Challenger Lifts 24012 E Instruction Manual

Challenger Lifts, Inc.
Model’s 24012*
*( E, W, EW, XL, LR, AR)
FOUR POST SURFACE
MOUNTED LIFT OPERATION, INSTALLATION &
MAINTENANCE MANUAL
IMPORTANT!!!
READ THIS MANUAL COMPLETELY BEFORE INSTALLING OR OPERATING THE LIFT
200 Cabel Street, P.O. Box3944
Louisville, Kentucky 40201-3944
Email - [e-mail]
Web Site -www.challengerlifts.com
Office [phone] Fax [phone]

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 2 Rev. 01.09.01
Installation Procedure
1. Determine the location for the lift installation. Fig. 1 gives the overall dimensions
of the lift, including the drive on ramps. The area must be level and there must
be free access to load and unload the vehicles.
There must be enough overhead clearance to raise vehicles six feet above the
floor. Thirteen feet is the recommended ceiling height.
The floor must be 3000 psi concrete with a minimum thickness of four inches and
steel reinforced per local commercial practice. If pads are used, they must be
two feet square with a minimum thickness of twelve inches and steel reinforced
per local commercial practice. Fig. 2 gives the pad layout dimensions.
2. Refer to Fig. 3, General Arrangement. For muffler work, it is satisfactory to erect
the lift with the cylinder beam on the left, or drivers side. For alignment and work,
which require access to the front seat of the car, the top rail can be positioned on
the right side so it is out of the way.
3. Refer to Fig. 2 to get the dimensions for the post base locations. Refer to Fig. 1
to determine where to locate the sides and ends of the post base plate with
respect to walls and other obstacles at the installation. Include additional
clearance where required near walls and obstacles.
4. Once the location is determined, use a chalk line to mark base line A-B to locate
one side of the lift, refer to Fig 4. Use the width dimension from Fig 2 to measure
off the dimensions A-D and B-C. Draw arcs as illustrated in Fig. 4. Draw a chalk
line D-C tangent to the two arcs to establish the other side of the lift.
5. Mark on one of the two parallel lines the points 1 and 2 to establish the ends of
the post base plate as determined from Figs. 1 and 2. From points, 1 and 2
measure diagonally to the opposite parallel line to determine points 3 and 4.
Draw a chalk line between points 1 and 4 and points 2 and 3. The four lines
locate the four outside corners of the post base plates.
6. Position the cylinder beam and the two main side posts as shown in Fig. 5. The
main side post which has the drilled hole pattern on one side is the power unit
post. Bolt the cylinder beam to the main side posts using ½-13 x 1 3/4 bolts,
washers, and nuts (use shipping bolts). Use 2 bolts on the power post and 3 on
the other main side post.
7. Lift the assembled cylinder beam to the upright position. Place the post base
plate into their corners of the chalk line rectangle. Check the centering of the
bolting slots of the top rail and main side leg tops. Correct as necessary, the
main side post must be plumbed before tightening.
8. Review the concrete anchor bolt instructions near the back of this manual. Drill,
install, but do not tighten the 4 anchor bolts for the rear leg. DO ONLY THE
REAR MAIN SIDE POST AT THIS TIME.

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 3 Rev. 01.09.01
9. Plumb the post so that it is perpendicular. Use the level and check both side-to-
side and front to rear. Use shims, 3/4" steel flat washers or 1/16 or 1/8 thick by
1" wide steel flat, strips are recommended for shims. Tighten the anchor bolts
and recheck for plumb. Adjust if necessary.
10. After anchoring the rear MAIN SIDE post, align the front post with the chalk lines.
Check and adjust plumb of the front post. The base plate may vary from the
measured dimensions slightly, but it is more important that the post be plumb and
parallel with the other post. Install the anchor bolts in the front main side post.
After completion of steps 8 & 9 tighten cylinder beam mounting bolts.
IMPORTANT
DO NOT DRILL OR SET OFF SIDE POST ANCHOR BOLTS AT THIS TIME.
THE LIFT MUST BE CORRECTLY ALIGNED AND CYCLED BEFORE THE
ANCHOR BOLTS ARE INSTALLED.
11. Position cross rails in their approximate locations. Note: The tapped holes on
the cross tube must be facing out for proper anti-sway installation. The
lifting chain connector must be at the MAIN SIDE post location. See Fig. 6.
12. Use a pull wire to pull the cross rail chain through the cross rail tube. The chain
runs over the sheave at the main side end and under the sheave at the off side
end. See Fig. 7. Repeat for the other cross rail.
13. Attach the cross rail chain to the main side post chain anchor with a 5/16 headed
pin and cotter key. Repeat for the other cross rail. See Fig. 6.
IMPORTANT
THE CROSS RAIL CHAIN MUST HAVE THE CENTER LINK AND IT MUST
BE IN A VERTICAL POSITION, NOT COCKED TO THE FRONT OF THE
CHAIN ANCHOR. FAILURE TO FOLLOW THIS REQUIREMENT COULD
RESULT IN PERSONAL INJURY OR PROPERTY DAMAGE.
14. Position a 2 x 4 block under the safety latch on the main side end of the cross rail
as shown in Fig. 6. Remove the packing pin from the cross rail end assembly.
Install a 3/4 nut onto the safety rod. Turn down the nut to the bottom of the
thread on the rod. Insert the safety rod into the space previously occupied by the
packing pin in the cross rail end assembly. Insert the threaded end of the rod
into the rear hole at the top of the main side post. Secure the top of the safety
rod with a 3/4 nut. The top 3/4 nut should be flush with the end of the safety rod
and the bottom nut should be tightened against the post top cap. Remove the
wooden block. Repeat at each post.
15. Remove the cap from the front cylinder port. Manually extend the cylinder ram.
Attach the lifting chains to each cross rail chain connector using a 5/16 x 3 grade
8 shoulder bolt and lock nut. See Fig. 6.
IMPORTANT
THIS BOLT MUST BE THE SHOULDER BOLT SUPPLIED WITH THE LIFT
OR MEET THE SPECIFICATIONS ABOVE. FAILURE TO FOLLOW THIS

