Advanced Engine Monitoring Systems for Industrial Efficiency
Maximize equipment performance and minimize downtime with our engine monitoring technologies designed for demanding industrial use
Advanced Engine Monitoring for Industrial Efficiency
Engine monitoring systems are essential tools for real-time diagnostics, performance optimization, and predictive maintenance across various industries. These systems are designed to track key metrics like vibration, temperature, pressure, and acoustic signals in internal combustion engines, turbines, and generators. By identifying early signs of wear, imbalance, or failure, they help organizations proactively manage maintenance and prevent costly downtimes.
At Noise Vibration Monitoring, we serve B2B clients across North America by offering cutting-edge engine monitoring technologies tailored for manufacturing, transportation, oil and gas, and power generation sectors. Headquartered in San Francisco, CA, our team combines precision hardware with expert engineering support to deliver robust, scalable, and reliable solutions
1. Hardware Components
- Clamp Meters – Used for measuring engine current flow and identifying irregular electrical loads in real time.
- Hydrogen Sulfide Gas Detectors – Detects hazardous emissions near engines, particularly in enclosed or industrial settings.
- Motion & Position Sensors – Captures vibrational shifts, misalignments, and dynamic movement patterns of engine parts.
- On-Premises Edge – Enables local processing of engine sensor data, ensuring low-latency decision-making.
- Digital Oscilloscopes – Visualizes complex electrical waveforms to diagnose ignition faults and waveform irregularities in engine performance.
Software and Cloud Services
While our primary focus is hardware, many systems interface with secure software platforms for advanced analytics, data visualization, and alarm triggers. These integrations allow fleet managers and engineers to access dashboards remotely, set thresholds, and generate maintenance logs
Key Features and Functionalities
- Real-time Vibration and Acoustic Tracking
- High-Fidelity Temperature & Pressure Monitoring
- Early Fault Detection and Alerts
- Data Logging with Timestamped Trends
- Portable and Ruggedized Units for Harsh Environments
- Wireless Connectivity for Engine-mounted Components
Integrations and Compatibility
Our engine monitoring solutions are designed to integrate easily with:
- SCADA Systems
- Industrial PLCs
- CAN bus and MODBUS Protocols
- Remote IoT Platforms via Zigbee or Cellular IoT
- Smart Maintenance Systems and CMMS
Benefits
- Reduced Equipment Downtime
- Improved Engine Lifespan and Reliability
- Predictive Maintenance with Actionable Insights
- Improved Operational Efficiency and Fuel Economy
- Compliance with Industrial Safety Standards
- Minimized Risk of Catastrophic Engine Failure
Applications
- Oil & Gas Engine Monitoring (Drilling Rigs, Compressors)
- Power Generation (Backup Generators, Turbines)
- Rail and Marine Propulsion Systems
- Heavy-Duty Construction Equipment
- Fleet Vehicles and Industrial Engines
Industries Served
- Energy & Utilities
- Mining & Natural Resources
- Transportation (Rail, Marine, Automotive)
- Heavy Equipment Manufacturing
- Aerospace Ground Support
- Military & Defense
Relevant U.S. & Canadian Industry Standards
- S. Department of Transportation (DOT)
- SAE International Standards
- ASTM International Engine Testing Standards
- Transport Canada Regulations
Case Studies
Gas Pipeline Engine Monitoring
A Texas-based natural gas provider used our vibration and pressure sensor arrays combined with Zigbee end devices to monitor pipeline compressor engines in remote stations. They reported a 37% reduction in unplanned maintenance over 12 months.
Backup Generator Fleet Monitoring
A hospital system in Ohio integrated our modular monitoring kits into their emergency generator fleet. The real-time pressure and acoustic alerts allowed their facility team to address two pre-failure events, preventing possible service disruption.
Marine Tugboat Engines
A coastal marine operator in British Columbia deployed our thermocouple arrays and signal conditioners across their tugboat fleet. Enhanced diagnostics reduced engine overhaul frequency, saving approximately CAD 120,000 annually in maintenance costs
To learn more about our engine monitoring systems or discuss your specific needs?
Contact Noise Vibration Monitoring today. Our team is here to help you choose the right hardware and integration solutions for your engines and operations
