Wireless Technology – Applicability and Benefits

Wireless technology has become a standard in business, manufacturing and healthcare. The technology has been around for years, but it is still finding new applications and expanding into new industries.

The ability to transmit information wirelessly is now common, especially since data centers can be used more efficiently when the need for physical cabling is eliminated. Wireless sensors and transmitters are a great way to monitor the performance of machines and other industrial equipment.

 

A technology that has already proven itself

Wireless technology has been used in industry for many years. It is a flexible solution that allows sensors to be added or removed as needed or moved to different locations in an industrial scenario.

For example, wireless technology was developed to monitor the temperature of containers during transportation and storage. If a container is too hot or cold, it can cause damage to products stored inside before they reach their destination.

Used in multiple areas and industries, wireless technology can be a great set of tools for condition monitoring, providing early detection of problems and impending failure. Sensors can measure temperature, humidity, CO2 and many other attributes, which can be used for predictive maintenance.

 

Easy-to-install everywhere

Wireless sensors are easy to install anywhere they are needed and they are easy to move around.

Wireless sensors enable you to collect data from remote locations and monitor the status of your systems in real time. This is extremely useful for monitoring assets such as equipment or manufacturing processes that may not be easily accessible by an operator. Wireless sensors can provide alerts for when something is wrong, allowing you to fix issues before they turn into dangerous situations or costly downtime.

This type of sensors can be used to monitor temperature or humidity in large buildings and structures such as warehouses, apartment complexes and factories. With the ability to transmit data without wires, these wireless devices can easily be placed wherever they are needed.

For example, when used in electronics or automotive factories, wireless sensors are an extremely useful solution to monitor the temperature and the level of humidity around machines, detecting sudden changes.

 

Benefits of wireless solutions

Wireless solutions allow data to be collected and processed faster than hardwired systems. This type of technology has a higher data transfer rate than hardwired solutions, making it ideal for high-speed applications like image processing or real-time video streaming. In addition, wireless networks are more secure than hardwired solutions because they do not require physical access to the network infrastructure.

This means there is less risk of tampering with your equipment or theft of sensitive information.

Wireless systems offer a large number of significant benefits, including:

• Flexibility. Wireless systems are easy to install and can be moved around if needed. This makes them ideal for situations in which the layout of your workspace changes from day to day or even hour to hour.
• Accuracy. Unlike hardwired systems, wireless technologies don't have any cables that could accidentally get snagged or trip people up—they're also less likely to suffer interference from other electrical equipment nearby (such as fluorescent lighting fixtures). This makes these types of devices more precise than their wired counterparts when used in applications such as industrial equipment control panels, medical equipment monitoring kits, and more!
• Better working conditions. IoT sensing technologies can help reduce energy use and increase indoor air quality through the measurement of various attributes like temperature, providing real-time information and maintaining ideal room conditions for employees.
• Good value for money. Ultimately there is much less installation time required since cabling doesn't need to be run throughout an area before anything else can happen; this means less money spent on labor costs alone when compared against hardwired alternatives.
• One sensor, many systems. With wireless solutions, you can monitor and control a multitude of systems without the need for multiple dedicated transmitters, reducing costs and gaining efficiency. Wireless sensors can be used to monitor and control a multitude of systems, including gas pipelines, water distribution systems and waste management facilities.

 

Unlimited future

As technology continues to move forward in the fast-paced world of automation, we can expect more developments that will make wireless solutions even more practical for industry. With the IoT (Internet of Things) and machine-to-machine communication becoming even more prevalent, there is no telling what new applications and benefits may be discovered in the future.

Get to know which Tekon Electronics wireless solution is best for your business.

 

sales@tekonelectronics.com
+351 93 30 33 250 / +351 93 21 94 163

 

References

Automation Insights. Condition Monitoring & Predictive Maintenance: Addressing Key Topics in Packaging. https://automation-insights.blog/2022/06/08/condition-monitoring-predictive-maintenance-addressing-key-topics-in-packaging/

Robotics Business Review. How IoT Condition Monitoring Maintains Machine Health. https://www.roboticsbusinessreview.com/manufacturing/how-iot-condition-monitoring-maintains-machine-health/

International Society of Automation. 3 Ways IoT is Changing Our Ecological Future. https://blog.isa.org/3-ways-iot-is-changing-our-ecological-future

Automation Insights. Improve OEE, Save Costs with Condition Monitoring Data. https://automation-insights.blog/2021/02/24/improve-oee-save-costs-with-condition-monitoring-data/