The Role of Industrial Tablets in the Internet of Things

Industrial Internet of things (Industrial Internet of things, referred to as IIoT) is to have the ability to sense, monitor the various types of collection, control sensors or controllers, as well as mobile communications, intelligent analysis and other technologies are constantly integrated into the industrial production process in all aspects, so as to significantly improve the manufacturing efficiency, improve product quality, reduce product costs and resource consumption, and finally Realize the traditional industry to a new stage of intelligentization. From the application form, the application of industrial Internet of Things is characterized by real-time, automation, embedded (software), security, and information interoperability and interconnectivity.

In heavy industry, the warehouse and factory floors are undergoing drastic changes due to IoT. Industrial computers, especially industrial tablets, enable IoT to flourish in such environments. In the process, they can streamline production processes, ensure more efficient transportation, or help a given company increase profits. Here are the advantages of using industrial tablets in the IoT.

Predictive Maintenance of Industrial Tablet PCs

A malfunctioning machine can bring production to a halt while it is repaired: this costs the company a huge loss of productivity. Regular maintenance can identify faults before they start, but this can take a lot of man-hours and often involves shutting down production.

IoT can change this equation. The network of sensors that make up the IoT provides big data that can be analyzed and evaluated. Machines can report regular maintenance to operators on their own to ensure that routine checks are not overlooked, which can lead to bigger problems. When IoT machines do malfunction, they can send messages to identify the exact nature of the problem, preventing minor repairs from turning into lengthy and expensive repair issues caused by misdiagnosed problems.

Industrial Tablets Easily Improve Efficiency

Automated machinery and assembly line equipment often use industrial computers to allow workers to control them through a human-machine interface (HMI). IoT integration can exacerbate this process, allowing people to monitor automated systems more effectively.

For example, a sensor attached to a component on an automotive assembly line (or automated machinery responsible for assembling cars) can detect high temperatures, vibrations, and similar structural issues that can lead to component damage. It can also detect repetitive trends along these lines, suggesting a batch of components with common structural problems, or components that may be early in the assembly process to develop such problems. In turn, this will alert operators to the problem and allow them to correct it before more damage is done.

Industrial Tablet PCs allow human monitors to quickly identify problems through the HMI: identifying the location on the production line where the problem is occurring and shutting down the process to correct it. Significant cost savings can be realized by stopping the problem early and helping to indicate which, if any, assembled products may be affected by the problem.

RFID Readers for Industrial Tablets Improve Warehouse Automation

IoT technology can also be used in warehouses and storerooms to facilitate automated management. For example, automated storage and retrieval systems (AS / RS) can sort and organize products for distribution. Sensors are placed along the production line, and RFID tags (radio frequency ID tags) can identify specific SKUs in each box. this way, they can be accurately categorized and stacked in the correct zones.

Controllers can use industrial touch computers with RFID readers to track the process and make adjustments or changes as needed. For example, if a new product comes into the warehouse, the SKU of that product can be entered into the system and assigned a storage location. AS / RS will then automatically adjust the process to ensure that the new product can ultimately be shipped to the desired location. Not only does this greatly simplify the organizational process, but it also helps staff quickly identify locations for a given product that might otherwise be lost in the rows and stacks.