Rotary 2000 Series User manual

SPOA10NB, SPOA10, SPO10
(2000 Series Lifts)
SPOA10NB, SPOA10, SPO10 Capacity 10,000 lbs. (4,536 kg.)
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Français Page 121
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© December 2023 by Vehicle Service Group. All rights reserved. CO12389.8
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LPRM2P7-10KS20
Rev. B 12.12.23
OPERATING CONDITIONS
Lift is not intended for outdoor use
and has an operating ambient temperature
range of
41°-104°F (5°-40°C)
IMPORTANT Reference ANSI/ALI ALIS,
Safety Requirements for
Installation and Service of Automotive Lifts
before installing lift.

2
Column Greasing:
Lifts are greased from the factory, however, it is advised to check and ensure that the columns are still greased when
installing the lift. Apply the grease to the columns by wiping on a thin layer and polishing with a rag. Only apply grease on
surfaces of the columns where the slider blocks make contact. Be careful not to apply too much grease, only a thin layer is
needed, wipe off excess.
2' 5"
(737mm)
7' 9-3/8" (2372mm) SPOA7*
7' 1-3/8" (2168mm) SPOA7 (Narrow Bay Setting)*
8' 3-3/8" (2524mm) SPOA7 With Hybrid Arm/Pad*, SPOA7 With Low Arms
SPOA7 Series
19-1/16"
(484mm)
2' 5"
(737mm)
9' 0" (2743mm) minimum
to nearest obstruction
15' 0" (4572mm) minimum
to nearest obstruction
APPROACH
6' 0" (1829mm) minimum to nearest
obstruction or bay. 7' 0" (2134mm)
minimum to nearest wall.
Power Unit Goes
on Passenger Side
Wheel Spotting Dish
*NOTE: Dimension is from Inside of Baseplate to Inside of Baseplate.

3
4' 3"
(1295mm)
8' 11-5/8" (2734mm) SPO10*
SPO10
15"
(381mm)
2' 5"
(737mm)
6' 0" (1829mm) minimum to
nearest obstruction or bay.
7' 0" (2134mm) minimum to
nearest wall.
11' 0" (3353mm)
minimum to nearest
obstruction
APPROACH
13' 0" (3963mm)
minimum to nearest
obstruction
Power Unit Goes
on Passenger Side
Wheel Spotting Dish
*NOTE: Dimension is from Inside of Baseplate to Inside of Baseplate.
2' 5"
(737mm)
7' 9-3/8" (2372mm) SPOA10
(Narrow Bay Setting Including BMW Models-5BX)*
8' 3-3/8" (2524mm) SPOA10*
9' 1-7/8" (2791mm) Wide SPOA10*
SPOA10 Series
19-1/16"
(484mm)
2' 5"
(737mm)
9' 0" (2743mm) minimum
to nearest obstruction
15' 0" (4572mm) minimum
to nearest obstruction
APPROACH
6' 0" (1829mm) minimum to nearest
obstruction or bay. 7' 0" (2134mm)
minimum to nearest wall.
Power Unit Goes
on Passenger Side
Wheel Spotting Dish
*NOTE: Dimension is from Inside of Baseplate to Inside of Baseplate. Fig. 1a
Fig. 1b

4
Fig. 1c
Fig. 1d
2' 5"
(737mm)
7' 9-7/8" (2384mm) SPOA10 Seismic Base Plate*
SPOA7 - SPOA10 Seismic Base Plate
7' 9-7/8" (2384mm) SPOA7 Seismic Base Plate*
21-7/8"
(556mm)
2' 5"
(737mm)
9' 0" (2743mm) minimum
to nearest obstruction
15' 0" (4572mm) minimum
to nearest obstruction
APPROACH
6' 0" (1829mm) minimum to nearest
obstruction or bay. 7' 0" (2134mm)
minimum to nearest wall.
Power Unit Goes
on Passenger Side
Wheel Spotting Dish
*NOTE: Dimension is from Inside of Baseplate to Inside of Baseplate.
4' 3"
(1295mm)
8' 6-1/4" (2597mm) SPO10 Seismic Base Plate*
SPO10 Seismic Base Plate
17-11/16"
(449mm)
2' 5"
(737mm)
6' 0" (1829mm) minimum to
nearest obstruction or bay.
7' 0" (2134mm) minimum to
nearest wall.
11' 0" (3353mm)
minimum to nearest
obstruction
APPROACH
13' 0" (3963mm)
minimum to nearest
obstruction
Power Unit Goes
on Passenger Side
Wheel Spotting Dish
*NOTE: Dimension is from Inside of Baseplate to Inside of Baseplate.

