A load cell is a sensor that measures weight or force. It consists of a metal beam or platform that deforms when a load is applied. The amount of deformation is measured and converted into a weight or force reading. Load cells are used in various applications, such as scales, cranes, and scientific experiments.

Phidget load cells are precision sensors that can measure forces up to 500 kg (1100 lb). They come in a variety of sizes and shapes to suit different applications. Phidget load cells have built-in amplifiers and signal conditioners to be directly connected to a computer via USB. No additional hardware is required.

What are the benefits of using a Phidget Load Cell?

Phidget load cells are very accurate and stable sensors. They can provide readings with a resolution down to 0.001 kg (0.002 lb), which is far more accurate than most consumer-grade scales. Phidget load cells also have a wide dynamic range, meaning they can measure both small and large loads without losing accuracy. This makes them ideal for applications such as weightlifting or truck loading, where both light and heavy loads are common.

Phidget load cells are also very robust sensors. They can withstand shocks and vibrations up to 100 g, making them ideal for industrial manufacturing or shipping applications. They are also waterproof and dust-proof, so they can be used in harsh environments without fear of damage.

Lastly, Phidget load cells are very easy to use. They come with all the necessary cables and hardware for installation. They also have built-in amplifiers and signal conditioners to be directly connected to a computer via USB. No additional hardware is required.

What are some applications for Phidget Load Cells?

Phidget load cells can be used in a variety of applications, such as:

Scales: Phidget load cells can build highly accurate digital scales for weighing people or objects.

Cranes and hoists: Phidget load cells can be used to measure the weight of loads being lifted by cranes or hoists. This information can prevent accidents by ensuring that the load does not exceed the crane’s weight limit.

Scientific experiments: Phidget load cells can measure forces in scientific experiments. This information can be used to validate or disprove theories.

Industrial manufacturing: Phidget load cells can measure forces in industrial manufacturing processes. This information can be used to optimize the process or ensure quality control.

Shipping and logistics: Phidget load cells can be used to weigh shipments. This information can be used to calculate shipping costs or track inventory.