MadgeTech Blog — Industrial

The rapid advancement of electric vehicles (EVs) has revolutionized the automotive industry, offering a cleaner and more sustainable mode of transportation. Behind the scenes, engineers and manufacturers are tirelessly working to enhance the performance, efficiency, and safety of electric cars. One crucial tool aiding this development process is the data logger—a device that captures and analyzes valuable information about the vehicle’s performance.

Data loggers are compact devices designed to collect and record various types of data from a wide array of sensors within an electric vehicle. These sensors can monitor critical parameters such as battery temperature, voltage, current flow, and energy consumption. By collecting real-time data during test drives and simulations, engineers can analyze the vehicle’s behavior under different driving conditions. This data provides valuable insights into power distribution, battery efficiency, thermal management, and overall system performance.

One of the most critical aspects of electric vehicle development is battery management. Data loggers allow engineers to closely monitor battery performance and characteristics. They can track charging and discharging patterns, evaluate temperature variations, and assess the impact of different driving styles on battery life. This data enables manufacturers to enhance battery designs, optimize charging algorithms, and develop intelligent energy management systems to extend battery longevity and improve overall vehicle efficiency.

In addition to the initial development, data loggers also contribute to the continuous improvement and future innovations in electric cars. The enhanced data collection allows engineers to uncover new patterns, evaluate emerging technologies, and develop predictive algorithms for intelligent vehicle control and energy management.

Data loggers are indispensable tools in the development of electric cars. They enable engineers to capture and analyze crucial performance data, leading to optimized vehicle efficiency, enhanced battery management, and overall performance advancements. As electric vehicles become increasingly prevalent on our roads, data loggers will continue to play a pivotal role in shaping the future of sustainable transportation. With their assistance, we can accelerate the development of reliable, efficient, and safe electric cars, ushering in a cleaner and greener automotive era.

For more information on how data loggers can assist in electric car development, please contact us at [email protected].

Temperature and humidity data loggers are essential tools in industrial settings. They allow companies to monitor and track critical environmental conditions, ensuring the quality and safety of products, compliance with regulatory requirements, and optimal operation of industrial processes.

As communities continue to grow and become more developed around the world, one common ingredient is inevitably used: concrete. From sidewalks to floors, driveways, house foundations or skyscrapers, concrete is the prime choice as a base for creating sturdy structures. Concrete is also growing in popularity for more aesthetic interior applications as well, such as counter tops, sinks and other custom formations.

Despite concrete’s growing list of uses, the steps required to create it have not really changed. The process is quite time consuming and requires specific environmental conditions to create an ideal product with adequate strength and sturdiness.

Once concrete has been mixed, it is poured into the desired location and left to harden, a process referred to as curing. The American Concrete Institute (ACI) generally recommends a minimum of seven days of curing for the product to become hard. Depending on temperatures and specific mixtures, some concrete requires as much as a 28-day curing period.

Time is one factor, but temperature also plays an important role in the correct curing of concrete. Ambient temperatures must remain above 40 °F during the entire curing process. Of course, higher temperatures can be used to speed up the curing process, however, lower temperatures with longer curing times tend to produce the strongest and hardest concrete.

Surprisingly, concrete hardening is not actually the product drying, but is rather a chemical reaction between the concrete and water. For this reason, keeping the concrete wet during the curing process is crucial. If the concrete dries out, it has higher chances of cracking and will become permeable, an undesirable trait causing weakness in the final product.

MadgeTech’s line of concrete curing data loggers are designed to accurately measure the internal temperature of the concrete throughout the entire curing process to ensure proper temperature thresholds are maintained. Thermocouple probes are used to measure the internal temperature of the product while curing, providing a thorough record of the process instead of just the ambient air temperature

Although MadgeTech offers a wide selection of data loggers for monitoring concrete, the RFTCTemp2000A stands out as the top choice for many. This wireless data logger accepts Type K thermocouple probes and measures ambient temperature simultaneously. The RFTCTemp2000A records and writes temperature readings to memory but can also transmit data in real time to the MadgeTech Data Logger Software and to the MadgeTech Cloud.

With an internet-enabled PC or Laptop at the curing location, data can be instantly sent to the MadgeTech Cloud for remote access. This allows users to monitor temperature levels for multiple job sites or facilities from any PC, mobile phone or tablet, anytime, from anywhere. Eliminating the need for constant checking and manual measuring on site.

For more information on data loggers and their role in concrete curing, please contact MadgeTech’s technical sales staff at (603) 456-2011.