Autoquip Q-LIFT - Manual (Page 17)

17
4.2 Shimming And Anchoring Lift To Concrete
Recommended concrete anchor bolts are: HILTI “Kwik-Bolt”, Molly Parabolt or similar.
1. Verify lift is positioned correctly.
2. Drill holes in concrete as specified by anchor bolt
manufacturer.
3. Install and tighten anchors as specified by anchor bolt
manufacturer.
4. After lift has been aligned, leveled and shimmed, and
anchors have been installed, pour grout under entire
base frame.
5. When grout has set and cured, tighten nuts on anchor
bolts.
6. Route hydraulic hose or electrical cord through conduit
in pit wall.
4.3 Remote Power Unit Installation
1. The remote power unit is to be located in an area protected from the elements and should be
installed prior to the lift to facilitate lift operation during installation into the pit.
2. The remote contractor power unit is equipped with power unit mounting brackets and can be wall
or floor mounted using these brackets. If equipped with a vertical power unit, optional power unit
mounting brackets must be used for wall mounting.
3. The electrical work is to be done in accordance with local codes by a qualified electrician. See the
“Maintenance” section for the standard wiring diagram.
4. If permanent electrical work is not complete, some means of temporary power with an on/off device
for the motor will be required.
5. Fill the reservoir with oil per instructions in the "Maintenance” section.
4.4 Power Unit Wiring
4.4.1 Intermittent Remote Power Unit
1. The Intermittent Power Units utilize a 1-½ or 5 HP / 208-230-460 Volt / 60 hertz / 3 phase “Super-
Torque” intermittent duty motor with (one full lift cycle per 2 minute period) driving a high pressure
positive displacement pump assembly with an internal relief valve, check valve and down solenoid
valve.
2. Because an Autoquip "Super-Torque" motor actually delivers substantially more horsepower than
the nameplate rating, it must always be wired for heavier current-draw than standard motors of the
same nameplate rating. However, because of the "Super-Torque" motor’s starting efficiency and