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High-performance, high-temperature accelerometer (max. 260°C) and multi-function charge amplifier

  • High-performance, high-temperature accelerometer (max. 260°C) and multi-function charge amplifier

<NP-2710 High-Temperature Resistant Accelerometer>

  • Vibration measurement is possible in high-temperature environments up to 260°C.

  • The titanium material allows for a lightweight and compact design, weighing approximately 2g and measuring 7.9Hex x 8.4mm.

<CH-1200 Multi-functional Charge Amplifier>

  • Built-in integration function - Selectable output of acceleration, velocity, and displacement data is possible.

  • Equipped with a filter function – High-pass and low-pass filters remove unwanted vibrations, enabling more precise measurements.

  • Compact and lightweight, and supports multi-channel configuration by connecting multiple units.

The need for vibration measurement and analysis of engines and transmissions is extremely high, but when conducting tests in actual operating conditions, the equipment is subjected to harsh environments of high temperature and high shock, requiring acceleration detectors with extremely high environmental resistance. The newly developed NP-2710 acceleration detector has an operating temperature range of Max 260°C and shock resistance of 98,000 m/s², addressing these high-temperature and high-shock environments. Furthermore, its compact and lightweight design minimizes the impact on the measured object, enabling stable and accurate vibration data output even in harsh environments. In addition, the CH-1200 charge amplifier has a built-in integration function, which allows for optimization of the input signal to the connected vibration data analysis equipment.

The information on this page is based on the information available at the time of publication.
Please note that if product sales are discontinued, organizational changes are made, or specifications are changed after publication, the information may differ from the latest information.

This page is created by an automatic translation system based on the information in the Japanese version. Details