Bently Nevada 3500/42M 140734-02 4-Channel Proximitor and Seismic Vibration Monitoring Module

Function Features

• High-Efficiency 4-Channel Monitoring: The four independent channels can be programmed and configured separately. They can simultaneously monitor multiple measuring points of a single piece of equipment or different pieces of equipment, realizing comprehensive coverage of key mechanical parameters without the need for additional auxiliary modules.
• Rapid Alarm Response and Multi-Level Settings: It supports three-level alarm settings including OK, High and High-High. The alarm response time is less than 1 second. The relay output can be directly connected to the trip circuit of the DCS system or drive sound and light alarms, forming a multi-layered equipment protection mechanism.
• Strong Anti-Interference and Stability: It has high electrical isolation performance. The high isolation voltage can effectively prevent strong electric interference on the industrial site from intruding into the monitoring system, ensuring the stability and accuracy of signal transmission and measurement data in complex working environments.
• Convenient Fault Diagnosis and Maintenance: The front-panel LED indicators can clearly display the running state of each relay, power state and communication state. The built-in self-diagnostic function can check the signal path by itself, which allows maintenance personnel to quickly identify and locate faults without complicated detection steps.
• Seamless System Integration: It adopts a rack-mounted installation method that can be directly inserted into the 3500 rack slot. It is fully compatible with the 3500 series monitoring system, and its support for common industrial communication protocols enables smooth data interaction with various upper-level control systems.

Application Scenarios

• Power Generation Industry: It is used to monitor generators, steam turbines and water pumps in thermal power plants and hydropower plants. It focuses on tracking parameters such as shaft vibration and bearing acceleration of power equipment, ensuring stable operation of the power generation system and avoiding large-scale power outages caused by mechanical failures.
• Petrochemical Industry: It is deployed in refineries and chemical plants to monitor centrifugal compressors, pipeline pumps and turbines. It can work stably in harsh environments with flammable and explosive risks, and timely detect abnormal vibration of equipment to prevent leakage and explosion accidents caused by mechanical damage.
• Metallurgical Industry: It is applied to monitor blast furnace blowers, rolling mills and induced draft fans in steelmaking and ironmaking workshops. It withstands high-temperature and dusty working conditions, monitors the operating status of key rotating equipment, and avoids production line shutdowns caused by sudden equipment failures.
• General Manufacturing Industry: It is used for vibration monitoring of motors, transmission gearboxes and fans on various production lines. It provides continuous and reliable parameter data, helps formulate scientific maintenance plans, and improves the overall operational efficiency of the production lines.
• Mining and Cement Industry: It is installed on mining machinery and cement production equipment. It monitors the vibration and displacement of key components of the equipment under heavy-load and high-intensity operating conditions, extends the service life of the equipment, and reduces the impact of equipment failures on production schedules.