KUC321AE HIEE300698R0001 Control module

The table on page 5 summarizes the enormous selection of measurement types available in the 3500. This allows it to be applied to an extremely wide-range of rotating and reciprocating machinery in many industries. Below are just a few of the more common applications that can be easily addressed by the 3500 System. If your specific machine doesn’t appear on the list, just ask us. Chances are, our applications engineers have already developed a solution that’s right for you. And, with our extensive custom applications capabilities, we can easily modify off-the-shelf 3500 solutions to handle your nonstandard applications and signal processing requirements.

System 1† , connected to your 3500 Monitoring System, delivers the comprehensive machinery wide diagnostic HMI capability users need to make informed decisions on how to proactively manage their machinery

Connectivity

 Seamless connectivity to Bently Nevada’s 3500 machinery protection system with full access to available trend, waveform, and event data. Standard integration to control system PLCs through OPC DA protocol with full access to applicable process data, first-outs, permissives, surge control, and set points. Visualization and management Complete Diagnostic HMI desktop-based application, designed to enable rich HMI overviews, extensive trend diagnostics, vibration analysis, and proactive condition monitoring.

Plant-wide scalability 

Ability to scale connectivity beyond 3500 and the control system to monitor more machinery leveraging other Bently Nevada online, scanning, or portable devices in the same System 1 platform. Comprehensive diagnostic HMI implementation Standardized & holistic machinery configurations based on Bently Nevada best practices for vibration and process data. Standard data connectivity (OPC, 3500, etc.) for overall machine and key sub-systems (vibration, lube, seal, surge, etc.). Optional hosted and/or remote monitoring Access to Bently Nevada machinery experts through standardized remote monitoring.