5
Fig. 2a
Fig. 2b
Fig. 2c Fig. 2d

6
1. Lift Location: Use architects plan when available
to locate lift. Fig. 1a, Fig. 1b, Fig. 1c, Fig. 1d, shows
dimensions of a typical bay layout.
2. Lift Height: See Fig. 3 for overall lift height of each
specic lift model. Add 1” min. to overall height to lowest
obstruction.
WARNING
DO NOT install this lift in a pit or
depression due to re or explosion risks.
3. Column Extensions: Before standing columns upright,
install the column extensions using (12) 3/8”-16NC x 3/4”
Carriage HHCS and Flanged Locknuts, Fig. 3, Fig. 2a, 2c,
and 2d.
Fig. 3
4. Latch Cable Guides: Install the latch cable conduit
guide brackets to column extensions with (1) 1/4”-20NC x
1” HHCS and 1/4”-20NC Flanged Locknuts, Fig. 2b. HHCS
should go through hole nearest the edge as shown, Fig. 2b.
5. Overhead Mounting Bracket: Install Mounting
Brackets to column extensions as shown, Fig. 3.
6. Lift Setting: Position columns in bay using dimensions
shown in Fig. 1a & Fig. 1b. Place column with power unit
mounting bracket on vehicle passenger side of lift. Both
column base plate backs must be square on center line
of lift. Notches are cut into each base plate to indicate
center line of lift. Use appropriate equipment to raise
carriage to rst latch position. Be sure locking latch is
securely engaged.
3/8"-16NC x 3/4" HHCS
& Flanged Locknut
Use (4) 3/8"-16NC x 3/4"
Carriage Bolts and
Flanged Locknuts in
front and (2) in the back
11' 8" (3556mm)
Top of Overhead
Assembly(std.)
11' 4" (3454mm)
Top of Overhead
Assembly
(Low Ceiling)
12' 0" (3658mm)
Top of Cylinder
68" rise lifts
Overhead Assembly
Mounting
Bracket
12' 6" (3810mm)
Top of Cylinder
71" rise lifts

7
Concrete and Anchoring:
If you are installing a seismic lift, consult with a structural
engineer and manufacturer’s representative for concrete
and anchoring requirements (varies by location). Fig. 4 and
the below table apply to non-seismic lifts only.
Fig. 4
Run nut down just below impact
section of bolt. Drive anchor
into hole until nut and washer
contact base.
Drill holes using 3/4” carbide
tipped masonry drill bit per
ANSI B212.15-1994 (R2000).
Construction dust collected
per OSHA 29 CFR 1926.1153.
Manually hand tighten
nut with torque wrench
to 110 ft.-lbs. (149 Nm).
10K 2-Post Lift Anchor Installation Reference Guide
Anchor: Min
Concrete
Thickness
Min Edge
Distance
Min Anchor
Embedment
Installation
Anchor Torque
(ft-lbs)
Min Concrete PSI
Strength - For All
Standards
Concrete pad
Size If Concrete
Does Not Meet
Requirements
Maintenance
Torque Values**
(ft-lbs)
SEISMIC
Hilti Kwik Bolt I
(3/4" x 5-1/2")
4-1/4"
(108mm)
6-1/4"
(159mm)
3-1/4"
(83mm)
110
(149Nm)
3000
(20684 kPa)
4'x4'x8"
(1219 x 1219 x
152mm)
65
(88Nm)
Varies by
location
consult with
your structural
engineer and
manufacturer’s
representative.
Power-Stud+SD1 4-1/4"
(108mm)
6-1/4”
(159mm)
3-1/4"
(83mm)
110
(149Nm)
3000
(20684 kPa)
4'x4'x8"
(1219 x 1219 x
152mm)
65
(88Nm)
Hilti HY200
Epoxy (with HAS
threaded rod)
3/4" Dia.
5"
(134mm)
2 1/4"
(57mm)
3-1/2"
(89mm)
100 (135Nm) / less
than 2-1/8" edge
distance use
Torque Value of
30 ft-lbs (41Nm)
3000
(20684 kPa)
4'x4'x8"
(1219 x 1219 x
152mm)
N/A
*The supplied concrete fasteners meet the criteria of the American National Standard
“Automotive Lifts - Safety Requirements for Construction, Testing, and Validation” ANSI/ALI ALCTV-2011, and the lift owner is responsible for all charges
related to any additional anchoring requirements as specied by local codes. Contact customer service for further information at: 800.640.5438

