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Load cells are a type of transducer that can be used to convert a mechanical force into an electrical signal. There are several types of load cells as discussed below that are suitable for varying capacities and applications of users. A Zemic HM9B load cell is one of the most popular strain gauge load cells and is known for its robustness and high measurement precision.
This is a single bending beam type which means it has a beam shape ideally suited for low to mid level weighing applications. The Zemic HM9B is made out of high strength alloy steel and is environmentally certified for IP67 protection against dust and moisture.
Some features of the Zemic HM9B load cell include:
This load cell is widely used in truck scales, platform scales, and several other general purpose weighing machines.
The Zemic HM9B load cell is popular for its strength and accuracy and is widely used in industrial scales, platform scales, and general weighing systems. So, here are some types of load cells:
They are used in lower capacity applications like bench scales and small hoppers. These load cells have a small compact size and are simple in design. Their construction from high strength alloy steel gives the Zemic HM9B load cell long lasting reliability.
Dome or barrel shaped strain gauge load cells like the HM9B are used in high precision applications. Their robust build enables them to handle large amounts of stress, making them ideal for heavy industry. Due to their symmetrical form, they provide accurate measurements even under misalignment conditions. Hence, they are popular in truck scales and large silos.
These are used for measuring weight in upwards force situations. They are often employed in settings involving industrial scales, cargo weighing and load testing. These cells are integral in concrete cylinder testing where they measure the compressive forces within concrete cylinders under construction.
These provide high accuracy in hostile environments. Their design enables them to handle high loads while maintaining measurement precision. This makes them suitable for rigging and crane scales. They are also used in static weighing in heavy industries like mining.
The choice of a load cell type depends on the user's specific needs in terms of load capacity, application environment, and measurement precision required.
The Zemic HM9B load cell has a wide range of applications especially in industrial settings where it is used together with other components to measure weight or create a weight system. Here are some common ways the load cell is used:
The Zemic HM9B load cell is widely used in truck scales and hopper scales for these kinds of weighing. The load cells provide accurate readings of the weight in trucks or the weight of materials stored in the hoppers.
In manufacturing industries, the load cells are used to monitor and control material flows such as in silos or mixers. Being environmentally sealed, these load cells can withstand harsh chemicals or dust found in some of the manufacturing processes.
The HM9B load cells are also found in agricultural industries such as in feed hoppers, grain bins, and agricultural vehicles weighing systems. They provide the precision required to manage and monitor weights of crops, feeds and other agricultural materials.
For the medical field, the load cells are utilized in patient monitoring devices, infusion pumps, and other medical equipment that requires weight measurement for dosages and material input.
Finally, in the aerospace and shipping industries, the load cells help calculate and optimize load distribution in aircraft and cargo transports. This makes them crucial for safety and efficiency in both transport and shipping.
Zemic's HM9B load cell has a small percentage of rated output variation, which makes it highly precise. Due to this reason, it is commonly used for weighing in critical situations where even a small error is not acceptable.
The material of the Zemic HM9B makes it very strong and able to function well even in adverse conditions. They are used in large populations of industrial scales, platform scales, and other general weighing applications because of their durability.
The load cell is well protected from water and dust thanks to its level of enclosure. Because of this, it is appropriate in settings where weathering is likely to occur or where particulate matter is common.
The Zemic HM9B load cell can operate within a temperature range of -10 °C to 60 °C. This characteristic permits its use in different environments because it adapts to the environmental conditions of most users.
The Zemic HM9B load cell is NTEP certified, meaning it conforms to national standards for legal metrology in the USA. It also conforms to OIML standards for international regulation of measuring devices.
This load cell has an uncomplicated design compared to other load cells. Installation and integration in scales and other weighing systems is therefore straightforward. This minimizes set up time for users.
The choice of load cell depends on the user’s needs in terms of operating environment, application and required accuracy for weight measurement. Load cells work best when they meet the specific requirements of their intended use.
By taking these factors into consideration, users can select a load cell that will give optimal performance for their specific applications.
A1. The Zemic US load cell is constructed of high-strength alloy steel. The IP67 sealing of the load cell also protects it from moisture and dust.
A2. The load cell is notable for its durability, high accuracy, anti-corrosive properties, and wide temperature range.
A3. It offers weighing precision and withstands harsh conditions. This makes it ideal for heavy-duty applications in manufacturing, shipping, and agricultural industries.
A4. The high-strength alloy steel provides long-lasting durability and resistance to deformation. This makes the load cell suitable for demanding industrial applications.
A5. Yes. The load cell is suitable for outdoor use because of its IP67 rating and robust design, which protects it from rain, dust, and extreme temperatures.