What is the braking distance of a China AGV during an emergency power loss

Understanding braking behavior and safe manual handling procedures is critical for warehouse safety, especially during power loss or emergency situations.

What is the braking distance of a China AGV during an emergency power loss.jpg


1. Braking Distance During Emergency Power Loss

Braking distance depends on AGV weight, speed, floor surface, and brake type. Typical values for mid-sized China AGVs (1–2 ton payloads) are:

AGV SpeedLoadFloor TypeBraking Distance
1 m/s (~2.2 mph)EmptyEpoxy0.5–0.7 m
1 m/sFullEpoxy0.7–1.0 m
2 m/s (~4.5 mph)FullPolished Concrete1.5–2.0 m

Tip: Always request the manufacturer’s certified braking test report for your specific AGV model.


2. Electromagnetic Brake Default Behavior

  • Most AGVs use fail-safe electromagnetic brakes: default state when power is lost is locked.

  • During normal operation, brakes are released via RCS commands.

  • Some models have dual-redundant brakes for heavy loads or critical lifts.

This prevents uncontrolled rolling in power-loss scenarios.


3. Moving a Dead AGV Manually

If an AGV loses all power and blocks an aisle:

  • Manual release lever: Unlock the brake via side panel or under-cover lever.

  • Tow bar: Use factory-supplied tow eye with forklift or hand trolley if allowed.

  • Powered cart: Another AGV or tug can reposition safely if protocols permit.

Important: Never attempt to roll an engaged brake manually—it may cause permanent damage.


4. Manual Release Mechanism Checklist

  • Location: Side panel, battery compartment, or near caster wheels.

  • Operation: Mechanical lever or key turn; may require neutral mode or lock pin removal.

  • Documentation: Supplier must provide step-by-step instructions in the US user manual.


5. Skidding Risk on Smooth Floors

  • Even with electromagnetic brakes, epoxy, polished concrete, or wet floors increase skid risk.

  • Factors: AGV speed, load, tire material (polyurethane vs. rubber), floor slope.

  • Mitigation Strategies:

    • Reduce max speed in critical zones

    • Use high-friction tires

    • Regular brake inspection & adjustment

    • Optional: Floor traction mats in high-risk areas


✅ Key Takeaways

  • Braking distance varies with speed, load, and floor type; always refer to manufacturer data.

  • Fail-safe electromagnetic brakes lock by default during power loss.

  • Manual brake release is critical for emergency aisle clearance.

  • Skid risk exists on smooth floors—mitigate with speed limits, tire choice, and floor traction improvements.

  • Train US staff on emergency procedures, including safe handling of dead AGVs.


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