Accelerometer - メーカー・企業と製品の一覧

Small high-response high-capacity single-axis accelerometer 【ARGH-A】

MEMS accelerometers usable with a DC-type dynamic strain gauge.

It is a small, high-response, high-capacity accelerometer. It is robust with an allowable overload of 20 times its capacity. It does not require an external power supply and can be easily used by simply connecting it to our DC-type dynamic strain gauge. It can be used for measurements in a wide range of fields, including machinery, vehicles, ships, and civil engineering and construction.

企業：東京測器研究所
価格：Other

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Small high-response low-capacity single-axis accelerometer 【ARGL-A】

MEMS accelerometer (low capacity) usable with a DC type dynamic strain gauge.

This is a compact and high-response accelerometer equipped with a MEMS accelerometer. It is small, lightweight, and robust, making it suitable for measurement in a wide range of fields such as machinery, vehicles, ships, and civil engineering and construction. It does not require an external power source and can be easily used by simply connecting it to our DC-type dynamic strain gauge.

企業：東京測器研究所
価格：Other

Other measuring instruments

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Technical Data: NaruHodo Series 6 "About Shock Measurement"

Shock force (acceleration) measurement method, outline estimation method for collision acceleration! If you know just this, you should be almost fine.

This document provides an easy-to-understand explanation to deepen your understanding of shock measurement. It addresses questions such as "What is the difference between vibration and shock?" and "Are there differences in the measurement methods for shock and vibration?" using graphs and diagrams for clarification. Please take a moment to read it. 【Contents】 ■ What is the difference between vibration and shock? ■ Are there differences in the measurement methods for shock and vibration? ■ When measuring shock acceleration, it is necessary to predict the duration of the shock and the level of acceleration when selecting an accelerometer. How should this estimation be made? ■ What exactly is a shock response spectrum? *For more details, please refer to the PDF document and feel free to contact us.

企業：国際振音計装加古川試験所
価格：Other

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[Application Note] Trigger Collection System for Acceleration Data

Achieving low-power monitoring of steel bridge deflection! Introducing examples of system construction.

As many domestic bridges are simultaneously reaching their service life, deflection is one of the important indicators in bridge maintenance management. In deflection monitoring, there has been a demand for a power-efficient battery-operated system that can acquire three-axis acceleration data at multiple points on the girder over the medium to long term. The Sonas x series has responded to this need by establishing a system that can continuously acquire deflection values on actual road bridges. This application note presents a case study of a system built to efficiently collect acceleration data at the timing of large vehicles passing through, aimed at the continuous acquisition of deflection values on road bridges. *For more details on the case study, please refer to the related links. For further inquiries, feel free to contact us.