Bently Nevada 3300/01-01-00 System Monitor

Processor: Processor speed 400MHz

Operating system: RTOS

Communication interface: RS-485, Ethernet

Data acquisition channels: 16 analog inputs

Memory capacity: 128MB RAM, 256MB Flash

Sensor types: velocity, displacement, proximity, temperature, speed, pressure

Sampling rate: Up to 20kHz per channel

Resolution: 16 bits

Accuracy: ±0.5% full scale

Output type: analog, digital, Ethernet

Operating temperature: -40°C to + 70°C

Protection level: IP67

Multi - channel monitoring：Supports multiple vibration - measurement channels, monitors various machine points simultaneously, aids in detecting vibration anomalies across components and locations for comprehensive machinery health checks.

Sophisticated signal processing：Performs advanced processing, filters interfering signals, improves signal - to - noise ratio, and enables accurate identification of vibration signatures related to machine faults.

Integrated temperature compensation：Automatically compensates for temperature changes, ensures data accuracy and reliability across temperature ranges despite machinery vibration characteristic alterations.

Alarming and threshold settings：Allows setting custom vibration - level alarm thresholds, instantly sends alarms when thresholds are exceeded to notify operators and maintenance staff of potential issues.

Energy Generation: Continuous monitoring ensures equipment analysis that prevents failures, guarantees reliable power generation, timely downtime, and maintenance.

Manufacturing:  Bently Nevada 3300/01-01-00 is used for a wide range of manufacturing processes, including monitoring vibrations in machine tools, conveyors and a range of production machinery.

Aerospace and Defense: Bently Nevada 3300/01-01-00 . is used in vibration analysis and structural health monitoring of aircraft engines, helicopter rotor systems, pagers, and military vehicle components to enhance the safety and reliability of equipment in the aerospace and defense sectors.

High-precision monitoring: Real-time capture of tiny vibration changes in equipment to ensure early warning of faults.

Modular design: Flexible configuration, strong scalability, and adaptable to a variety of industrial scenarios.

Multi-sensor compatibility: Supports eddy current, accelerometer and other probes to simplify system integration.

Preventive maintenance: Reduce the risk of unplanned downtime and significantly extend the life of equipment.