8
Non-Seismic Lifts:
Drill 3/4” dia. holes in concrete oor using holes in column
base plate as a guide. See Fig. 4 for hole depth, hole
spacing, and edge distance requirements.
CAUTION
DO NOT install on asphalt or other similar
unstable surfaces. Columns are supported only by anchors
in oor.
IMPORTANT
Using the horse shoe shims provided,
shim each column base until each column is plumb. If
one column has to be elevated to match the plane of
the other column, full size base shim plates should be
used (Reference FA5112 Shim Kit or FA5208 for seismic
lift shims). Recheck columns for plumb. Tighten anchor
bolts to an installation torque of 110 ft-lbs (149 Nm). Shim
thickness MUST NOT exceed 1/2” (13mm) when using the
5-1/2” (140mm) long anchors provided with the standard
lifts, Fig. 5. Adjust the column extensions plumb.
If anchors do not tighten to 110 ft-lbs (149 Nm) installation
torque, replace concrete under each column base. See
Figs. 5a and 5b.
NOTE: If more than 2 horse shoe shims are used at any of
the column anchor bolts, pack non-shrink grout under the
unsupported area of the column base. Insure shims are held
tightly between the baseplate and oor after torquing anchors.
Shims
1/2" Max.
(13mm)
Nut
Flat
Washer
Anchor NOTE: Use rectangular
shims at inside edge of
baseplate. Use
constructions adhesive
or silicon cement to
hold shim in place.
INSURE shims are held
tightly between base
plate and floor after
torquing anchors.
Fig. 5

