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CAT D10R Machine Visibilty Distances where visibility lines intersect machine reference lines A=1m B=2.4m y x w Machine Reference Points y = Machine Centre x = Front Sprocket w = Rear Sprocket =0.5m SSS SPILLARD SAFETY SYSTEMS SPILLARD SAFETY SYSTEMS Area of blind spot at 1metre high ©2001 Spillard Safety Systems Limited. All Rights Reserved A B 14.65m

D10 forward view study - Spillard Safety Systems · PDF fileCAT D10R Camera Visibility Distances from blade to first view through camera A=3.6m y x w Machine Reference Points y = Machine

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CAT D10R

Machine Visibilty

Distances wherevisibility lines intersectmachine reference linesA=1mB=2.4m

y

x

w

Machine Reference Pointsy = Machine Centrex = Front Sprocketw = Rear Sprocket

=0.5m

SSSSPILLARD SAFETY SYSTEMSSPILLARD SAFETY SYSTEMS

Area of blind spot

at 1metre high

©2001 Spillard Safety Systems Limited. All Rights Reserved

A

B

14.65m

CAT D10R

Mirror Visibility

Distances where visibilityareas intersect machinereference linesA=6.8mB=5.2m

y

x

w

Machine Reference Pointsy = Machine Centrex = Front Sprocketw = Rear Sprocket

=0.5m

SSSSPILLARD SAFETY SYSTEMSSPILLARD SAFETY SYSTEMS

©2001 Spillard Safety Systems Limited. All Rights Reserved

A

B

Area of vision

through

convex mirrors

CAT D10R

Camera Visibility

Distances from blade tofirst view through camera

A=3.6m

y

x

w

Machine Reference Pointsy = Machine Centrex = Front Sprocketw = Rear Sprocket

=0.5m

SSSSPILLARD SAFETY SYSTEMSSPILLARD SAFETY SYSTEMS

©2001 Spillard Safety Systems Limited. All Rights Reserved

Forward Camera Mounted on roof

Area of vision

through

camera system

Area of vision

through

camera system

A

CAT D10R

Enhanced Visibility

y

x

w

Machine Reference Pointsy = Machine Centrex = Front Sprocketw = Rear Sprocket

=0.5m

SSSSPILLARD SAFETY SYSTEMSSPILLARD SAFETY SYSTEMS

Area of blind spot

at 1metre high

©2001 Spillard Safety Systems Limited. All Rights Reserved

14.65m

Area of vision

through

convex mirrors

Area of vision

through

camera system