Applications
The 330425‑02‑00 accelerometer is optimized for rotating and reciprocating equipment monitoring where early vibration detection is critical:
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Predictive maintenance on pumps, compressors, turbines, and motors
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Gear mesh and bearing fault detection
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Industrial machinery health monitoring
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Oil & gas production and processing equipment
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Power generation vibration analysis
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Heavy-duty manufacturing and facility condition monitoring
By translating mechanical vibration into precise electrical signals, this accelerometer supports actionable diagnostics and predictive analytics.
Advantages
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High dynamic range: ± 75 g capability accommodates heavy vibration environments
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Industrial reliability: Hermetically sealed housing with stainless steel construction withstands harsh conditions
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Wide frequency response: Senses a broad spectrum of vibration frequencies for effective machine health analysis
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Robust mounting: Integral stud ensures secure attachment and accurate vibration transfer
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Compact and lightweight: Small footprint (~99 g) simplifies installation even in confined spaces
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Low-noise performance: Maintains signal clarity for sensitive measurement needs
Together, these features make the 330425‑02‑00 a dependable choice for long-term vibration condition monitoring in mission-critical systems.
Technical FAQs
1. What type of technology does this accelerometer use?
It uses piezoelectric sensing to convert vibration acceleration into an electrical signal.
2. What is the measurement range?
The sensor measures up to ± 75 g peak acceleration.
3. How sensitive is this accelerometer?
Approximately 25 mV per g of acceleration, with ± 5% accuracy.
4. What frequency range can it detect?
It covers roughly 10 Hz to 15 kHz.
5. What power supply does it require?
Typical operation is with 18–30 VDC.
6. How is it mounted?
It mounts using an integral M8 × 1 threaded stud.
7. What environmental conditions can it withstand?
It operates from -55 °C to +121 °C in a hermetically sealed housing.
8. Is it suitable for harsh industrial environments?
Yes, the robust stainless steel case is designed for industrial use.
9. What connector type does it use?
A 3‑pin MIL‑C‑5015 industrial connector.
10. Can it be used for predictive maintenance?
Yes, it’s commonly used in vibration-based condition monitoring programs.