9
FOUNDATION NOTES:
1. THE FOUNDATIONS HAVE BEEN DESIGNED BASED ON APRESUMPTIVE LOAD-BEARING VALUE OF 1500 PS
F
PER IBC SECTION 1806.AN INSPECTOR OR SOILS ENGINEER SHALL VERIFY LOAD-BEARING VALUE CAPACI
TY.
2. FOUNDATIONS SHALL BEAR ON PROPERLY PREPARED AND COMPACTED SOILS CAPABLE OF SUPPORTIN
G
2-POST LIFT (12 KIP MAXIMUM LOAD PER VERTICAL LEG OF LIFT) SURFACE LOADS.
3. PROTECT EXISTING UTILITIES AND STRUCTURES (OVERHEAD OR UNDERGROUND) WITHIN THE WORK
AREA AS WELL AS ANY EXISTING FOUNDATION SYSTEM(S).
4. FOUNDATIONS WERE DESIGNED UTILIZING KBC SECTION 1605'ALTERNATIVE BASIC LOAD COMBINATION
S'
WITHOUT THE 1/3 INCREASE IN THE ALLOWABLE BEARING PRESSURES DUE TO SHORT-TERM LOADING.
5. FOUNDATIONS SHALL BE PLACED ACCORDING TO THE DEPTHS SHOWN ON THE DRAWINGS. SHOULD SOIL
ENCOUNTERED AT THESE DEPTHS NOT BE APPROVED BY THE INSPECTOR OR SOILS ENGINEER,
FOUNDATIONELEVATIONS/DIMENSIONS MAY NEED TO BE MODIFIED BY THE ENGINEER. NOTIFY THE
ENGINEER OF RECORD IF THIS IS THE CASE.
6. NOT APPLICABLE FOR AREAS WITH SEISMIC DESIGN CATEGORY DOR GREATER.
CONCRETE NOTES:
1. CONCRETE COMPRESSIVE STRENGTH -PROVIDE CONCRETE WITH THE FOLLOWING STRENGTHS AT THE
LOCATIONS NOTED. MIX DESIGN, SLUMP, AIR ENTRAINMENT, AGGREGATE SIZE, ETC. SHALL BE IN
CONFORMANCE WITH THE ACI 301, LATESTEDITION.
LOCATION STRENGTH (PSI @28 DAYS)
SPREAD FOOTING PADS.......................................................................... 3000 PSINORMAL WEIGHT
2. REINFORCING STEEL-ASTM A615 GRADE 60.
3. FABRICATE AND PLACE REINFORCEMENT IN ACCORDANCE WITH ACI PUBLICATION SP-66, ACI
DETAILING MANUAL -LATEST EDITION.
4. PLACE CONCRETE IN COMPLIANCE WITH ACI 304. ALL CONCRETE SHALL BE MECHANICALLYVIBRATED.
5. REINFORCING SUPPORT -ALL REINFORCING SHALL BE ADEQUATELY CHAIRED/BOLSTERED.
LIFTING OR HOOK IS NOT PERMITTED.
Fig. 5a
NOTE: FIG. 5a and 5b were taken from drawing SPEC0475.
If you would like the drawing in cad form or PDF please
contact customer service.

10
2' -0" 2' -0"
CL
VERTICAL LEG OF LIFT
AS SPECIFIED
TYP
TYP
2
S-100
1 2
VARIES-SEE LIFT PLANS
2' -0" 2' -0"
E.
0"
LIFT BASE PLATE &
ANCHORS AS SPECIFIED
#4 x1'-6" SMOOTH DOWEL
@16" O.C. CENTERED
IN EXIST SLAB W/OUT ADHESIVE
CL
EQUAL EQUAL
6" EMBED
TYP
VERTICAL LEG OF LIFT
AS SPECIFIED
12 KIP MAX LOAD
EXIST FLOORSLAB-ON-GRADE
FIELD VERIFY THICKNESS
EXIST F.F.
3" CLR
TYP
2' -0"
MIN
2' -0"
MIN
NEW 6" MIN COMPACTED
CRUSHED STONE BELOW
FOOTPRINT OF FOUNDATION
VERIFY 1500 PSFMIN ALLOWABLE
BEARING PRESSURE
NEW 3,000PSI(28-DAY STRENGTH) MIN
CONCRETE FOUNDATION CENTERED
ON EACH LIFT BASE PLATE
W/ #4 BARS @10" O.C. EACH WAY
POSITION REINFORCING AS REQUIRED
TO MISS LIFT ANCHORS
8"
MIN
3" CLR
Fig. 5b

11
Fig. 6
7a. Overhead Assembly: Fig. 6: Adjust overhead to appropriate dimension. Install (4) 3/8”-16NC x 3/4” HHCS & 3/8”-16NC
Flanged Locknuts, do not tighten.
SPO10
3/8"-16NC x 3/4" HHCS
& Flanged Locknut
114"
(2896mm)
11-3/4"
(299mm)
SPOA10
3/8"-16NC x 3/4" HHCS
& Flanged Locknut
111-3/8"
(2829mm)
7-3/4"
(197mm)
7-3/4"
(197mm)
SPOA7
SPOA10NB
(Narrow Bay
Setting)
3/8"-16NC x 3/4" HHCS
& Flanged Locknut
105-3/8"
(2677mm)
7-3/4"
(197mm)
SPOA7NB
(Narrow Bay Setting)
3/8"-16NC x 3/4" HHCS
& Flanged Locknut
97-3/8"
(2473mm)
WIDE SPOA10
(4)3/8"-16NC x 1" Flanged HHCS and Flanged Nuts
3/8"-16NC x 3/4" HHCS & Flanged Locknut 13-1/16"
122"

