Bently Nevada 3500/93-01-00-00 System Display Interface I/O Module

Function Features

• Intuitive and Comprehensive Data Visualization: It is equipped with an LCD screen that can real – time display key operating parameters of equipment such as vibration amplitude, phase, rotation speed and temperature. It also presents alarm information and data trend graphs clearly, allowing operators to grasp the equipment’s operating status intuitively and quickly.
• Flexible Configuration and Easy Operation: Users can create configuration files on a computer with dedicated software and download them to the module through the Ethernet connection. It supports optional displays/keyboards, enabling on – site viewing of channel information and minor configuration adjustments, and it can also operate independently as a standalone component.
• Reliable Data Transmission and System Integration: It supports multiple mainstream industrial communication protocols and can directly transmit static variables, event lists and time – date information to various Modbus clients. The network redundancy function ensures continuous data transmission when network components fail, and the encrypted communication option prevents data tampering or theft during transmission.
• Diversified Output and Alarm Response: The relay outputs can be programmed to switch on or off according to the normal, alarm and dangerous states of the monitored channels. The 4 – 20 mA recorder outputs can transmit data of any variable from any channel, realizing timely feedback and response to equipment abnormalities.
• Versatile Installation Adaptability: It supports panel mounting and rack mounting, which can flexibly fit into different industrial site layouts and installation space constraints without affecting its functional performance.

Application Scenarios

• Power Industry: It is widely used to monitor rotating machinery such as generators, steam turbines and boiler auxiliary pumps in thermal power and hydropower plants. It continuously displays parameters like bearing vibration and rotation speed, helping technicians detect potential faults early and avoid unplanned power outages.
• Oil and Gas Industry: It monitors equipment such as compressors, centrifugal pumps and turbines in oil refineries and natural gas processing plants. It adapts to high – pressure and high – temperature working environments and provides real – time data support for the stable operation of the equipment, reducing the risk of media leakage accidents.
• General Manufacturing Industry: It is deployed on production lines to monitor precision machining tools, assembly line motors and gearboxes. Through real – time monitoring of vibration and temperature parameters, it provides a basis for predictive maintenance of equipment, improves production line stability and increases product qualification rates.
• Mining Industry: It is installed on mining machinery such as crushers and mine water pumps. It can withstand harsh environments with much dust and large temperature changes, and realizes real – time monitoring of equipment operation, ensuring the safety of underground and open – pit mining operations.
• Metallurgical Industry: It is applied to monitor key equipment including blast furnace blowers and rolling mill motors in steel plants. It records and displays data such as motor vibration and bearing temperature in real time, helping technicians adjust production processes in a timely manner and reduce production losses caused by sudden equipment failures.