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How Machine Monitoring Systems helps your industry

Industrial IoT / By / Leave a Comment

Heavy machines regularly operate in large factories and managing these giant units becomes complicated. Supervisors or managers usually view an uncomplicated method as a machine monitoring solution to achieve ample machinery maintenance. The machine monitoring system allows you to know the real-time actions of machinery, prevent damage, and improve machine performance. Further, It is crucial in Future decision-making, and this solution benefits by promoting predictive and preventive maintenance.

In simple terms, machine monitoring system installation involves sensors on each factory machine, collecting real-time data from every device. It permits the administrators and supervisors to take command and execute more proper decisions for enhancing the entire enterprise. With this solution, machinery can self-monitor and recognize obstacles like part failure or downtime and alert the owner to execute necessary checks.

IoT and Machine Monitoring Collabaration

The main focus is to reduce costs and increase profits without compromising the product or service quality. 

Before IoT Technology introduces into the Industrial, Manual investigation happened for the machine status, which was unsafe and time-consuming. Further involved a high machinery downtime and high cost to detect the problems. There were no options to identify the issues with the machines except historical patterns. Each device was a standalone item in those times, showcasing a deficiency of real-time data. Moreover, the engines were not interconnected. It was tough for workers to recognize the machine slowing down and adjust the processes accordingly.

Application of machine monitoring IoT Solutions 

Industrial IoT has become impactful and efficient due to the usage of intelligent machines in production plants. Innovative machines’ initiation in industries was advancement directed to a higher level. It was now easier to process real-time functionalities and recognize the barriers before including regular workers.

Establish the machine monitoring system for any production setup, which facilitates development for regular operations. It helps in identifying.

Machinery availability

Observe the moment when the machines are not working, the machinery downtime, and the problem of machine abandonment through this module.

Production flow

This section assists in knowing the accurate position of the goods in the facility, whether on the conveyor belts or assembly lines, track every movement of the manufactured product for quick delivery.

Asset conditions

This module assists with the condition of the factory equipment and manages its health and production by tracking multiple parameters like heat, pressure, noise, vibrations, proper maintenance, and its state and quality.

Resources utilization 

With this section’s advice, tracking the waste of resources like power, oil, coolant, etc., improves resource utilization efficiency and lessens unnecessary wastage.

How Does A Machine Monitoring Solution Benefit your Business?

IoT involves multiple interconnected assets. In Large factories, IoT Works Through web-enabled sensors installed to collect data and share it with the cloud for real-time analysis and processing. It helps in significant decisions making for machinery efficiency. There are numerous benefits of using machine monitoring solutions in the industry. Some of them are listed below.

Efficiency increases 

In the whole manufacturing process, the ultimate object is a great delivery product without compromising the quality. IoT-Enabled machine Monitoring system not only supports the aspired outcome in factories but also commits an effective increase in machine’s abilities when you can track the routine activities of your equipment. It directly affects its efficiency. We will need more real faults and less time to fix them to increase overall efficiency significantly.

Waste Reduction

The Mixture of IoT solutions with several businesses has significantly contributed to the atmosphere of friendliness. Supervisors or managers can track records regarding excessive wastage and implement specific actions for diminishing the wastage. With the help of a machine monitoring system, experts can leverage a chance to monitor and analyze the machine’s condition, which further helps make priority decisions to keep an environmental balance and minimize pollution.

Enhance Communication within the Industry

Earlier, it was hard to cache up with the communication network within the industry on the supervisor to manager and supervisor to fieldman levels.

It has sorted with the latest methods of IoT. Now it is easy to assign duties to each employee, and half of the manual work replace with effective computerization. Machine monitoring assists in automating most of the functions like downtime detection and noise identification. It acts as a performance gateway for the plant operator to work efficiently and with accurate results. 

Real-time alerts 

We get on-spot alerts through web dashboards regarding news updates; the machine monitoring system works specifically for the plant machines. Obstacles noted during the device’s runtime or off time were notified with the alerts module’s help. Real-Time notification significantly saves employees’ time while examining the machinery & allows them to make decisions and avoid further machine damage.

Machine Monitoring: First step for industrial IoT. Why?

Describe the machine monitoring solution for the primary step towards IIoT because, besides monitoring, it generates a next-level communication network within the industry. This network can be an active source for analyzing the plant’s activities. Generally, a machine monitoring solution is a package of real-time monitoring, predictive maintenance, data representation, and support on every piece of equipment. Executing this system would simultaneously aim at improving productivity and machine maintenance.

How IoT Temperature Sensors Better Your Profits and Reduce Risk

Sensors / By / Leave a Comment

In today’s business conditions, maximizing efficiency is crucial. From the factory floor to the customer’s entrance and throughout the supply chain, assuring your products appear on time and demand is necessary to consumer retention—and profitability. IoT Temperature sensors are an important representative in this effort, as it provides directions for the business to monitor everything from machine function to logistics. Such visibility enables companies to in-time decisions, streamline processes, and delight customers at scale. While this might seem like a complicated undertaking, the technology is highly accessible and cost-effective, opening new roads for risk loss and a greater level of control over just about every process.

IoT

WHY TEMP SENSORS?

Wireless temperature sensors are a part of industrial IoT that can leverage numerous ways to obtain maximum profitability and diminish the risk of damage. 

A few of the usual everyday use cases for temp sensors include:

  • Restaurants
  • Residential, Commercial, and Institutional Buildings
  • Factories
  • Warehousing
  • Manufacturing
  • Oil and Gas
  • Water Services

With the capacity to watch the temperature in these settings, workers(Engineers, Supervisors, managers, operators) avoid machine failures, spoilage and lessen risk caused by temperature variations. 

