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3. Y1_____
Y2_____ Y3_____ Y4_____ Y5_____ Y6_____ Y7_____ Y8_____
Y9_____ Y10_____
Provide a minimum of one Y
dimension measurement, from the top of the rail to
the top of the dock utilizing a line
level and string, for each
dockboard location.
4._____________ Identify the narrowest car door to
be encountered at this site (range from 6'-20').
5.____________ Will cargo loading/unloading practices
prevent a minimum of 8" of railboard lip from
resting on the
railcar
floor? If yes, explain:
6.____________
Are there any modifications to the car door or car
floor (any projections)? If yes, explain:
Dock
Details:
7.____________
Is the face of the dock square? If no, explain:
8.____________
Identify any dock projections within 10" of the
top of the dock surface.
9.____________
Provide width of the narrowest opening that the dockboard
must pass through.
Others:
10.___________
Identify the types of equipment / attachments used
to travel across the railboard.
11.___________
Identify the load capacity of the equipment used for
this application.
12.___________
Provide desired dockboard width. The dockboard should
be 2 to 4 inches less than the minimum
car
door width encountered at this site.
13.___________
Provide desired dockboard flare width. Flare, if desired,
provides a dockside lip of greater width
than the carside lip. X dimensions
less than 48" can prevent flare.
14.___________
Does the customer prefer Lift Chains or Lift Loops?
(Consider Forklift attachments)
Site location:____________________________________________________________________________
Date Submitted:______________________________
Salesman:____________________________
Dealer:_____________________________________
Phone:______________________________
City/State:___________________________________
Fax:________________________________
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