Operation
Locking
and
unlocking
the
unit
IMPORTANT
:
The
drawers
must
be
fully
closed
before
locking / unlocking
the
unit
.
7
2
□
To lock the unit, insert
the
key (I)
into the lock (J) and
turn
□
To unlock the unit, insert
the
key (I)
into the lock (J) and
it one quarter turn counterclockwise. Then remove the key.
turn
it one quarter turn clockwise. Then remove the key.
To raise the work surface, turn the crank handle
clockwise until it reaches the desired height or
Insert the crank handle (K) into the shaft near the Husky
To
lower the work surface, turn the crank handle
When fully lowered, remove the crank handle and
badge and align it in the hole until it is engaged.
place the crank cap back over the shaft.
rests back on top of the rolling cabinet.
Adjusting the height of the
wood top work surface
counterclockwise to
the desired height (38 in.-48 in.)
□
□
□
□
1
Some minor squeaking is normal when operating the crank.
NOTE:
To avoid damage, do not keep turning the crank handle once
it has rested on top of the cabinet.
□
WARNING
:
There is no storage in the center tray.
Use front and back trays only for storage.
K
I
Make sure the handle is in the proper position as the drawer
may interfere with the handle when you open drawer.
3
HUSKYTOOLS.COM
Please contact 1-888-HD-HUSKY for further assistance.
□
Pull the
slides
and
slide
carrier
out until
fully
extended
.
□
Hold
the
slide
on
the
cabinet
while
aligning
it
with
the
slide
on
the
drawer
.
□
□
Slowly
push
the
drawer
until
it
is
fully
closed
to
engage
the
slide
.
□
Open
the
drawer
and
close
it
Slightly insert one side and repeat for the other side.
Removing/installing
the
drawers
□
Fully
extend
and
empty
the
drawer
.
4
□
On the slide, lift up the plastic release lever on one slide
and push down the plastic release lever
on the other slide. Gently pull the
Removing the drawers -
Installing the drawers -
to
verify
proper
operation
.
drawer out so the slides can ride
Installing the drawer liners
□
Place the drawer liners (M) in appropriately-sized
drawers to protect the surface.
M
over the stops.
