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3052A Embedded Accelerometer
Brand: American Sensor Technologies IncThe Model 3052A is a silicon MEMS accelerometer with integral temperature compensation.
The accelerometer is packaged on a ceramic substrate with an epoxy sealed ceramic cover and is designed for adhesive mounting. The accelerometer is offered in ranges from ±2g to ±100g range and provides a flat frequency response to minimum 1,500 Hz.
The silicon MEMS sensor is gas damped and incorporates over-range stops for high-g shock protection. For a similar accelerometer designed for bolt mounting, see the model 3058A.
Features- Adhesive Mounted
- ±1.0% Non-Linearity
- 0° to 50° C Temperature Compensation
- Built-in Over-range Stops
- Low Power Consumption
Displaying prices & availability for Ohio, United States in CAD. Change location.
Models matching criteria: 6
Out of Stock
Does not ship to OH, United States
Out of Stock
Does not ship to OH, United States
Out of Stock
Does not ship to OH, United States
Out of Stock
Does not ship to OH, United States
Out of Stock
Does not ship to OH, United States
Out of Stock
Does not ship to OH, United States
Specifications
Accuracy
- ± 1 % of FSO - Non-Linearity
Applications
- Embedded Applications
- Impact & Shock Testing
- Machinery
- Motion Control
- Transportation Measurements
- Vibration & Shock Monitoring
Approvals & Certifications
- CE
- RoHS
Compensated Temperature
- 0° to 50° C (32° to 122° F)
Constant Acceleration
- ± 2 to ± 100 G
Enclosure, Body Material
- Ceramic
Environmental Protection
- IP61
Excitation Voltage
- 2.7-12 Vdc
Frequency
- 0 to 1,300 Hz
- 700 to 6,000 Hz - Natural Frequency
Insulation Resistance
- > 100 MΩ
Mounting
- Adhesive or Solder
NACE & NIST
- NIST
Operating Temperature
- -40° to 125° C (-40° to 257° F)
Output
- ± 0.06 Vdc - FSO Voltage
- ± 2 mV - Zero Acceleration Output
Output Noise
- 10 µV RMS
Resistance
- 1200 to 6500 ohms
Sensitivity
- < 3 % - Transverse Sensitivity
- ± 0.060 %/°C - Thermal Sensitivity Shift
- 0.24 to 16 mV/g
Shock
- 3,000 to 5,000 G
Storage Temperature
- -40° to 125° C (-40° to 257° F)
Thermal Drift
- ± 0.060 % of FSO/°C
