Digital Micro Load Cell

Introducing our revolutionary Digital Micro Load Cell, the ultimate solution for precise and accurate weight measurement in various industries. This cutting-edge device boasts state-of-the-art technology, ensuring unparalleled reliability and performance. With its compact design and high-resolution digital output, it provides real-time data with exceptional precision, making it ideal for applications such as laboratory testing, industrial automation, and medical equipment. The Digital Micro Load Cell is easy to install and integrates seamlessly with existing systems, enhancing efficiency and productivity. Experience the future of weight measurement with our game-changing Digital Micro Load Cell.

Digital Micro Load Cell

Digital micro load cells incorporate advanced electronics and micro-processing capabilities to convert the mechanical force or weight applied to the load cell into a digital output signal. This digital signal is typically in the form of a numerical value that can be directly read and interpreted by a computer, display, or other digital devices.The compact size of digital micro load cells makes them suitable for applications where space is limited, such as miniature scales, medical devices, robotic systems, and other small-scale weighing or force measurement applications.

Digital micro load cells offer several advantages over traditional analog load cells. They often provide higher accuracy and resolution, allowing for more precise measurements. They can also offer features such as built-in temperature compensation, signal filtering, and calibration capabilities.In addition, digital micro load cells can be easily integrated with digital systems and interfaces, enabling seamless data acquisition, analysis, and integration with other devices or software platforms.

Product Specifications

Precision	C2/C3	Load cell materia	Aluminium
Comprehensive error(%F.S)	±0.02/±0.017	Plafform size	350*250mm
Rated output(mv/v)	2.0±0.2	COnnecting  coble	ø4.0*450mm
Creep(%F.S/30min)	±0.02/±0.017	emp. effect on span(%F.S/10℃)	±0.02/±0.014
Zero balance(%F.S)	±1.0	Temp. effect on zero(%F.S/10℃)	±0.03/±0.017
Input resistance(Ω)	405±10	Compensated temp. range(℃ )	-10~+40
Output resistance(Ω)	350±3	Use temp. range(℃ )	-15~+45
Insulation resistance(MΩ)	≥5000(100VDC)	Excitation voltage(V)	9~12(DC)

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