3 Ton Load Cell
Eilon Engineering offers a wide array of load cells to fit any lifting requirement
One of the primary advantages of using a 3-ton load cell is the unparalleled precision and accuracy it offers when weighing during lifting. They’re designed to give reliable and consistent readings, making them essential in applications where even slight discrepancies in weight can have significant consequences.
In demanding industrial environments where heavy loads and harsh conditions are commonplace, the durability and reliability of equipment are vital. Quality 3-ton load cells should be constructed using only the most robust and durable materials, allowing them to be used in a variety of work environments. This durability ensures the longevity of the load cell, contributing to a reliable and consistent performance over the equipment’s lifespan.
Yet, despite their advanced technology and robust construction, 3-ton load cells often present a cost-effective solution compared to alternative weight measurement methods. Their efficiency in providing accurate readings reduces the need for frequent recalibration or maintenance, resulting in long-term cost savings. Businesses across various industries can benefit from the cost-effectiveness of load cells without compromising on the precision and reliability required for critical applications.
Components and construction of a 3-ton load cell
The construction of a 3-ton load cell is a meticulous process that involves the integration of various components. Typically composed of high-quality materials such as stainless steel or alloy steel, a 3-ton load cell is designed to withstand heavy loads and harsh environmental conditions. The core components include the strain gauge, the load cell body, the housing to protect the internal components, and the display.
The load cell strain gauge
Load cells measure force or weight by measuring the slight mechanical deformation in the load cell body when weight or force is applied. The basic principle involves the use of strain gauges, which are sensitive to the physical changes induced by force. As the material stretches or compresses, the strain gauge measures the slight change and converts it to a signal that can be measured and displayed as a weight measurement.
In the realm of lifting and weight measurement, load cells play a pivotal role by providing accurate data across a range of industries and applications. Among these, the 3-ton load cell stands out as a versatile tool, serving as a reliable device designed to precisely measure weights in the three-ton range.
Load cells are devices that convert a force or lifted load into electrical signals, enabling the precise measurement of weight. They are employed in a myriad of applications where accurate weight readings are required, ranging from industrial settings to automotive and aerospace industries.
Load cells of all sizes are used across countless industrial weighing applications. Larger load cells, like an 85-ton load cell or even a 125-ton load cell, are more likely to be used in large-scale applications, such as shipbuilding or underwater cable installation. On the other hand, smaller systems, up to and including a 5-ton load cell, are found on smaller-scale applications like weighing fishing nets or shipping containers. 3- to 5-ton load cells are commonly used in inventory management, quality control, and process optimization within diverse industrial settings.
In the automotive industry, precision is key, and load cells contribute significantly to the testing and manufacturing processes. From quality control on assembly lines to crash testing and component durability assessments, load cells ensure accurate weight measurements. This precision is essential for maintaining safety standards and optimizing the performance of automotive components and systems.
In the aerospace and aviation industries, precision and reliability are even more critical. Load cells play a pivotal role in weight-sensitive applications such as aircraft assembly, transportation, and more. The accurate weight measurements provided by these load cells are critical for ensuring the proper balance and performance of aircraft, contributing to safety and operational efficiency.
How to choose the right load cell
The first consideration is size: or more specifically, maximum lifting capacity. Since it’s crucial to never overload your weighing system, make sure you know the maximum weight you’ll need to lift. The types of applications that call for an 85-ton load cell or even a 125-ton load cell are markedly different from those that would use a smaller 5-ton load cell.
Next, you’ll want to clarify if your application calls for the load cell to have any extra abilities or adaptations. For example, if you’re working in an offshore or marine environment, you’ll want to make sure the IP level is suitable for that environment. Conversely, if you’re in an environment with extreme heat, you’d need to add a heat shield to your load cell.
Yet no matter the environment or special requirements, you’ll want to choose a system that is made of high-quality materials and comes from a company with an excellent reputation. At Eilon Engineering, we’ve been manufacturing load cells of the highest caliber for close to five decades. Our commitment to safety, quality, and dependability has earned us a global reputation of excellence and countless repeat customers from various industries and sectors.
And with our 5-year warranty, you’re sure to get a system that will last for years to come.
Wired vs. wireless load cell
One final consideration is whether you need a wired or a wireless tension load cell.
A wireless tension load cell is generally considered to be more advantageous as it gives operators more flexibility and freedom of movement. A wireless load cell is often safer as it removes the potential tripping hazard of a wired system.
Not only does a wireless load cell allow operators to maintain a safe distance from the lift, it also lets multiple operators access the weights using multiple displays.
Get in touch today
To learn more about our line of load cells at:
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