4602 Plug & Play Accelerometer

Brand: American Sensor Technologies Inc

4602 Plug & Play Accelerometer

Brand: American Sensor Technologies Inc
The Model 4602 is designed for both static and dynamic measurements in critical and demanding applications. 

The accelerometers are available in ranges from ±2 to ±200g and offers outstanding thermal performance. The model 4602 is temperature compensated from -55° to 125° C. 

The accelerometers incorporate a gas damped MEMS sensing element with integral over-range stops for high-g shock protection.
Features
  • ±2 to ±200g Dynamic Range
  • Amplified Output
  • Low Power Consumption
  • Gas Damping
  • Integral Strain Relief
  • DC, Low Frequency Response
  • 8 to 36 Vdc Excitation Voltage

Specifications

Accuracy

  • ± 0.5 % of Full Scale Output - Non-Linearity

Applications

  • Flight Testing
  • Flutter & Nacelle Vibrations
  • Performance Testing
  • Structure Testing
  • Test & Instrumentation
  • Transportation

Approvals & Certifications

  • CE
  • RoHS

Cable Material

  • PFA
  • Thermoplastic Elastomers (TPE) - Jacket

Compensated Temperature

  • -55° to 125° C (-67° to 257° F)

Constant Acceleration

  • ± 2 to ± 200 G

Consumption

  • < 5 mA - Excitation Current

Electrical Connectors

  • 30 AWG Conductors

Enclosure, Body Material

  • Aluminum - Anodized

Environmental Protection

  • IP65

Excitation Voltage

  • 8-36 Vdc

Frequency

  • 0 to 1,000 Hz

Insulation Resistance

  • > 100 megaohms at 100 Vdc

Mounting

  • M3 Screws

NACE & NIST

  • NIST

Output

  • ± 50 mV - Zero Acceleration

Output Noise

  • 35 to 1,033 µg/√Hz- Spectral
  • 600 to 800 µV RMS - Residual

Power

  • 2.5 Vdc - Bias Voltage

Resistance

  • < 100 ohms - Output

Sensitivity

  • ± 0.01 %/°C - Thermal Sensitivity Shift
  • 10-1,000 mV/g

Shock

  • 2000 to 5000 G - Shock Limit

Storage Temperature

  • -55° to 125° C (-67° to 257° F)

Thermal Drift

  • ± 0.008 % of Full Scale Output/°C - Thermal Zero Shift

Torque

  • 6 In/Lbs (0.7 Nm) - Mounting

Turn-On Time

  • < 100 milliseconds

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