Bently Nevada 3500/44M Aeroderivitive GT Vibration Monitor

Input Channels: Bently Nevada 3500/45 These channels are finely tuned to receive different sensor inputs and have strong sensitivity. Its input impedance is about 1 MOhm to minimize the impact on the measurable sensor and capture the signal faithfully.

Power Supply Active Power Input: Maximum 70W Power Supply Type 5V High Voltage Power Supply, Eagle 5V with 5V Custom Feedback Use below

Sampling Rate: Up to 20 kHz per channel This high sampling frequency enables the device to track fast events and small changes in such monitoring signals, providing a clear and immediate understanding of the mechanical operating conditions.

Accuracy: Its accuracy is ±0.5% of the reading, whichever is higher. This accuracy is critical to detecting slight deviations in monitoring parameters and being able to identify potential mechanical problems as early as possible.

Data frequency response: DC to 10 kHz Such a wide bandwidth enables it to monitor switching point drift at low frequencies and jitter at high frequencies, thereby fully understanding the dynamic behavior of the machinery.

Multi-Transducer Compatibility: Accepts Proximitor®, RPTs, DC/AC LVDTs, and potentiometers.

Channel-Pair-Based Functionality: Channels 1&2 (Pair A) and 3&4 (Pair B) independently programmed for dual-variable functions.

User-Programmable Alarm Logic: Alert and Danger setpoints integrated into Protection Plug-in Logic (PPL).

Front-Panel Bypass & Diagnostics: Bypass switch/LED; OK and TX/RX LEDs provide module status.

High-Accuracy Signal Conditioning: ±0.5% thrust accuracy; ±1% differential expansion accuracy.

Epoxy-Sealed, Rugged Construction: Moisture, dust, and vibration resistant.

API 670 Compliant: Meets machinery protection standards when rack-configured.

Hot-Swap Capable with Redundant Power: Insert/delete under power if dual PIMs are present.

Aeroderivative Gas Turbine Vibration Monitoring: Provides proximal sensor interface in 3500/44M racks to capture high-frequency vibration data for real-time protection and maintenance 

Industrial Compressor Vibration Analysis: Interfaces to velocity and acceleration sensors on compressors, driving 3500 series alarms to prevent mechanical failure 

Renewable Energy Turbine Condition Monitoring: Useful in high-speed turbine environments (e.g., aero-derivative turbines adapted for power generation), ensuring continuous health monitoring