L6W-C3-100KG-3G6 Medicinal Packaging Scale Sensor

Description :

　　L6W-C3-100KG-3G6 Medicinal Packaging Scale Sensor Detailed Description: Youzhongli's ten-year brand is trustworthy. We have been providing sensors for ten years, offering various weighing and force measurement solutions for pre selection guidance. We can customize various weighing and force measurement sensors for you, with a customer-centric approach. We are eager to meet the needs and concerns of our customers, and welcome inquiries;

　　L6W-C3-100KG-3G6 Medicinal Packaging Scale Sensor:

　　L6W-C3-100KG-3G6 Medicinal Packaging Scale Sensor:

　　--The shear stress measurement method can withstand tension and pressure. Good output symmetry, compact structure, easy installation, high precision, and good stability. Can be used to manufacture scales such as hook scales, hopper scales, and electromechanical combination scales.

　　--Can meet the measurement range of 0.05kg-300kg.

　　--Aluminum alloy material, parallel beam structure

　　--Silicone rubber seal, anodized surface, excellent corrosion resistance.

　　--Overall structure, easy to install and use.

　　--Suitable for various electronic weighing devices such as electronic pricing scales and electronic platform scales.

　　Product features and advantages:

　　--Applicable platform: Suitable for platform scales

　　--Comprehensive error: ± 0.02% F.S

　　--Rated output: 2.0000 ± 0.001MV/V

　　--Material: Alloy Steel, Aluminum Alloy;

　　--Protection level: IP67/IP65

　　--Reference standard: GB/T7551-2008/OIML R60

　　--Range: 0.05kg to 300kg;

　　--High precision

　　--Scale platform size 450 * 450mm

　　L6W-C3-75KG-3G6,L6W-C3-100KG-3G6,L6W-C3-150KG-3G6,L6W-C3-200KG-3G6,L6W-C3-250KG-3G6,L6W-C3-500KG-3G6,

　　L6W-C3-635KG-3G6

　　Although the weighing sensor has a certain overload capacity, it should still be prevented from overloading during the installation of the weighing system. It should be noted that even short-term overloading may cause sensor damage. During the installation process, if necessary, a pad of the same height as the sensor can be used to replace the sensor first, and then the sensor can be replaced. During normal operation, sensors should generally be equipped with mechanical structural components for overload protection. If a screw is used to fix the sensor, a certain tightening torque is required, and the screw should have a certain depth of thread insertion. Generally speaking, fixed screws use high-strength screws.

　　Try to use structural components with automatic positioning (reset) function, such as ball bearings, joint bearings, positioning fasteners, etc. They can prevent certain lateral forces from acting on the sensor. It should be noted that some lateral forces are not caused by mechanical installation, such as lateral forces caused by thermal expansion, lateral forces caused by wind, and lateral forces caused by vibration of agitators on certain container scales, which are not caused by mechanical installation. Some accessories on certain scales must be connected to the scale body (such as the feeding pipeline of container scales). We should make them as soft as possible in the direction of the sensor loading spindle to prevent them from "eating" the true load of the sensor and causing errors.

　　Handle with care, especially for small capacity sensors made of alloy aluminum elastomers. Any impact or drop may cause significant damage to their measuring performance. For high-capacity weighing sensors, they generally have a large self weight, so it is required to use appropriate lifting equipment (such as chain hoists, electric hoists, etc.) as much as possible during transportation and installation. The mounting surface of the sensor base should be flat, clean, and free of any oil film, adhesive film, etc. The installation base itself should have sufficient strength and rigidity, generally requiring higher strength and rigidity than the sensor itself.

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• L6W-C3-100KG-3G6