High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...

High precision measurement: Using precision resistance strain gauge technology, combined with advanced signal processing algorithms, the measurement accuracy is stable at ±0.2%, providing accurate data support for various weighing applications.Cantilever beam structure design: The unique cantilever beam structure allows the sensor to effectively distribute stress when subjected to vertical loads, improving measurement...

High precision measurement: Using precision resistance strain gauge technology, combined with advanced signal processing algorithms, the measurement accuracy is stable at ±0.2%, providing accurate data support for various weighing applications.Cantilever beam structure design: The unique cantilever beam structure allows the sensor to effectively distribute stress when subjected to vertical loads, improving measurement...

High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...

High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...

High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...

Output sensitivity：2.0±0.2 mV/VNon-linearity：±0.03~±0.05 %F·SLag error：±0.03 %F·SRepeatability：±0.03 %F·SCreep：±0.03 %F·SZero temperature coefficient：±0.05 %F·S/10℃Sensitivity temperature coefficient：±0.05 %F·S/10℃Input resistance：400±6ΩSafe overload：150 %F·SInsulation resistance：≥2000M  ΩIncentive voltage：9V～12VProtection class：IP65Material：Aluminium alloyCable：φ3×140cmOperating temperature：-20℃~+70℃

Output sensitivity：2.0±0.2 mV/VNon-linearity：±0.03~±0.05 %F·SLag error：±0.03 %F·SRepeatability：±0.03 %F·SCreep：±0.03 %F·SZero temperature coefficient：±0.05 %F·S/10℃Sensitivity temperature coefficient：±0.05 %F·S/10℃Input resistance：400±6ΩSafe overload：150 %F·SInsulation resistance：≥2000M  ΩIncentive voltage：9V～12VProtection class：IP65Material：Aluminium alloyCable：φ3×140cmOperating temperature：-20℃~+70℃

High-precision measurement: The use of advanced signal processing technology to ensure that the measurement accuracy reaches the industry-leading level, long-term stability is good, to meet the needs of high-precision weighing.Wide range adaptation: Support a variety of range customization, ranging from a few kilograms to hundreds of tons, to meet the...

High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...

This aluminum alloy parallel beam load cell adopts high‑quality  aluminum alloy , with anodized surface treatment and reliable sealing, reaching protection class IP65。Equipped with high‑precision strain gauges and Wheatstone bridge design, it features accurate measurement, excellent linearity, strong anti‑eccentric load capability, and built‑in temperature compensation for outstanding long‑term stability.With lightweight...

High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...

High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...

High precision measurement: Using precision resistance strain gauge technology, combined with advanced signal processing algorithms, the measurement accuracy is stable at ±0.2%, providing accurate data support for various weighing applications.Cantilever beam structure design: The unique cantilever beam structure allows the sensor to effectively distribute stress when subjected to vertical loads,...

High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...

High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...

High precision measurement: The use of unique sensing elements and signal processing technology to ensure that the measurement data is accurate and reliable to meet the needs of high precision weighing.  Strong stability: Optimized structural design and high-quality materials ensure the stability of the sensor in various environments, and long-term...