12
Hardware Detail For Overhead Assembly
1/4"-20NC x 2-3/4" HHCS
2 Spacers
1/4" Lock Nut
Open Bar Side
HOLE
DETAIL
SPO10
SPOA7
SPOA10NB
SPOA10
1/4"-20NC x 3/4" HHCS
1/4" Lock Nut
1/4" Star Lock
Washer
1/4" Flat
Washer
Switch Box Side
Slide Switch Box over switch bar ensuring knock out
holes face the power unit column, Fig. 7 and Fig. 8. Use (2)
1/4”-20NC x 3/4” lg. HHCS, 1/4”-20NC Nuts and 1/4” Star
Washers to mount switch box to overhead, see Fig. 6a. For
SPOA10 Extra Narrow Bay Setting installation, see step 7b,
all others go to step 7c.
7b. For Extra Narrow Bay installation only: Cut off 11”
(279mm) from the length of the bar and cushion on the end
opposite the 1/4” mounting hole(s). Continue to step 7c.
7c. Continued Overhead Assembly:
For single phase and three phase lifts with push button
control box: Insert 1/4”-20NC x 2-3/4” HHCS through
pivot hole in end of switch bar. Insert opposite end of bar
through slot in switch mounting bracket. Then secure
HHCS and Switch Bar to overhead as shown, Fig. 6 and
6a, using (2) 3/4” (19mm) spacers and 1/4”-20NC Locknut.
Tighten Hex bolt leaving 1/16” (1.6mm) gap between the
spacer and the overhead assembly.
8. Overhead Installation: Install overhead assembly to
Mounting Bracket with (2) 3/8”-16NC x 3/4” Flanged HHCS,
(2) 3/8”-16NC Flanged Serrated Locknut, Fig. 6. Use middle
holes for SPO9/SPO10 and outside holes (marked L for Left
and R for Right) for SPOA7/SPOA9/SPOA10NB/SPOA10.
Tighten bolts at center of overhead assembly.
COVER NOT SHOWN
Fig. 6a
Fig. 7
Fig. 8

13
Overhead
Hose
Power Unit
(Short) Hose
Crimped Hose
Sleeve (Typical)
Branch Tee
Push nuts hold bolts to brackets.
Fill Breather Cap
Use (4)5/16"-18NC
x1-1/2" lg. Flanged
Locking HHCS
and Nuts
Fig. 9
9. Power Unit: Put the (4) 5/16”-18NC x 1-1/2” anged
Locking HHCS thru holes in power unit bracket using Push-
Nuts to hold in place, Fig. 9. Mount unit with motor up to
column bracket and install (2) 5/16” anged locking nuts.
Install and hand tighten Branch Tee to pump until O-ring is
seated. Continue to tighten the locknut to 10-15 ft-lbs (14-20
Nm), or until the nut and washer bottom out against the
pump manifold. NOTE: You may still be able to rotate the
Branch Tee. This is acceptable unless there is seepage at
the O-ring. If so, slightly tighten the locknut.
CAUTION
Over tightening locknut may tear O-ring or
distort threads in pump manifold outlet.
Fig. 10
3/8"-16NC Flanged HHCS
and Serrated Locknuts
P/N 40664
10. Hoses: Clean adapters and hose. Inspect all threads
for damage and hose ends to be sure they are crimped, Fig.
10. Install hose and hose clamps, Fig. 11, Fig.12 & Fig. 16.
Flared Fittings Tightening Procedure
1. Screw the ttings together nger tight. Then, using the
proper size wrench, rotate the tting 2-1/2 hex ats.
IMPORTANT
Flare seat MUST NOT rotate when
tightening. Only the nut should turn.
2. Back the tting off one full turn.
3. Again tighten the ttings nger tight; then using a
wrench, rotate the tting 2-1/2 hex ats. This will
complete the tightening procedure and develop a
pressure tight seal.
CAUTION
Overtightening will damage tting resulting in
uid leakage.

