Condition Monitoring
Monitor and maintain mission-critical machines, infrastructure, and spaces
MACHINE MONITORING
Adding sensors on to existing equipment to track vibration, voltage, and current provide both real-time long-term machine health monitoring. The collected data can be used to provide alerts to technicians to check up on machines before they break down and better plan predictive maintenance.
Manager-level analytics can help reduce machine downtime by displaying historic trends, identifying machine under-utilization, and tracking hours of use.
We provide you with a seamless, integrated, modular solution from the moment of deployment. The provided map-based dashboards provide access to real-time status updates across your shop.
Modernize Legacy Machines
Retrofitting older systems that would not have initially had monitoring allows you to track metrics of interest.
Gain Valuable Insights
Combining data across multiple platforms into one cohesive ecosystems allows for better insights.
Centralized Reporting
With a comprehensive view of your systems, you can better understand usage and proactively plan for maintenance across your shop.
Bridging the Digital-Physical Divide
Once the M1 Platform is deployed for HVAC optimization, you can layer in more hardware and software, allowing you to centralize, monitor, and analyze data from systems across your campus.
Vibration
Monitor peak frequency, displacement, velocity, and acceleration, on motors.
Current
Identifying current spikes and increased current usage on the grid or within equipment.
Voltage
Tracking voltage across your system.
Air Quality
Track metrics including CO₂, particulate matter, and humidity for health and safety.
Air Flow
Differential pressure across air filters can indicate when filters need to be changed.
Work Order Management
Automate the creation of work order tickets based on sensor readings to optimize personnel time.
Build an Ecosystem! Choose From
What kinds of metrics can I get?
Machine Hours Metering.
Using current meters, our analytics dashboard can provide summary information on idle time versus run time to help you plan for maintenance proactively.
Motor Vibration Statistical Analysis.
Tracking the vibration of a motor over time can give early indicators of potential problems, so you can identify malfunctions before they become critical.
Air Filter Replacement Optimization
Recording the differential air pressure across air filters over time can keep you from changing them too early, reducing waste, or too late when they are straining your fan motors.
Customized Alerts on Current Spikes.
Our analytics dashboards can distinguish between motor start-up spikes and mid-use current spikes, flagging the latter for proactive investigation before your systems get damaged.
