway features small power consumption and compact housing, so that it can be mounted in areas with confined space.
MXE-101i by ADLink
NIO-50 by NEXCOM
The gateway allows connecting devices that work under Modbus TCP/IP, Modbus RTU and Modbus ASCII protocols and transfer the obtained data over Wi-Fi or LAN to a cloud service over an MQTT protocol for its further analysis.
NIO-100 series by NEXCOM
NIO-100 acquires data from terminal devices over RS-232/485/DIO interfaces and transmits it to a cloud using 3G, Wi-Fi or Ethernet.
The gateway software includes the updated Node Red system that allows setting up the device behaviour by moving the existing function units, configuring them and connecting them to each other. If necessary, a user can create his/her own function unit.
UC-8100-LX-CG series by MOXA
The embedded computer with support of MOXA ThingsPro software that facilitates data transmission from field devices to a cloud.
To know more about the extended opportunities with new ThingsPro software, watch video.
|Computer platforms for Internet of Things provide data exchange between terminal devices and a cloud storage. IoT platforms support various types of communication and can be easily applied at production facilities, in industrial spheres, surveillance systems, automation applications.|
tBOX300 series by AXIOMTEK
tBOX embedded computers for automobile and railway transport are capable of operating at temperature of -40 °C. They are resistant to vibrations and voltage drop.
eBOX560-300-FL by AXIOMTEK
Computers with solid housing featuring anti-vibration qualities and protection from shocks. They are subject to comprehensive testing and are characterized by high level of fault tolerance
ICO300 by AXIOMTEK
Reliable Axiomtek computers with perfect quality-price ratio apply productive and energy efficient Intel Atom processors and optimal set of input/output interfaces
rBOX series by AXIOMTEK
Aluminum housing, IP30, extended temperature range, input/output isolation, power supply redundancy and compliance with EN/МЭК allow a user to successfully deploy devices of rBOX series in harsh operating conditions.
IFB122 by AXIOMTEK
Fanless system, based on iMX6UL processor RISC from Axiomtek. The computer features contain the essential interfaces to connect a computer with the outside world. The device is characterized by exceptional price.
|CO, CO2, temperature and humidity gauges|
|CO, CO2, temperature and humidity gauges with support of an MQTT protocol. The data from the metering device can be obtained in real time using a free Windows software application or an application for iOS or Android.|
DL-300 series by ICP-DAS
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