1. Althen Sensors
  2. Sensors
  3. Acceleration sensors
  4. Automotive testing accelerometers
  5. ASC 74C1 Triaxial acceleration sensor for crash and drop testing on lightweight structures

ASC 74C1 Triaxial acceleration sensor for crash and drop testing on lightweight structures

Ultra-compact, lightweight piezoresistive MEMS sensor with DC response and mV output – ideal for dynamic impact testing on small objects and structures.


Key features

  • True DC response from 0 Hz
  • Measurement ranges: ±500 g, ±1000 g, ±2000 g
  • Three independent axes (X, Y, Z) with Wheatstone bridge output
  • Shock resistant up to ±5000 g
  • Only 16 grams, ideal for small-scale setups

Performance highlights

The ASC 74C1 is a compact triaxial accelerometer sensor based on piezoresistive MEMS technology. It offers accurate DC measurement on all three axes using independent Wheatstone bridges that deliver a ratiometric mV output. Thanks to its static (DC) and dynamic measurement capabilities, the sensor is ideal for a wide range of crash tests, drop simulations, and structural motion analysis.

Each axis is protected against mechanical overload via internal stops, allowing the sensor to withstand shocks up to ±5000 g. Its cubic anodized aluminum housing and low mass (only 16 g) make it perfect for use in high-g-force environments with limited mounting space or strict weight constraints.

Usage conditions

The ASC 74C1 features an IP65-rated aluminum housing sealed with epoxy for extra protection in test environments. It operates between –20 °C and +80 °C and comes standard with a 6-meter PUR cable (Ø 3 mm). The sensor can be mounted using screws or adhesive, depending on application requirements.

Applications

  • Automotive crash test and sled impact simulations
  • Drop and shock testing of small or lightweight structures
  • Wearable system acceleration data capture
  • R&D labs and test centers
  • Biomechanics and dummy sensor integration

Advantages

The ASC 74C1 offers highly precise acceleration signals in three axes while maintaining extremely low weight and compact form. It combines DC response, high linearity, and excellent shock tolerance – making it ideal for any MEMS accelerometer application where both resolution and ruggedness matter. Engineers appreciate the simplicity of its signal output and its flexibility for both temporary and permanent test setups.

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Technical Specifications

Specification Value
Measurement ranges ±500 g / ±1000 g / ±2000 g
Frequency response (±5%) Up to 2500 Hz
Frequency response (±3dB) Up to 3150 Hz
Output type mV (via full Wheatstone bridge)
Excitation voltage 3 – 10 VDC
Operating temperature –20 °C to +80 °C
Shock resistance ±5000 g
Housing Anodized aluminum, IP65, epoxy sealed
Weight 16 g (sensor only)
Cable 6 m PUR, Ø 3 mm (standard)
Mounting method Adhesive or screw (M3 holes)

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  • ±5000 g shock resistance
  • DC response starting at 0 Hz
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  • Compact MEMS accelerometer
  • ±5000g shock resistance
  • Custom cable and connector
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ASC 62C1 DC acceleration sensor for impact and crash test measurement

  • High shock tolerance (±5000 g), ranges up to ±2000 g
  • Wheatstone bridge output (mV) for precise signal acquisition
  • Lightweight (3 g), IP67-rated aluminum housing
  • Ideal for crash test and impact measurement systems
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