14
Adapter & Hose Installation (see Figs. 11 and 12)
1. Install Pc. (2) with metal hose clamps, on power unit
column side connecting it to the cylinder (1) rst.
2. Install Pc. (3) with plastic hose clamps starting at
opposite column cylinder (1) and working toward the
power unit column. All excess hose should be at bends
& inside overhead assembly. DO NOT try to use optional
column extension mounting holes when attaching hose
clamps. They will NOT work. Use lower set of holes.
3. Install Pc. (4) into power unit.
4. Connect Pc. (2) & Pc. (3) to Tee (4).
1
2
6
4
6
FRONT
Hose runs down
approach side to
cylinder on left column.
Cylinder bleeders
Torque values
15 ft-lbs. (20Nm) Min.
20 ft-lbs. (27Nm) Max.
*
*
*
*
**
##
# #
6
5
3
3
5
1
NOTE: Route Power Unit hose inside columns using slots
provided at column base, Fig. 14. Route Overhead Hose in
column channel on outside of column, Fig. 14. Overhead
hose goes over top end of overhead assembly, Fig. 12 & Fig.
16a & Fig. 16b.
11. Equalizing Cables
A) Refer to Fig. 13 for the general cable arrangement.
First, run a cable end up through the small hole in the
lower tie-off plate. Fig. 15.
B) Push the cable up until the stud is out of the carriage
top opening.
C) Run a nylon insert locknut onto the cable stud so 1/2”
(13mm) of the stud extends out of the locknut.
D) Pull the cable back down, Fig. 15.
ITEM QTY. DESCRIPTION
1 2 Hydraulic Cylinder
2 1 Power Unit Hose
3 1 Overhead Hose
4 1 Branch Tee
5 2 Metal Hose Clips
*6 3/8-16NC x 3/4” lg. Carriage Bolts
*6 3/8”-16NC Flanged Locknuts
6 8 Plastic Hose Clips
#4 3/8-16NC x 3/4” lg. Flanged HHCS
#4 3/8”-16NC Flanged Locknuts
Fig. 11
Fig. 12
1st Cable
2nd Cable
Upper Sheaves
Lower Sheaves
Fig. 13
Fig. 14
Hose Slot and Hose
Attach hose to column
using 3/8"-16NC x 3/4"
Carriage Bolts, Flanged
Locknuts, and Hose Clips
Sheave Cover

15
Upper Cable Tie Off
& 5/8" Nylon Insert
Locknut
Lower Cable Tie Off
& 5/8" Nylon Insert
Locknut
3/4"(19mm)
SCHEDULE 40
steel pipe spacer
for Narrow Bay
and/or Low Ceiling
Provided By Installer
The lengths required for pipe spacers
are as follows (NB = Narrow Bay and
LC = Low Ceiling):
SPOA7NB or LC= 8" (203mm)
SPOA7NB & LC = 16" (406mm)
SPO10LC or SPOA10LC = 8" (203mm)
SPOA10NB = 6” (153mm)
SPOA10NB & LC = 14” (356mm)
Fig. 15
E) Run cable around the lower sheave, then up and around
overhead sheave and across and down to the opposite
carriage, Fig. 13. Install sheave cover, Fig. 14.
F) Fasten the cable end to the carriage upper tie-off
bracket, Fig. 15. Tighten the locknut enough to apply
light tension to the cable.
G) Repeat procedure for the second cable. Complete lift
assembly. Adjust the tension of both cables during the
nal adjustments in Paragraph 20.
Latch cable runs
along approach
side of overhead
Cable Guide
runs UNDER
hydraulic hose
Attach to extension using
wire tie. Use hole closest
to OUTSIDE edge and on
NON-APPROACH side.
1/4"-20NC x 1" HHCS
and Flanged Locknut
3/8"-16NC x 3/4" HHCS
and Flanged Locknut
3/8"-16NC x 3/4" HHCS
and Flanged Locknut
Fig. 16a
APPROACH
Attach Hose Clamps Here
Attach Latch Cable Conduit
Guide Bracket Here. Always
use two holes on approach
side of extension to attach bracket. Always put HHCS through hole
closest to center of overhead.
Fig. 16b

