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Description: The Model 606M1 is a MEMS triaxial seat pad accelerometer with both static and dynamic responses designed specially for characterizing whole body vibration in accordance with ISO 2631-1 and ISO 8041. The DC response of the silicon MEMS sensors is the key to yield accurate velocity and displacement results from the raw acceleration data. The 606M1 incorporates integral temperature compensation that provides a stable output over a wide operating range. The on-board voltage regulation circuit works with power supply from 8 to 32Vdc.
Features:
- Three Independent Circuits
- Low Current Consumption
- Ranges: ±25g
- Gas Damped, DC Response
- High Over-Range Protection
- Temperature Compensation
- Low Transverse Sensitivity
Applications:
- Whole Body Vibration Study,
- Vibration/Shock Monitoring,
- Helicopter Flight Testing,
- Heavy Equipment Testing,
- Biodynamic Study
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Range(g) |
±25 |
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Sensitivity(mV/g) |
80 |
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Frequency Response (Hz) |
0 to 800 |
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Non-Linearity (%FSO) |
1 |
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Transverse Sensitivity(%) |
<3 |
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Output Resistance (Ω) |
<100 |
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Excitation (VDC) |
8 to 36 |
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Zero Acceleration Output(mV) |
±50 |
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Weight with out cable(g) |
<60 |
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Case Material |
Nltrlle Rubber |
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Operating Temp. (°C) |
-20 to 85 |
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Compensated Temp. (°C) |
-20 to 85 |
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Shock Limit (g) |
5000 |
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