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Seika's measurement technique enables a linear relationship between the angle to be measured and the output signal. The determined angle is independent of local gravitational acceleration.
This means that no matter where the measurement is being taken, whether it is in Europe, Australia, on Mount Everest or on the moon, the inclination will be measured correctly. |
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Accessories |
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B1 |
B2 |
B3 |
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| • Very high overload resistance. |
• Measuring Range: |
±3° |
±10° |
±50° |
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| • Low non-linearity. |
• Resolution: |
＜10-3° |
＜5.10-3° |
＜2.10-2° |
| • High signal-to-noise ratio. |
• Linearity: |
＜0.5% |
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| • Hermetically sealed. |
• Transverse sensitivity: |
＜1% |
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| • High long-term stability. |
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• Small temperature drift. |
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| • Integrated sensor electronics. |
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| • Low power consumption. |
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BDK3 |
BDK10 |
BDK100 |
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| • Very high overload resistance. |
• Measuring Range: |
±3° |
±10° |
±100° |
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| • Multiple housing options |
• Resolution: |
＜10-3° |
＜5.10-3° |
<5·10-2° |
| • Light weight. |
• Nominal sensitivity: |
appr.150mV/g |
appr.60mV/g |
appr.15mV/g |
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| • Low non-linearity. |
• Linearity: |
＜1% |
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| • Small lower cut-off frequency. |
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• High long-term stability. |
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| • Low output impedance. |
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Go to Inclinometers |
Go to Sensor Boxes |
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