Description
ENDEVCO 7264C-2000 Industrial Accelerometer Sensor
The ENDEVCO 7264C-2000 is a rugged industrial accelerometer designed for high-precision vibration and shock measurement in extreme environments. Commonly used in crash testing, aerospace diagnostics, and mechanical analysis, its compact design and wide frequency response make it ideal for applications where reliability and accuracy are non-negotiable. Unlike standard sensors, this model maintains performance even under intense transient shocks.
Technical Specifications
| Attribute | Specification |
|---|---|
| Brand | ENDEVCO |
| Model | 7264C-2000 |
| Measuring Range | ±2000g |
| Sensitivity | 0.2mV/g |
| Frequency Response | 0–5000Hz |
| Shock Limit | 10,000g |
| Operating Temperature | -54°C to +93°C |
| Weight | 1g |
| Output Signal | 400mV Full Scale |
| Certification | SAEJ211 |

Engineers frequently deploy this sensor in crash test labs, aircraft vibration monitoring, and heavy machinery diagnostics. Its epoxy-sealed construction withstands moisture, dust, and temperature extremes, while the 0-80 threaded mounting ensures secure installation on test fixtures. Companies often pair it with complementary models like the 7264C-500 (±500g range) or 7270C series for multi-axis measurements. Field technicians appreciate the built-in mechanical overload limiter – in one case, a user reported surviving 12 consecutive 8,000g impacts during automotive safety testing without recalibration.

The full-bridge piezoresistive design delivers DC response capability, capturing both static and dynamic acceleration events with 0.2% linearity. Unlike MEMS-based alternatives, this sensor maintains stability in high-temperature aerospace environments thanks to its ceramic substrate. Compatibility with MODEL 133 charge amplifiers and 4430A signal conditioners simplifies integration into existing test systems. A field engineer noted that “the lack of damping fluid prevents thermal drift issues we had with older hydraulic sensors,” particularly in outdoor vibration testing scenarios.




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