RUC-2053-26-1024-KL

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RUC-2053-26-1024-KL is a newly developed product from XYZ Corporation. This product is designed for applications with stringent accuracy requirements. Its features and benefits will be highlighted in the following sections.

Product Overview

RUC-2053-26-1024-KL from XYZ Corporation is a high accuracy strain gauge transducer. It utilizes MEMS technology and advanced signal conditioning circuitry to provide accurate strain measurement. The transducer is capable of measuring strain up to 30mV/V, which is three times more accurate than conventional strain gauges. With its high accuracy, it is suitable for applications such as strain monitoring, vibration analysis, and process control.

Primary Benefits

• High accuracy:the RUC-2053-26-1024-KL provides a strain measurement accuracy of up to 30mV/V.
• Long life:Stable performance over extended periods of time, thanks to its MEMS sensor technology.
• Flexible Connectivity:The transducer is compatible with CANbus, 1-Wire, and RS-232 protocols.
• Small form factor:Compact design allows for easy installation in tight spaces.
• Excellent temperature compensation:Temperature compensation up to +100°C.

Application Field and Working Principle

The RUC-2053-26-1024-KL is designed for applications with stringent accuracy requirements. It can be used in a wide range of applications including industrial machinery, biomedical devices, civil engineering, and automotive engineering. The transducer works on the principle of measuring strain by applying two electrical bridges, one on each side, to a metal diaphragm. When the diaphragm is subjected to a strain, it will cause changes in the electrical resistance of the two bridges, which can be detected by the transducer.

Conclusion

RUC-2053-26-1024-KL is a high accuracy strain gauge transducer created by XYZ Corporation. It features high accuracy, long life, flexible connectivity, a small form factor, and excellent temperature compensation. Its versatility and reliability make it an excellent choice for applications with stringent accuracy requirements. It is suitable for applications such as strain monitoring, vibration analysis, and process control.

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