Control it like one.
Conveyor failures rarely stay in one place. Mistracking, carryback, spillage and belt damage often begin upstream of the visible problem. Tru-Trac identifies the originating zone and applies the correct engineered control — fixing the cause, not the symptom.
REF · TT-ZOC-01 · Conveyor system
- 5Operating zones of control
- 10Product families across the system
- 80+Countries running Tru-Trac
- 30+Years engineering conveyor components
02 / The five zones
Explore the five conveyor control zones.
Select a zone to see where failures start, what they affect, and which Tru-Trac families control it. Each zone opens to root causes and an inspection checklist.
Load & Transfer
Where many conveyor failures begin.
Off-centre loading, unstable impact and uncontrolled material flow create instability at the start of the belt. Poor containment here becomes belt damage, mistracking and spillage downstream.
Common failures
- Off-centre loading
- Unstable material impact
- Belt sag at the load point
- Spillage at transfer
- Mistracking after loading
03 / The failure loop — and how to break it
A failure rarely stays where it starts. Left uncontrolled, one zone drives the next — and the fault returns as repeat downtime, wear and cost.
Hover or click a stage to see the operational impact.
Cycle length
7 stages
Each zone failure compounds the next.
Cycle behaviour
Repeats
Without engineered control, the same fault returns harder.
Stage 01 of 07
Load Zone Misalignment
Operational Impact
- Early wear and damage
- Higher maintenance costs
- Increased safety risk
Tru-Trac Solution
Correct loading alignment and control the upstream cause to keep the belt centred for the full run.
Assess the load zoneWhen controlled
Broken
Engineered control at the originating zone stops the cascade.
Break it at the source — reactive vs controlled
Belt mistracks
Reactive — Adjust the tracker; it drifts again within a week.
Controlled — Diagnose the originating zone and correct the upstream cause.
Carryback fouls the return
Reactive — Replace cleaner blades; fouling returns within a month.
Controlled — Match cleaning specification to material and duty.
Belt scale drifts
Reactive — Recalibrate repeatedly; accuracy keeps moving.
Controlled — Inspect weigh-zone geometry before calibrating.
Belt edges damage
Reactive — Repair the edge; damage returns downstream.
Controlled — Find the contact source and correct tracking or structure.
Break the failure loop. Control the zones. Protect the system.
Tru-Trac engineers find the originating zone, apply the correct control, and replace reactive maintenance with planned conveyor performance.
Reduce downtime
Prevent unplanned stops.
Lower maintenance cost
Fix the cause, not the symptom.
Improve safety
Reduce risk and exposure.
Protect performance
Keep your conveyor running.
Start where the failure repeats
that gives you the most trouble.
Send us the belt that keeps failing. We assess the conveyor as a system, identify the originating zone, and recommend the engineered response — not just the last component that broke.
- Approach
- Conveyor as a system. Diagnose the originating zone.
- Output
- Engineered response specified to the duty
- Reach
- 80+ countries · 6 continents