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What is DynAPilot?
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Normal crane movements
create load swing
- Swing makes load positioning more difficult and slower
- Risk of damage to load, other equipment, or people increases
Conventionally the
swing has been damped by the driver
- Requires experience from several months to a year
- Swing damping slows down load handling
- Demands continuous attention from the driver
DynAPilot damps
swinging automatically
- Uses load height information and driver’s commands
- Optimal acceleration path is calculated
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Performance – Easy
& Fast to Operate
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Increased performance
through higher speeds and overlapped motions
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Easy to operate all
motions simultaneously both in manual and automatic operation modes
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Operator training time
reduced drastically
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Separate crane
operators are not required
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Bridge & trolley speeds
can be increased
- Normally increasing speed makes driving a crane difficult in a
limited space
- Operator can use full speed
on all motions, even when close to the walls
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Saves space
- Minimal safety zones needed => Whole storage area can be used
from wall to wall
- Mechanical or diagonal rope reeving is not required to dampen
the load
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DynAPilot control allows
operation of all motions simultaneously in both manual and automatic
operation modes
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Extended Equipment Lifetime
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Optimized acceleration
& deceleration reduces stress on components
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Reduced wear of
mechanical components (wire ropes, power cables, rope drums, brakes)
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Less burden on
travelling motors
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Less service breaks
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Longer hoist rope
lifetime
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Reduced load swinging
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Risk of grab damage is
reduced
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Low probability of the
grab colliding with walls or equipment
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Process Uptime &
Less Material Losses
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Higher availability
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Less damage to
equipment due to collisions
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Less breaks in process
due to damages
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Higher utilisation rate
in full automation
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Fewer user
interventions required
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Less shutdowns through
misuse of cranes
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Easier use & less
burden on operators reduces mistakes
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Less material losses
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Fewer collisions > less
damages to loads
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Safe & Comfortable
Working Conditions
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Operators remain fully
concentrated for longer
(The need for such intense concentration because of load swing
damping & controlling speed is negated)
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More human capacity to
concentrate on driving the crane and selecting safe travelling path
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Loss of concentration not so crucial
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Risks of swings reduced
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Less work related illness
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Less physical and psychological
stress on driver
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Increased safety
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Remote control from CCR
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§Less
breaks on production
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§Lower
maintenance costs
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§Less
damage & hazards
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§Less
wear of the equipment
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§Less
work related illnesses
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§More
reliable system
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DynAPilot
Delivers
Cost Savings |