Mining
Catch conveyor, idler, and drive heat before a remote failure costs you $1,800 a minute
AVIAN delivers continuous thermal monitoring of conveyor infrastructure, drives, and transfer points — condition-based alerts on idler seizure, bearing heat, and friction events before they become belt fires or production shutdowns.
A single conveyor failure can cost more per minute than the equipment is worth
Transfer stations account for 80–90% of all belt failures in mining. A seized idler generates enough friction to ignite coal dust or destroy belt sections in seconds.
$1,800+/min
unplanned conveyor downtime cost in lost production
80–90%
of belt failures occur at transfer stations
Where seized idlers and friction turn into belt fires and production shutdowns
In mining, failures start in remote structures and moving equipment. The goal is to catch them while the event is still isolated and controllable — before the belt is destroyed.
Conveyor idler and roller seizure
A seized idler creates friction with the moving belt that can reach ignition temperature. AVIAN flags the thermal trend before the roller reaches red-hot.
Belt fires at transfer stations
Transfer points concentrate friction, misalignment, and material buildup. Heat at a transfer station can destroy belt in seconds and spread into surrounding infrastructure.
Drive and motor overheating
Motors, gearboxes, and drives in remote locations can overheat for hours before a manual inspection finds them. By then, the belt is damaged and the line is down.
Dust ignition in enclosed conveyors
Coal dust and mineral fines in enclosed conveyor structures can ignite from a single hot component. Thermal monitoring adds a detection layer in the spaces that are hardest to walk.
Where seized idlers and friction turn into belt fires and production shutdowns
In mining, failures start in remote structures and moving equipment. The goal is to catch them while the event is still isolated and controllable — before the belt is destroyed.
Conveyor idler and roller seizure
A seized idler creates friction with the moving belt that can reach ignition temperature. AVIAN flags the thermal trend before the roller reaches red-hot.
Belt fires at transfer stations
Transfer points concentrate friction, misalignment, and material buildup. Heat at a transfer station can destroy belt in seconds and spread into surrounding infrastructure.
Drive and motor overheating
Motors, gearboxes, and drives in remote locations can overheat for hours before a manual inspection finds them. By then, the belt is damaged and the line is down.
Dust ignition in enclosed conveyors
Coal dust and mineral fines in enclosed conveyor structures can ignite from a single hot component. Thermal monitoring adds a detection layer in the spaces that are hardest to walk.
Where AVIAN watches
Thermal coverage for the assets manual rounds miss
Mining heat events often start on moving equipment spread across long, remote, or enclosed infrastructure. AVIAN focuses cameras where heat can destroy belt, ignite dust, or stop production.
Conveyor idlers and rollers
Identify rollers trending hot before seizure creates belt friction, material ignition risk, or structure damage.
Transfer stations and loading points
Watch the concentrated friction, misalignment, and buildup zones where many belt problems begin.
Drives, motors, and gearboxes
Monitor drive houses and remote equipment for thermal drift long before a person can reach the location.
Enclosed galleries and dusty structures
Add continuous visibility in hard-to-walk areas where coal dust, fines, and hot components can overlap.
From remote heat to control-room action
Shorten the time between a hot idler and a real response
In mining, detection is only useful if the signal reaches the team before the belt is damaged. AVIAN connects the thermal event to the response workflow.
Watch
Monitor remote structures
Cameras cover conveyors, transfer stations, drives, and enclosed galleries without relying on inspection timing.
Detect
Catch friction heat
AVIAN flags idler seizure, belt rub, motor heat, and transfer-point hotspots while the event is still isolated.
Alert
Escalate to the control room
Operators get location and context fast, even when the problem is far from the nearest worker.
Act
Dispatch or stop the belt
Teams can inspect, dispatch maintenance, slow the line, or integrate with control logic before a belt fire develops.
Proof and resources
Field examples and practical guides
Conveyor Belt Misalignment: Infrared Monitoring Spots It Early
A belt that walks offcenter does not fail all at once. It rubs. Idlers run hot. The edge wears. Then you are buying new belting, paying overtime, and explaining lost output to the people upstairs.
Thermal Imaging vs. Vibration Sensors: What They Miss
Vibration monitoring has been the standard for predictive maintenance in heavy industry for decades. Companies like Waites and AssetWatch have built strong businesses around it. Attach a sensor to a motor. Measure vib...
How PLC Auto Stops Work with AVIAN Thermal Cameras
Most autostop conversations start in the wrong place.
Belt misalignment and thermal monitoring
How thermal cameras catch rubbing belts, friction heat, and mechanical drift earlier.
Stockpile fires and infrared monitoring
Where thermal monitoring fits for smoldering material and retained heat hazards.
Thermal imaging vs vibration sensors
How thermal monitoring complements condition monitoring programs on critical assets.
FAQ
Questions teams ask before they deploy AVIAN
Where should mining operations deploy thermal cameras first?
The strongest starting points are transfer stations, conveyor drives, idlers, enclosed galleries, and remote structures where friction heat can damage belt or ignite dust before manual inspection catches it.
Can thermal monitoring work on long conveyor runs?
Yes. Cameras are positioned around the highest-risk points on the conveyor system rather than every foot of belt. The layout usually prioritizes transfer points, drives, loading areas, and hard-to-access structures.
Does AVIAN replace belt protection or fire suppression systems?
No. AVIAN complements existing protection by adding an earlier thermal signal. It helps teams see abnormal heat before a late-stage fire, suppression event, or belt damage.
Can alerts connect to the control room or PLC?
Yes. AVIAN can route alerts to operators and maintenance teams, and PLC integration is available when a site wants high-temperature events tied to alarms, interlocks, or automatic stops.
Our Mining Package
One system watching your conveyors, drives, and transfer stations across the site.
Built for mining operations that need earlier warning on heat events across long conveyor runs, remote transfer stations, and drive houses.
Coverage
Cover conveyor runs, transfer stations, and remote drive houses across the entire operation
Thermal cameras are positioned across conveyor galleries, transfer stations, drive houses, and critical equipment — focused on the zones that are hardest to supervise and most expensive when they fail.
Detection
Catch idler seizure and friction heat before it becomes a belt fire
AVIAN tracks thermal behavior across your conveyor infrastructure so a seized idler, overheating drive, or friction event is flagged while the fix is still a dispatch — not a shutdown.
Response
Route alerts to your control room fast — no matter how far the problem is from the operator
Your team gets setup support, alerting, and ongoing tuning so heat events are escalated quickly — without waiting for someone to physically reach the structure and confirm the problem.
Core AVIAN workflows
Go deeper on how AVIAN turns heat into action
AI thermal anomaly detection
How AVIAN spots abnormal heat before it becomes downtime or fire.
Thermal monitoring integrations
How alerts fit operator, maintenance, reporting, and control workflows.
Fire prevention and predictive maintenance
Why the same heat signal supports safety and reliability teams.