10kg corrugated tube belt scale sensor HM11-C3-10kg-3B-SC AVIC weighing sensor

Description :

10kg corrugated tube belt scale sensor HM11-C3-10kg-3B-SC AVIC weighing sensor detailed descriptionThe company currently has various types of weighing sensors and force sensors. The main products include 10 series and more than 300 model specifications. There are miniature force sensors, button type force sensors, rod type tension and pressure sensors, cylinder type force sensors, tension and pressure weighing force sensors, S-shaped weighing sensors, spoke type weighing force sensors, column type weighing force sensors, corrugated tube weighing force sensors, cantilever beam weighing force sensors, single point weighing sensors, box type weighing sensors, bridge type weighing sensors, and weighing modules. The weighing range of a single sensor ranges from as small as 50 grams to as large as 2000 tons, and there are analog and digital sensors suitable for various harsh environments such as aluminum alloy, alloy steel, stainless steel, explosion-proof, and high-temperature types. The product is widely used in fields such as chemical engineering, mining, oil fields, automobiles, lifting machinery, construction, building materials, mechanical processing, thermal power, and transportation.

Overview of HM11-C3-10kg-3B-SC Airborne Weighing Sensor for 10kg Bellows Belt Scale：

　　Product features and advantages:

　　--Bellows structure cantilever beam sensor; Can meet high-precision measurement levels within the range of 5kg to 500kg.

　　--Cantilever beam type

　　--Stainless steel and alloy steel materials

　　--Fully sealed welding

　　--High precision

　　--High protection level

　　--High stability

　　--Comprehensive error: ± 0.02% F.S

　　--Easy and fast installation

　　--Can be applied to harsh industrial environments

　　--Suitable for filling scales, belt scales, ingredient scales, etc

　　BM11-C3-5kg-3B-SC，BM11-C3-10kg-3B-SC，BM11-C3-20kg-3B-SC，BM11-C3-30kg-3B-SC，BM11-C3-50kg-3B-SC，BM11-C3-100kg-3B-SC，BM11-C3-200kg-3B-SC，BM11-C3-300kg-3B-SC，BM11-C3-350kg-3B-SC，BM11-C3-500kg-3B-SC，

　　BM11-C3-5kg-5B-SC，BM11-C3-10kg-5B-SC，BM11-C3-20kg-5B-SC，BM11-C3-30kg-5B-SC，BM11-C3-50kg-5B-SC，BM11-C3-100kg-5B-SC，BM11-C3-200kg-5B-SC，BM11-C3-300kg-5B-SC，BM11-C3-350kg-5B-SC，BM11-C3-500kg-5B-SC，

　　The selection of weighing sensors mainly depends on the type of weighing and installation space to ensure appropriate installation and safe and reliable weighing; On the other hand, the manufacturer's recommendations should be considered. For weighing sensor manufacturers, the force, performance indicators, installation form, structural form, elastic material, etc. of the sensors are generally specified. For example, aluminum alloy cantilever beam sensors are suitable for electronic scales, platform scales, box scales, etc.; steel cantilever beam sensors are suitable for electronic belt scales, sorting scales, etc. Steel bridge sensors are suitable for track scales, car scales, etc. Column sensors are suitable for car scales, dynamic track scales, large tonnage hopper scales, etc.

　　The selection of accuracy level for weighing sensors includes technical indicators such as nonlinearity, creep, repeatability, hysteresis, sensitivity, etc. When choosing high-level sensors, the accuracy level and cost of electronic scales should not be considered. Generally speaking, the root mean square value of the sum of nonlinearity, non repeatability, and hysteresis indicators is slightly higher than the scale.

　　The reason for adding compensation circuit inside the weighing sensor is:

　　In the manufacturing process of weighing sensors, in order to improve their performance, especially temperature characteristics, it is generally necessary to add temperature compensation for zero point and sensitivity in the strain gauge circuit. In addition to strain gauges, various compensation resistors have also been added. Below, the editor will briefly introduce it to everyone.

　　The purpose of zero point compensation is to minimize the temperature variation of the bridge zero point. Therefore, in addition to compensating for the temperature of the strain gauges themselves, resistance elements with different temperature coefficients from the strain gauges in the bridge (such as copper resistors or nickel resistors) are added to enhance the compensation effect.

　　The purpose of sensitivity compensation is to reduce the variation of output voltage with temperature, that is, to compensate for the variation of elastic coefficient of the elastic body and sensitivity coefficient of the strain gauge with temperature. Therefore, two resistors with the same temperature compensation effect as the bridge were connected in series in the bridge. At the same time, other resistors in the circuit are used to adjust the initial balance, rated output, and input resistance parameters of the bridge to the specified values.

　　The above is an introduction to the reasons for adding compensation circuits inside the weighing sensor, hoping to be helpful to everyone. If you have any other questions or concerns, please feel free to call us for consultation

10kg corrugated tube belt scale sensor HM11-C3-10kg-3B-SC AVIC weighing sensor picture：

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