Industrial Use Cases

In industrial environments, temp sensors play different roles. They are a part of machine function optimization. They also help watch the facility’s ambient temperature, which can be a highly significant concern, depending on the enterprise and product.

Common Industry use cases for temp sensors cover:

  • Refrigerators. Keep an optimal storage temperature range and prevent freezing.
  • Boilers. Sensors will intimate leaks and protecting failure.
  • HVAC. Temp sensors assist operators in monitoring systems for breakage, leaks, and energy loss.
  • Electrical. Heat spikes in electrical operations are an ancestor to significant safety risks. 
  • IT. Computers and servers will fail and break if overheated.

Securing Optimal Machine Function in Manufacturing

In manufacturing, temperature variations are an indicator of machine overload, power surges, or total failures – any of which have the potential to obstruct the supply chain, decay profit margins, and produce a ripple effect of customer discontent.

Monitoring temperatures at the machine level assistant to factory operators in many ways:

  • Optimize Management Time. Real-time alerts provide supervisors to react quickly, diminishing time wasted on manual monitoring and enable them to focus on higher-value tasks.
  • Improve Worker Safety. Taking machines offline before they malfunction increases worker safety.
  • Reduce Maintenance Costs. Temperature sensors reduce unnecessary maintenance calls.

Smart Building Applications

Today’s most effective buildings rely on IoT sensors for various functions, and temperature control is among the top concern. With the ability to watch and control the temperature in different spaces—like apartments, offices, hospitals, it is possible to decrease heating and cooling expenses and optimize the building’s energy usage. 

The business that manages massive complexes, like universities, shopping malls, data centers, storage facilities, or multiple buildings obtains a distinct advantage from temp sensors. With a remotely monitored solution, it is easy to centralize and analyze error and control of everything from comfort to safety, even if the facilities are located on the other side of the world.

With the ability to identify temperature variations and system failure, companies can decrease costs related to daily operations, operation failure, incapable machine function, maintenance, repair, occupant comfort and safety, and injury due to temperature variation. 

HOW BRIDGEThings Helps

BridgeThings offers a range of wireless temperature sensors to accommodate every commercial and industrial need. Our sensors fit indoor and outdoor use, and the wireless signal can even penetrate through walls and floors. 

Signals can trigger when the temperature rises or falls below configured thresholds and sends a notification to your managers in real-time, based on your settings. Best of all, managing and observing your temp sensors is easy as your data is centralized into a single pane of glass, optimizing your time and helping you maximize value throughout the organization. 

If you would like to learn more about wireless temp sensors and how they can help you, reach out today. We’d love to show you what’s possible. 

How IoT is Helpful for Asset management?

Industrial IoT, IoT Technology / By / Leave a Comment

IoT is beneficial in terms of asset management.

Iot Assset management

Real-Time Data

IoT can get real-time data which can perform a significant role in future developments and outlining. For instance, let us take an agriculture-based industry. As the human population rises continuously, so does the need for food supply. Smart Agriculture with IoT is one of the fast-growing sectors.

Farmers can use actionable information to improve yields and for enhanced return on investment. Exposing to soil moisture and nutrients, controlling water utilization for plant growth, and selecting Which fertilizers are best for a growing plantation are some simple and effective usages of IoT technology.

Similarly, IoT can provide analytics on fast-selling stocks and thus help in managing assets and developing the business.

Decrease Human Involvement

IoT-enabled asset management uses sensors. This grants organizations to know their assets’ data, eliminating the need for human effort. It actively maintains track of all assets through IoT sensors attached to each asset.

However, selecting the IoT sensor is also important. A variety of them gauge measures such as temperature, humidity, acceleration, proximity, etc. Therefore, the right IoT sensor has to be selected as per the business need. The sensors are attached to the assets used to generate data, and the same is transferred to the Cloud platform. It sends data every 5 or 10 minutes (as programmed by the organization).

Asset Optimization

When an asset is acquired, it is assigned to produce revenue from the asset. Asset managers know the value of maintaining machinery in running condition. When an asset tracking plan executes, keeping a clear picture of assets to make compatible plans is vital.

With IoT-enabled asset management, the company can see if the asset production is in line with the expectations or not. If it is not running efficiently, preventive and predictive maintenance needs to execute for asset optimization.

IoT sensors keep track of asset performance. With such data, the business can make the appropriate decision to save costs and increase the time of an asset.

Asset & Expense Tracking

Asset tracking is crucial to increase the productivity and growth of the company. IoT permits to get real-time data of assets, thereby assuring the security and safety of the asset.

Without reviewing the source from where costs originate, it is difficult for a business to reduce costs. For instance, if the Maintenance Manager is not aware of the main problem of machines,

 they cannot make the right and timely transit to keep the asset in operation.

IoT-empowered assets provide information resulting from the root cause of any problem. It assures that the issues are solved, breakdown costs save, and it can make smart financial decisions in time.

Enhanced Monitoring Maintenance

With IoT technology, the industry can monitor its Machines, assets, equipment, etc., in real-time. For example, when a manufacturing unit examines the health of its asset, it can reduce the related operational costs.

An IoT sensor can notify plant managers when the running parameters of assets such as temperature or environment are not in the permitted range

Conclusion

The requirement for asset tracking IoT gadgets will increase three times by 2022, as per asset management experts. Sectors such as manufacturing, hotels, transportation, agriculture, and retail can benefit from this technology.

Internet of Things (IoT) is the next-generation system for asset management software. Though it is relatively new, it has the potential to transform organizations from traditional to digital. The opportunities produced by IoT are indeed humongous, and it promises to be the latest technology edge that companies can use. This is particularly true for that business who are ready to embrace change – for the better.

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