Bently Nevada 3500/42M 176449-02 High-Precision 4-Channel Vibration Monitoring Module

Function Features

• High-Precision and Reliable Measurement: It adopts advanced sensor technology and digital signal processing algorithms, paired with a resolution of 0.3662 µA per bit and 0.1μm measurement resolution. It accurately captures tiny changes in vibration and position parameters of machinery, ensuring the authenticity and reliability of monitoring data.
• Independent Multi-Channel Monitoring: The four independent channels can work simultaneously without interfering with each other. Each channel can be flexibly configured to monitor different parameters or different measuring points of the same equipment, realizing comprehensive coverage of key monitoring indicators of machinery.
• Real-Time Alarm and Fault Early Warning: It has continuous real-time data analysis capabilities. Once abnormal parameters are detected, it immediately sends out alarm signals. This timely warning allows maintenance personnel to quickly respond and handle potential faults before they develop into serious failures that cause equipment damage.
• Strong Environmental Adaptability: With an IP67 protection rating, the module can resist the erosion of dust and water in industrial environments. It can operate stably within the temperature range of -40°C to +85°C, fully meeting the use requirements of harsh working conditions such as high temperature and high pressure.
• Seamless System Integration: It supports Modbus RS485 and Ethernet communication methods. It can smoothly connect with upper-level DCS and SCADA systems, realizing centralized collection, analysis and management of monitoring data, and facilitating unified scheduling and management of the entire production system.
• Modular Maintenance Convenience: The modular design simplifies daily maintenance and future expansion. When a single channel malfunctions, it can be repaired or replaced independently without affecting the operation of other channels, reducing maintenance time and costs.

Application Scenarios

• Energy Industry: It is widely used in power plants, hydropower stations and nuclear power plants to monitor rotating equipment such as turbines, generators and water pumps. It tracks vibration and bearing position parameters in real time to ensure the stable operation of power generation equipment and avoid large-scale power outages caused by mechanical failures.
• Oil and Gas Industry: It is deployed in drilling platforms and compressor stations. It withstands the harsh offshore and onshore working environments, monitors the operating status of drilling machinery and pipeline compressors, and prevents safety accidents such as pipeline leakage and equipment damage caused by abnormal vibration.
• Chemical and Refining Industry: It is installed in chemical plants and refineries to monitor pumps, reaction kettle rotating components and compressors. It adapts to the corrosive and high-temperature environment of chemical production, and provides early warning of equipment faults to avoid production accidents such as material leakage.
• Metallurgical and Cement Industry: It is applied to monitor key equipment like rolling mills in steel plants and rotary kilns in cement plants. It operates stably in dusty and high-temperature working conditions, monitors the vibration of equipment during high-load operation, and reduces production interruptions caused by equipment failures.
• General Manufacturing Industry: It is used for vibration monitoring of fans, motors and transmission gearboxes on various production lines. It helps factory maintenance teams grasp equipment health status in real time, formulate scientific maintenance plans, and improve overall production efficiency while reducing maintenance costs.