16
12. Locking Latch Cable
A) Install latch cable sheave and retaining
rings in upper slot of power unit column as
shown, Fig. 17.
B) Slip loop end of cable over end of shoulder
screw on right side latch control plate, Fig.
17.
C) Feed the other end of the cable through the
latch cable sheave slot making sure that
the cable is running under the bottom side
of the latch cable sheave and inside the
right column, Fig. 17.
D) Attach latch cable conduit guide brackets to overhead
as shown, Fig. 16a & Fig. 16b. Always use the holes on
the approach side of the lift. HHCS should be in hole
nearest the center of the overhead, Fig. 16b.
E) Route cable up inside column and through the latch
cable guide, Fig. 16a & Fig. 18.
IMPORTANT
Using wire ties provided, tie off cable guide
to column extension as shown, Fig. 16a. Guide must
be attached in hole closest to the outside edge of the
column on the NON-APPROACH side.
F) Continue routing cable to the left column latch cable
guide, Fig. 16a & Fig. 18, routing the cable through the
left column latch cable guide, Fig. 16a.
(2) 3/8" Retaining Rings
Latch Cable Sheave
Shoulder Bolt
Install Latch Handle using a 3/8"
hex jam nut to lock in place. Then
install flat washers and slot cover.
(3) 3/8” Flat Washers
Slot Cover
Fig. 17 Latch Cable Guide
Right Column
Latch Cable
Notice the clearance
removed between
Control Plate Slot
and Latch Dog Pin.
Fig. 18

17
Shoulder Bolt
Cable Clamp
Feed cable up through Cable
Clamp, loop over end of
shoulder bolt and feed back
down through Cable Clamp.
(2) 3/8" Retaining
Rings
Latch Cable Sheave
Fig. 19
5/16-18NC x 3/8" lg. PHMS
Latch handle MUST be
positioned at the top of
the latch control cover.
Ball Handle Fig. 20
IMPORTANT
Using wire ties provided, tie off cable guide
to column extension as shown, Fig. 16a. Guide must
be attached in hole closest to the outside edge of the
column on the NON-APPROACH side.
G) Bring the cable down inside the left column and feed
the end of the cable through the lower latch cable
sheave slot so that the cable is now back outside the
column, Fig. 19.
H) Install latch cable sheave and retaining rings in lower
slot of non-power unit column as shown, Fig. 19.
I) Route cable under the bottom side of the latch cable
sheave, Fig. 19.
J) At this point you MUST install the latch handle, jam nut,
and right column latch cover Fig. 17 & Fig. 20. Install
latch handle ball, Fig. 20.
K) Insert cable in cable clamp along one side, loop around
shoulder screw and back down, inserting cable along
other side of cable clamp, Fig. 19. Place top back on
clamp, barely tightening.
L) Next, pull the control plate down, Fig. 18 & Fig. 19, to
eliminate any clearance between the control plate slot
and the latch dog pin, Fig. 18.
M) Using Pliers, pull cable tight and secure the clamp close
to the shoulder screw. Tighten clamp.

