High-precision electronic balance
An electronic balance and high-precision technology, applied in the field of electronic instruments, can solve problems such as low precision and unsatisfactory, and achieve the effect of high overall precision
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Embodiment 1
[0011] A high-precision electronic balance, including: a weighing pan and a sensor, the sensor is fixedly installed under the weighing pan, the weighing pan is made of metal aluminum and metal copper fused at high temperature, and the ratio is according to the weight percentage: the The content of metal aluminum accounts for 80%, and the content of metal copper accounts for 20%. The sensor includes a pole shoe, and the pole shoe is formed by high-temperature fusion of iron oxide and metal iron. The content of iron accounts for 60%, and the content of the metal iron accounts for 40%.
Embodiment 2
[0013] A high-precision electronic balance, including: a weighing pan and a sensor, the sensor is fixedly installed under the weighing pan, the weighing pan is made of metal aluminum and metal copper fused at high temperature, and the ratio is according to the weight percentage: the The content of metal aluminum accounts for 85%, and the content of the metal copper accounts for 15%. The sensor includes a pole piece, and the pole piece is formed by high-temperature fusion of iron oxide and metal iron. According to the weight percentage: the iron oxide The content of iron accounts for 70%, and the content of the metal iron accounts for 30%.
Embodiment 3
[0015] A high-precision electronic balance, including: a weighing pan and a sensor, the sensor is fixedly installed under the weighing pan, the weighing pan is made of metal aluminum and metal copper fused at high temperature, and the ratio is according to the weight percentage: the The content of metal aluminum accounts for 82%, and the content of the metal copper accounts for 18%. The sensor includes a pole shoe, and the pole shoe is formed by high-temperature fusion of iron oxide and metal iron. According to the weight percentage: the iron oxide The content of iron accounts for 65%, and the content of the metal iron accounts for 35%.
[0016] It is further explained that the thickness of the weighing pan is 2-4mm, which can make the weighing pan have good hardness, strength and wear resistance while saving costs.
[0017] Different from the existing technology, due to the better deformation performance of metal aluminum, and the higher toughness and strength of metal copper...
PUM
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Abstract
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