10 ton axle load line detection sensor H8C-C3-10T-4B1-C weighing sensor

Description :

10 ton axle load line detection sensor H8C-C3-10T-4B1-C weighing sensor introduction:The company currently has various types of weighing sensors and force sensors. The main products include 10 series, more than 300 varieties, specifications, ranges, microstructures, tensile and compressive structures, S-shaped structures, spoke structures, column structures, corrugated tube structures, cantilever beam structures, single point structures, box structures, bridge structures, and weighing modules. The weighing range of a single sensor ranges from as small as 50 grams to as large as 3000 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 various fields such as chemical engineering, mining, oil fields, automobiles, lifting machinery, construction, building materials, mechanical processing, thermal power, transportation, etc.

　　Characteristics of Future Sensors:

　　In the current information society, almost all high-tech industries cannot do without the support of sensor information collection.

　　Technology is people-oriented, and the development of sensors in the future will move towards better serving humanity according to current and future needs.

　　Future sensors must have excellent features such as miniaturization, intelligence, high sensitivity, multifunctionality, and data generalization.

　　Materials of elastomers:

　　The elastic material of the force sensor is generally made of metal, and most of the available materials are aluminum alloy, alloy steel, and stainless steel. Alloy materials have both rigidity to ensure consistent deformation and deformation recovery, as well as good weather resistance and corrosion resistance. The main requirement of an elastomer is to be able to transmit force information and maintain deformation consistency and complete resetting under the same force.

　　Material of sealant:

　　In the initial stage of force sensors with insufficient welding technology and equipment, a dedicated silicone rubber sealant series is used. Silicone rubber has long-term chemical stability, therefore, it has excellent properties such as corrosion resistance, moisture resistance, aging resistance, insulation, etc., and has been used as all sealant products for a long time.

　　Automatic weighing and loading device. Each loaded box or bag moves along the conveyor belt until it is under the electronic scale containing the material. The conveyor belt stops moving, electromagnetic coil 2 is powered on, and the electronic scale hopper flips to pour all the material into the box or bag. When the material is poured out, the conveyor belt motor is powered on again to remove the filled box or bag and protect the conveyor belt from continuing to run until the next empty bag or box cuts off the light source of the photoelectric sensor. At the same time, the electronic scale box is reset, electromagnetic coil 1 is powered on, and the funnel automatically feeds the electronic scale. The weight is controlled by the microcomputer. When the material in the electronic scale is equal to the given value, electromagnetic coil 1 is powered off, and the spring force closes the funnel door. The loading system begins the next loading cycle. When there are enough materials in the funnel and boxes on the conveyor belt, this process can continue continuously. When necessary, the operator can stop the conveyor belt at any time, input different given values through the dial, and then restart to change the weight in the box or bag.

　　This system uses different sensors to change the weighing range, which can be applied to automatic packaging in industries such as cement, sugar, and flour processing.

10 ton axle load line detection sensor H8C-C3-10T-4B1-C weighing sensorimage:

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