18
Overhead Switch
Max. Voltage: 277V
Max. Current: 25A
Connect supply to wires in box as per
Fig. 22. Attach ground wire to screws
provided.
Attach ground wire here.
208-230V 60Hz
Single Phase
Attach black wire
to one motor wire. Attach white
wire to
one motor wire.
Black Green
White
Single Phase Power Unit
13. Electrical: Have a certied electrician run
appropriate power supply to motor, Fig.
21 & 22. Size wire for 20 amp circuit. See
Motor Operating Data Table.
CAUTION
Never operate the motor on line
voltage less than 208V. Motor damage may
occur.
IMPORTANT: Use separate circuit for each
power unit. Protect each circuit with time
delay fuse or circuit breaker. For single phase
208-230V, use 20 amp fuse. Three phase 208-
240V, use 20 amp fuse. For three phase 400V
(*E Model) and above, use 10 amp fuse. For
three phase 380V (*S Model) use 16 amp fuse.
For wiring see Fig. 21, Fig. 22, and Fig.22b. All
wiring must comply with NEC and all local
electrical codes.
Note: 60Hz. single phase motor CAN NOT be
run on 50Hz. line without a physical change in
the motor.
MOTOR OPERATING DATA TABLE - SINGLE PHASE
LINE VOLTAGE RUNNING MOTOR VOLTAGE RANGE
208-230V 50Hz. 197-253V
208-230V 60Hz. 197-253V
Note: 60Hz. Single phase motor CAN NOT be run on 50Hz.
line without a physical change in the motor.
Fig. 21
NOTE: Assure cord used for connection
between the overhead switch and power
unit is of the type specied in:
UL201, Sections 10.1.1.3 & 10.1.1.4
(Example: SO, G, STO) Size for 25 amp
circuit. See UL 201, Section 15 for proper
wiring requirements for this connection.
M
230V
60Hz
1 Ø
Black
Green
White
Overhead
Limit Switch Up
Switch
White
Disconnect
(If Required)
Black Black

19
NOTE beveled
gear orientation
TOP will be
marked on top side
of restraint gear
15. Oil Filling & Bleeding: Use Dexron III ATF, or Hydraulic
Fluid that meets ISO 32 specications. Remove ll-
breather cap, Fig. 10. Pour in (8) quarts of uid. Start
unit, raise lift about 2 ft (62 cm). Open cylinder bleeders
approximately 2 turns, Fig. 12.
Close bleeders when uid streams. Torque values for
the bleeders are 15 ft-lbs (20 Nm) minimum and 20 ft-lbs
(27 Nm) maximum. Fully lower lift. Add more uid until it
reaches the MIN______ mark on the tank. Replace ll-
breather cap.
CAUTION
If ll-breather cap is lost or broken, order
replacement. Reservoir must be vented.
16. Overhead switch: Check overhead switch assembly
to assure that switch bar is depressing switch plunger
sufciently to actuate the switch. The overhead switch is
wired normally open, see Fig. 21. Lift will not operate until
weight of switch bar is depressing switch plunger. Verify
that Power Unit stops working when switch bar is raised,
and re-starts when the bar is released.
17. Arms & Restraints: Before installing arms, raise
carriages to a convenient height. Grease swivel arm pins
and holes with Lithium grease. Slide arm into yoke, Fig. 22.
Install 1-3/4” diameter arm pin(s), Fig. 23.
After installing arms and pins, install arm Restraint Gears
as follows: Install Restraint Gear onto arm clevis, as
shown, Fig. 24. Ensure side of gear marked TOP is facing
upward.
NOTE: TOP is stamped on top side of gear. You may
need to pull up on the pin-ring to allow enough room to
install Restraint Gear.
Arms With 5 Holes In Bearing Bar: Then, install the (2)
3/8”-16NC x 1-1/2” HHCS (8 total for all 4 arms) and 3/8”
Spring Lock washers into the gear and arm. Reference
Fig. 25, Fig. 26, and Fig. 27. Torque the Restraint Gear bolts
to 30-34 ft-lbs (41-46Nm).
Installation
Pinch Point
Keep Hands
Above Groove
CAUTION
NOTE: Once arm is installed in yoke, pull up
actuator pin and swing arm fully around, being
sure that the Restraint Gear and Gear Block always
stay aligned. If they do not stay aligned, remove
restraint gear and install in the opposite position.
NOTE: To check operation of arm restraints, raise carriage
1” (25mm) min. from full down position. Pull up on pin-ring
and adjust arms to desired position. To engage restraint,
let pin-ring down allowing gear teeth to mesh together. It
may be necessary to rotate arm slightly to engage gear
teeth.
Fig. 22
Fig. 23
Fig. 24

20
BEARING BAR WITH 5 HOLES
DO NOT use holes marked with arrows.
BEARING BAR WITH 5 HOLES
Use holes marked with arrow for Right Front
and Left Rear.
BEARING BAR WITH 5 HOLES
Use holes marked with arrow for Left Front
and Right Rear.
Fig. 25
Fig. 26
Fig. 27