Bently Nevada 3500/44-01-00 Universal Equipment Monitor Module

Function Features

• Multi-Type Input and Output Capability: The module is equipped with 4 sensor inputs and 4 temperature inputs, and is compatible with a variety of mainstream sensors and temperature measurement elements on the market. It is equipped with multiple relay outputs and recorder outputs, which can simultaneously meet the needs of equipment monitoring, alarm triggering and data recording.
• Flexible Software Configuration: Users can easily configure the module through the 1900 configuration software. They can set the working parameters of each input channel, define the on-off logic of relay contacts according to equipment status, and assign monitoring variables for recorder outputs, which adapts to different monitoring requirements of various equipment.
• Seamless Industrial Network Integration: It supports Ethernet/IP, Profinet and Modbus and other industrial communication protocols. The Modbus gateway option enables it to directly transmit data to DCS, SCADA and PLC systems. It can also upgrade the communication function to meet the needs of different network environments.
• Reliable Network Redundancy and Security: It has network redundancy function. When some network components fail, it can maintain the continuity of data transmission. It also provides encrypted communication options to prevent data from being tampered with or stolen during transmission, ensuring the security and integrity of monitoring data.
• Independent and Customizable Alarm Settings: Each channel can set independent alarm and danger setpoints. The alarm state can be linked with multiple channels, and the software can flexibly configure the triggering conditions of the alarm. This ensures that maintenance personnel can be notified in a timely manner when any abnormal parameter occurs in the equipment.

Application Scenarios

• Power Industry: It is installed in thermal power plants, hydropower plants and wind farms to monitor the vibration and temperature parameters of generators, steam turbines and wind turbine main shafts. It provides continuous monitoring data for key power generation equipment, avoiding power supply interruptions caused by equipment failure.
• Petrochemical Industry: It is deployed in oil refineries and chemical plants to monitor the operating status of compressors, process pumps and transmission pipelines. It adapts to the high-temperature and corrosive environment of the petrochemical industry, and timely warns of abnormal vibration and temperature changes of equipment to prevent leakage and explosion accidents.
• General Manufacturing Industry: It is applied to the production lines of automobile parts, home appliances and other industries to monitor fans, gearboxes and motors. It helps factories grasp the running status of production line equipment in real time, formulate targeted maintenance plans, and improve production efficiency.
• Metallurgical and Mining Industry: It works in steel plants and coal mines to monitor the vibration and temperature of rolling mills, crushers and conveyor system motors. It can operate stably in dusty and high-load industrial environments, reducing production shutdowns caused by equipment damage.
• Building Materials Industry: It is used in cement plants and ceramic factories to monitor rotary kilns, grinding machines and other key equipment. It monitors the vibration and temperature changes of equipment during long-term high-intensity operation, ensuring the stability of the building materials production process and reducing the loss caused by sudden equipment failures.