This spoke-type load cell measures compression force and weight. It's a small, effective sensor. You can use it to build your own scales or put it into industrial machines. It turns applied force into an electrical signal that your electronics can read. Features and Benefits
- Different weight limits available - Choose from 50kg, 100kg, 1t, 2t, 3t, and 5t. Pick what you need.
- Alloy steel construction - The material and build give a steady base for accurate, repeated measurements.
- Spoke-type compression design - This small load cell works well when force pushes straight down on it.
- Made for accuracy - It's for industrial measuring and automation. It gives reliable force data. Applications
- Tank and Silo Weighing - Put a large-capacity load cell under support legs. It monitors the weight of what's inside.
- Custom Weighing Systems - Build a heavy floor scale or a platform. Use it to weigh parts in a shop or shipping area.
- Force Measurement - Use this force sensor in a hydraulic press or test rig. It shows real-time data on how much compression force is applied.
What It Is
This Type Load Cell is a resistance sensor designed for industrial force measurement. It functions as a transducer, converting mechanical force into an electrical signal. The internal strain gauge is key to how it works, detecting deformation under load and translating this into a measurable output. This allows for precise monitoring of weight or force in various industrial settings. The design focuses on robust performance for consistent and accurate readings across its specified capacity range.
Key Uses & Applications
The Type Load Cell is specifically designed for use in automation and industrial measuring applications. Its capacity range, from 50kg up to 5t, makes it suitable for a wide array of tasks where accurate force or weight sensing is critical. Examples include integration into automated weighing systems, process control in manufacturing, and overload protection in machinery. Understanding how a load cell works is crucial for optimising its integration into these complex systems, ensuring reliable data for operational efficiency.
How to Choose
When selecting a Type Load Cell, the primary consideration is the required capacity, which ranges from 50kg to 5t for this product. Match the load cell's capacity to the maximum force or weight it will measure, ensuring there is a suitable safety margin. Consider the specific application, whether for automation or general industrial measuring, to ensure compatibility with existing systems. The resistance sensor theory indicates its operational principle, which may be relevant for system integration.
Grit / Spec Guide
This Type Load Cell is available in several capacities: 50kg, 100kg, 1t, 2t, 3t, and 5t. These capacities are critical specifications for industrial force measurement. The unit operates on the resistance sensor theory, utilising a strain gauge to detect applied force. It is categorised as a load cell and is intended for automation and industrial measuring applications. There are no other specific 'grit' or material specifications beyond its function as a resistance sensor.
Care & Safety
To ensure longevity and accurate readings from your Type Load Cell, proper care is essential. Avoid overloading the unit beyond its specified capacity, as this can damage the internal strain gauge and affect its functionality. Ensure the cable connections are secure and protected from physical damage or environmental factors. While specific voltage requirements (e.g., 5v, 10v) are not detailed here, always connect the load cell to a power source within its operational parameters to prevent malfunction. Regular calibration is recommended for sustained accuracy in industrial measuring.
Capacity: 50kg, 100kg, 1t, 2t, 3t, 5t. Application: Automation, Industrial Measuring. Theory: Resistance Sensor. Type: Load Cell. Material: Metal. Excitation Voltage: 10V DC (recommended), 15V DC (max). Capacity Options: 50 kg, 100 kg, 1 ton, 2 tons, 3 tons, 5 tons. Operating Temperature Range: -20°C to 80°C. Rated Output: 2.0 mV/V ± 0.05%. Temperature Effect on Output: ±0.02% F.S./10°C. Temperature Effect on Zero: ±0.02% F.S./10°C. Creep (30 min): ±0.02% F.S.. Hysteresis: ±0.02% F.S.. Non-linearity: ±0.02% F.S.. Product Type: Mini Load Cell Weighting Sensor. Protection Class: IP67. Repeatability: ±0.01% F.S.. Theory: Resistance Sensor. Zero Balance: ±1% F.S.. Q: What kind of electrical signal does this load cell output? A: This is a strain gauge-based load cell, so it outputs a very small voltage in millivolts that changes with the applied force. You will need a load cell amplifier or a specialized HX711 module to convert this tiny signal into something a microcontroller or computer can read.. Q: What are these made of and how do they hold up in a workshop environment? A: The body is made from alloy steel, which gives it strength, and it's nickel-plated to resist corrosion. The spoke design is quite rigid and handles slight off-axis loads well, making it suitable for weighing systems like hoppers and industrial scales.. Q: Can I use the 5-ton model to measure weights around 100kg? A: You can, but your accuracy will be poor. A load cell is most precise when you're using it for loads that are at least 20-50% of its maximum capacity. For a 100kg load, you'd get much better results with a 200kg or 500kg cell.. Q: What kind of warranty do you offer on these load cells? A: Each load cell comes with a one-year warranty that covers any defects in manufacturing, like faulty strain gauges or internal wiring. The warranty does not cover damage caused by overloading the cell beyond its rated capacity or from electrical damage due to incorrect wiring.. Q: I'm building a custom press; is this spoke-type load cell a good fit for measuring force? A: Yes, a spoke load cell is a very common choice for force measurement in custom machinery and test rigs. They provide a good balance between accuracy and physical strength for their cost. They are often used in tension and compression setups for industrial process control and testing..