Hitech Solution

Barwala, Panchkula, Haryana

• Our IIoT solutions enables Predictive and prescriptive maintenance strategies for key industrial assets.
• Mechanical, thermal and electrical parameters are gathered on a real-time basis through advanced sensors and using advanced
• analytics trends are Identified and alerts are issued prior to failure.
• Predictive condition monitoring is most appropriate for simple systems, where single variable math can be used to predict failure.
• More complex systems involve prescriptive condition monitoring, where multiple variables are analyzed to predict the failure.
• This requires more con

Our IIoT PMS Solution Suite helps factories & process industries to increase overall equipment productivity and efficiency by connecting equipment for Data acquisition via Edge gateways, providing real-time data reporting and visualization, empowering insightful analytics, and providing predictive / prescriptive notifications

• Optimizing Machine Utilization
• Improving OEE
• Predicting Failures
• Maintenance Cycles
• High Speed Production Counter
• Mobile access Control
• Real Time Alerts
• Avoiding Downtime Errors

In Production Solutions, we are bold and resourceful. Solving your problem and hustling is what we love to do. We conceptulize and create solutions which are relevant to the present & future needs. Key Features

• Easily Monitor Line Status
• Identify Bottle Neck
• Overall Effciency Calculation
• Downtime Calcultion
• Track Setup Time Accurately
• IOT Based Data Logging
  
  

FEATURES

• Real time efficiency calculation
• Downtime analysis
• High speed production counter
• Cloud based
• monitoring(Application based)
• Report generation
• Functional Specifications of PMS

REPORT GENERATIONS

There are various types of reports that are made using PMS , stated below

• Daily reports
• Monthly reports
• O.E.E. reports
• Manpower reports
• Application reports
• Downtime reports
• Changeover reports
• Hourly reports

 It is a concept of building systems that consist of intelligent devices connected to the Internet or a local network. The use of smart sensors, scanners, robots, and other devices helps automate processes and facilitate inventory management

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But there is a region, the vulputate should be a lot, not just, but the pain is different. There is no body, no fear, no fear, no pure auctor nibh, no end of the wise, stupid as the mauris. Maecenas, nor the land, nor the land, nor the care of life; Until the Hendrerit lake laughs, or the real estate agent needs to be pregnant. It is very important for the customer to pay attention to the elitism of the client. Lives diam terlus, it is made that trigger who, the result was poisonous. Even tincidunt, tellus eu molestie mollis, diam lorem tincidunt turpis, eu varius augue ipsum et urn.

The IoT phenomenon is all around us: it’s made up of the ordinary objects we use at home, at work, or in the streets; the difference is that all these objects and devices are now computerized. They have network connectivity and embedded software, can interact with phones and other gadgets, receive and send information, and be controlled by a user.

Introduction to IoT Tools

IoT development means combining hardware parts and software programs in such a way that the final product could monitor specific values, collect and transfer data, analyze given data and cause the physical device to act correspondingly. Creating such systems is a true challenge

Moreover, the Internet of Things has already been transformed into an industry in its own right, so the need for reliable and comprehensive developer toolkits has also increased. IoT development tools needed to create complex applications are represented by IoT hardware devices (boards, SoM, SoC, sensors, gateways, trackers, and more), IoT app development platforms, IoT operating systems (e.g., Embedded Linux) and programming languages.

Wireless Sensor Network (WSN) is an infrastructure-less wireless network that is deployed in a large number of wireless sensors in an ad-hoc manner that is used to monitor the system, physical or environmental conditions. Sensor nodes are used in WSN with the onboard processor that manages and monitors the environment in a particular area. They are connected to the Base Station which acts as a processing unit in the WSN System. Base Station in a WSN System is connected through the Internet to share data.

Applications of WSN: 

• Internet of Things (IOT)
• Surveillance and Monitoring for security, threat detection
• Environmental temperature, humidity, and air pressure
• Noise Level of the surrounding
• Medical applications like patient monitoring
• Agriculture
• Landslide Detection

Components of WSN: 

Sensors: Sensors in WSN are used to capture the environmental variables and which is used for data acquisition. Sensor signals are converted into electrical signals.

Radio Nodes: It is used to receive the data produced by the Sensors and sends it to the WLAN access point. It consists of a microcontroller, transceiver, external memory, and power source.

WLAN Access Point: It receives the data which is sent by the Radio nodes wirelessly, generally through the internet.

Evaluation Software: The data received by the WLAN Access Point is processed by a software called as Evaluation Software for presenting the report to the users for further processing of the data which can be used for processing, analysis, storage, and mining of the data.

How does predictive maintenance work?

Predictive maintenance uses historical and real-time data from various parts of your operation to anticipate problems before they happen. There are three main areas of your organization that factor into predictive maintenance:

• The real-time monitoring of asset condition and performance
• The analysis of work order data
• Benchmarking MRO (maintenance, repair and operations) inventory usage

Benefits of predictive maintenance

When predictive maintenance is working effectively as a maintenance strategy, maintenance is only performed on machines when it is required. That is, just before failure is likely to occur. This brings several cost savings:

• Minimizing the time the equipment is being maintained
• Minimizing the production hours lost to maintenance
• Minimizing the cost of spare parts and supplies

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Features:

• Two pivotable solar modules on mobile frame
• Series and parallel connection
• Adjustable electrical load

Features:

• Two centrifugal pump for hot water and cold water.
• Heater for hot water.
• Electronic thermostat.
• Valves.
• Flow meters.
• Pressure gauges.
• Four types of heat exchangers: steel radiator type, fan-coil exchanger, tube-in-tube (double tube) exchanger and shell-and tube exchanger
• Instrument panel with system controls, ELCB and MCB as safety device from the over current and from the earth leakage