50kg belt scale sensor 10kg single point pressure sensor electronic pricing scale sensor 25kg

Description :

　　50kg belt scale sensor, 10kg single point pressure sensor, electronic pricing scale sensor, 25kg detailed description: Shenzhen Youzhongli Technology Co., Ltd. has built a team in the field of automation with years of understanding and knowledge in the automation field, always adhering to the enterprise operation concept of "because, so convinced", providing customers with first-class pre-sales and after-sales technical services, and providing customers with first-class technologically advanced and stable products. We always adhere to the principles of independent innovation, quality-oriented, and scientific management, and always insist on providing perfect products and system solutions to meet customer needs to the fullest extent.

　　50kg belt scale sensor 10kg single point pressure sensor electronic pricing scale sensor 25kg:

　　Product features and advantages:

　　--HSX-A/SS 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

　　50kg belt scale sensor 10kg single point pressure sensor electronic pricing scale sensor 25kg:

　　A weighing sensor is a force measuring instrument that can convert the force signal of the object being measured into a measurable electrical signal output. It has applications in industries such as electronics, machinery, ships, and petroleum. We have some techniques when using weighing sensors to ensure measurement accuracy. Below, the editor will introduce the usage techniques of weighing sensors, hoping to help everyone.

　　1. Some "baffles" should be set up around the weighing sensor as much as possible, and even thin metal plates should be used to cover the sensor. This can prevent impurities from contaminating the sensor and certain movable parts, which often cause discomfort in the movement of the movable parts and affect the weighing accuracy. The presence or absence of motion discomfort in the system can be determined using the following methods. Add or subtract approximately one thousandth of the rated load on the weighing platform to check if the weighing display reflects. If it does, it indicates that the movable part is not "contaminated".

　　2. All wires leading to or from the display circuit should use shielded cables. The connection and grounding points of shielded wires should be reasonable. If it is not grounded through the mechanical frame, it will be grounded externally, but if the shielding wires are connected to each other and not grounded, it will be floating. Note: There are 3 sensors that are fully connected in parallel. The sensors themselves are 4-wire, but they have been replaced with a 6-wire connection in the junction box. The sensor output signal readout circuit should not be placed in the same box as devices that can generate strong interference, such as controllable silicon and contactors, or devices that can generate considerable heat. If this cannot be guaranteed, it is necessary to consider setting up barriers to isolate them and installing fans inside the box. Electronic circuits used to measure sensor output signals should be equipped with independent power transformers as much as possible, rather than sharing the same main power supply with equipment such as contactors.

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• 50kg belt scale sensor