S9M称重传感器产品介绍：

S型 S9M 称重传感器: 量程从 500 N 到 50 kN

S型 S9M 力传感器用于拉压向力测量，广泛地用于多种静态和动态测量应用。其具有的精度，适合用于生产过程监控以及测试台中采用杠杆原理的扭矩测量。

S9M 是多种困难应用的理想选择: 所有量程，即使是 500 N 额定量程均采用不锈钢材料制成。S9M 采用激光焊封，其保护等级高达 IP68。

• HBM 精度等级: 0.02

• 额定量程: 500 N 到 50 kN

• HBM 精度等级 0.02

• 零点的温度依赖性非常低

• 寄生扭矩和力对测量结果的影响非常小

低量程范围内也具有精度: 更宽的测量范围，的性价比。

高耐久性

• 不锈钢材料测量体

• 紧致密封

非锈蚀材料确保更好的长期耐久性。即使在额定的环境下也具有的稳定性。

立即可用

• 多种用于 S9M 的电缆长度：可根据您的应用

• 可选用于 HBM 工业放大器的连接插头

• 可选 TEDS (电子数据表用于传感器自动识别)

即插即用，节约时间: 无需现场焊接和装配连接。

Advantages offered by S-shaped force transducers

S9M features the typical characteristics of S-shaped force transducers such as high measurement accuracy and an excellent price-to-performance ratio. A special feature that should be emphasized is the robust S9M force transducer's high precision and its resulting classification with accuracy class 0.02.

Cutting-edge force measurement

S9M offers nominal (rated) forces ranging from 500 N to 50 kN. All measuring bodies, even the one for a nominal (rated) force of 500 N, are made from stainless steel. Force is applied either directly via the two central internal threads or via knuckle eyes that can be ordered as an option. In addition, S9M features welded and therefore hermetically sealed strain gage installation that enables the force transducer to be classified with degree of protection IP68.

Due to its multiple applications in experimental stress analysis, OEM applications or test equipment, the S9M force transducer ideally complements HBM's wide range of force transducers. Together with its force transducers for dynamic applications (U10M) and transducers for small nominal (rated) forces (S2), HBM covers the complete range of force transducers for test equipment.

Now even more powerful

Critical elements have been optimized and now the new S9M force transducer replaces its predecessor S9. S9M has been designed to allow continued use of all force application parts used so far. The height and width of the predecessor model have remained unchanged; the S9 force transducer can therefore easily be replaced with its successor S9M.