FAQ

1. What piezoelectric transduction architecture is implemented within the 200155-18-CN to achieve seismic vibration-to-electrical energy conversion?

The 200155-18-CN utilizes a piezoelectric shear-mode sensing element, wherein mechanical vibration induces stress within a crystalline structure, generating a proportional electrical charge that is conditioned into a usable vibration signal.

2. How does the 200155-18-CN ensure measurement fidelity in low-frequency and slow-speed rotating machinery environments?

The 200155-18-CN is optimized for low-frequency seismic response, enabling accurate detection of structural and casing vibration in slow-speed machinery where displacement-based probes may lack sensitivity to dynamic acceleration phenomena.

3. In what manner does the 200155-18-CN maintain signal integrity under harsh industrial environmental conditions?

The 200155-18-CN employs a hermetically sealed stainless steel enclosure with industrial-grade internal damping structures, ensuring immunity to moisture ingress, oil contamination, and particulate exposure in severe process environments.

4. How does the 200155-18-CN integrate within Bently Nevada Trendmaster-based condition monitoring architectures?

The 200155-18-CN functions as a field-mounted seismic sensing node, transmitting conditioned vibration signals to Trendmaster ProTIM modules for centralized data acquisition, trending, and predictive analytics processing.

5. What configuration semantics are encoded within the 200155-18-CN designation, and how do they define mechanical installation constraints?

The 200155-18-CN identifier encodes sensor platform type (200155 series), mounting adapter configuration (18 thread interface class), and certification package (CN hazardous-area compliance variant), defining installation compatibility and regulatory adherence.