The AM3100T2-Z2 Bently Nevada Accelerometer Sensor belongs to a specialized series of Integrated Electronics Piezo-Electric (IEPE) accelerometers, engineered specifically for capturing high-fidelity vibration data in demanding industrial settings. Its core piezo sensing element delivers exceptional performance across a wide dynamic and frequency range, from 0.4 to 14,000 Hz, with outstanding linearity. This robust design ensures the reliability of it in monitoring critical machinery health under harsh operating conditions.

A key feature of this sensor is its integrated electronics, which amplify the low-level signal directly at the source. This architecture makes the 2300Vibration Monitors delivervibration monitoring AM3100T2-Z2 Bently Nevada highly resistant to electrical noise interference, a common challenge in industrial environments. The device operates on a standard constant-current power supply and produces a voltage output that is directly proportional to the measured acceleration, ensuring straightforward compatibility with a vast array of condition monitoring systems and data acquisition interfaces.

The AM3100T2-Z2 Bently Nevada high vibration levelalarming is characterized by its 100 mV/g sensitivity and a broad acceleration range of up to 80 g. Its physical configuration includes a top-exit connector, which facilitates easier cable routing in space-constrained installations. Furthermore, the Bently Nevada AM3100T2-Z2 carries a hazardous-area certification for use in Zone 2 environments, making it a safe and reliable choice for potentially explosive atmospheres.

In application, the versatility and ruggedness of the Case Mounted Accelerometers AM3100T2-Z2 Bently Nevada make it an ideal solution for permanent installation on a wide range of rotating assets, such as pumps, fans, and compressors. Its ability to provide clean, accurate vibration data is fundamental for predictive maintenance strategies, enabling the early detection of machine faults and helping to prevent unplanned downtime in critical industrial processes.