08Sep
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28Aug
Common Mistakes in Integrating Bently Nevada with PLC/DCS
Common Mistakes in Integrating Bently Nevada with PLC/DCS
Mistake 1: Ignoring Communication Protocols
28% of plants skip protocol checks. This leads to unstable data flow. Always confirm Modbus, OPC, or Ethernet support. Compatibility checks cut failures by 40%.Mistake...
06Aug
How to Optimize Your Industrial Control System Performance Using Bently Nevada and PLC/DCS Technologies
Industrial Control Systems: Performance Challenges & Solutions
Industrial Control Systems (ICS) form the backbone of modern manufacturing, with Programmable Logic Controllers (PLCs) and Distributed Control Systems (DCS) managing over 78% of critical production lines globally. Yet unexpected...
30Jul
Why Industrial Control Systems Fail — And How Bently Nevada Helps Fix It
Why Industrial Control Systems Fail — And How Bently Nevada Helps Fix It
Discover the root causes of ICS failures and learn how Bently Nevada improves reliability with predictive...
26Jul
Configuring Bently Nevada Equipment in a PLC & DCS Environment: Essential Insights
Introduction to Bently Nevada Integration
In industrial automation, accurate condition monitoring is critical. Bently Nevada proximity sensors measure shaft vibration down to 0.00787 mm (0.00031 in). When integrated with PLC and DCS platforms,...
21Jul
How to Optimize Industrial Automation with Bently Nevada and PLC/DCS
Engineering News: Optimizing Industrial Automation with Bently Nevada & PLC/DCS
Integrating High‑Precision Vibration Monitoring
Industrial facilities experience on average 20% fewer unplanned shutdowns when vibration sensing is deployed...
15Jul
What You Need to Know Before Integrating Bently Nevada with Your Control System
What You Need to Know Before Integrating Bently Nevada with Your Control System
Introduction
First, industry demands 99.9% equipment uptime. Next, integration prevents $22,000/min downtime. Finally, engineers must...
12Jul
What Every Maintenance Engineer Should Know About Bently Nevada Sensor Calibration
Understanding the Importance of Sensor Calibration
Sensor calibration ensures that output values match real-world measurements. It is critical for accuracy and system reliability.If neglected, readings may deviate by up to ±10%, leading to missed faults or false...
09Jul
How to Select the Right Condition Monitoring Solution for Critical Rotating Machinery
Understanding the Importance of Condition Monitoring
Unexpected equipment failures cause nearly 40% of unplanned downtime.Failures in rotating machinery can cost over $100,000 per hour.Condition monitoring can reduce failure risks by up to 60%.It also improves energy efficiency...
05Jul