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A level floor is suggested for proper installation. Small differences in floor slope
may be compensated for by proper shimming. Any major slope change will
affect the level lifting performance. If a floor is of questionable slope (more
than 3 degrees), considering to pour the new concrete slab.
7.5SITE LAYOUT
Determine which end of the lift will be approach side.
Determine which side the power-side runway (with the hydraulic cylinder attached) will be located on.
Remember that the power-side runway must be installed on the same side as the power-side column.
7.6 INSTALLATION OF RUNWAYS AND TRANSVERSE BEAMS
It is important to position the power-side runway (with the hydraulic cylinder)
on the same side as the power unit location.
The rails on each side must be installed to the inside.
Elevate runways off the floor with blocks of wooed to prevent any damage.
Pay attention that “T” fitting for air supply is closest to the power side of the lift.
Unpack the lift by removing all wrapping film
Place each runway in the predetermined location. Make sure that the rails on each side must be
installed to the inside. Payattention to the location of the power-side runway.
Place the front and rear transverse beams on each ends of runways. The runways and transverse
beams should be laid out. Make sure the accessories are installed in the runways before installation.
Make sure that the plastic slide blocks are in position.
Remove all covers on transverse beams.
Slide the steel cables from the end of power-side runway and route the cables though the transverse
beams referring to the routing diagram (fig. 12). Pay attention the cable “D” is for routing through the
power-side column. Make sure that the cables are not twisted during routing and routed on the correct
pulleys in runways.