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 4 Rev. 01.09.01
REQUIREMENT COULD RESULT IN PERSONAL INJURY OR PROPERTY
DAMAGE.
16. Install the bolt end of the cross rail chain into the hole at the top of the off side
posts. Attach the 1" washer and nylon lock nut to the bolt. Hold the chain with a
crescent wrench and tighten the nut to remove most of the slack from the chain.
Repeat for the other cross rail.
17. Attach the power unit to the front main side post using the 5/16" hardware
provided.
18. Attach the hydraulic hose between the fitting at the rod end of the cylinder and
the fitting just above the power unit tank. Secure the hose to the cylinder with
the tie wraps.
19. Connect the power unit to a dedicated 30 amp electrical branch circuit, using
wiring methods prescribed by local codes. Refer to Fig. 8 for wiring schematic.
20. Using a funnel in the breather cap fitting on the power unit reservoir, fill the
reservoir with 11 quarts of clean petroleum or vegetable based hydraulic oil.
DO NOT OVERFILL THE RESERVOIR. The oil level should be no higher than 2
inches below the mounting flange of the tank. Check by removing the screw just
below the reservoir cap, and filling until oil comes out of the hole. Replace the
screw.
21. Using the power unit, raise the cross rails about 6 inches. Level the cross rails
by adjusting the cross rail chain tension at the top of the off side posts. Use a
level to check the cross rails.
22. Position the runways on the cross rails. Place the runways equal distance from
the center of the cross rails. 36 ½" Between the runways is suggested for model
24012LR, 38 ½" for all other models. Install the “U” bolts provided to each
outside corner of the runways, but DO NOT tighten at this time. If an oil pan or
jacking beam is to be installed, do not install the “U” bolts at the end the jack or
oil pan will be rolled on from until the equipment is installed.
23. Position the off side posts and plumb so that the cross rail chain in the off side
posts hangs straight, the lifting chains in the main side posts hang straight, the
cross rails hang in the center of the post openings and the runways are
positioned correctly on the cross rails.
DO NOT AT THIS TIME DRILL OR INSTALL THE ANCHOR BOLTS FOR
THE OFF SIDE POSTS. THE LIFT MUST BE CYCLED UP AND DOWN AND
CHECKED FOR CORRECT ALIGNMENT BEFORE THE BOLTS ARE
INSTALLED.

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 5 Rev. 01.09.01
THE OFFSIDE POSTS MAY VARY SLIGHTLY FROM THE CHALK LINE
LAYOUT POSITIONS. IT IS MORE IMPORTANT THAT THE POSTS BE
SQUARE AND PLUMB AND THE LIFT CYCLES FREELY.
24. Raise the lift to the top of its travel. Check the positioning of the cross rails in the
posts as the lift is raised. The single point safety release will move across the
rack at the bottom of the cylinder beam. At the top of the lifts travel, pull down
the safety release until the cam locks it in this position. Lower the lift. Check the
operation and positioning of the lift as it is being lowered. Correct any problems
by adjusting the position and plumb of the offside posts. If the cylinder beam
safety latch does not operate properly refer to the Trouble Shooting Section of
this manual.
25. When the lift is operating correctly, drill and install the anchor bolts for the off side
posts.
26. Complete the installation of Models 24012, W, E, EW, and XL by installing the
runway end chocks and the approach ramps. The chocks are installed by
dropping the pins on the chock into the holes on the runway ends. The ramps
are installed with a hinge pin and cotter pins provided.
27. Cycle the lift fully three times to bleed the air from the hydraulic system.
28. After completing the general installation, and confirming that all columns are
plumb and square. The anti-sway devices can be installed.
29. Each anti-sway assembly consists of (1) bracket, (1) nylon slide block, (2) 3/8-16
x 1 hex head capscrews, (2) 3/8" split lock washers and (2) 3/8" flat washers.
30. Raise the lift to a comfortable working height. Install each assembly at the
outside corner of each cross rail with the hardware supplied. The cross rails are
pre-drilled and tapped. Only hand tighten the assemblies at this time.
31. With the lift in the completely lowered position set each assembly so that contact
is made between the slide block and the column. Cycle the lift to full stroke to
insure that the slide blocks are set to the widest point encountered during travel.
Finish the installation by tightening all the hardware.
32. Demonstrate the operation of the lift to the owner and review correct and safe
lifting procedure, using the “Lifting It Right “ booklet as a guide.
33. Complete the installation Checklist/Warranty Validation Questionnaire with the
owner. Review the terms of the warranty with the owner. Complete the warranty
registration card, and return the card and a copy of the questionnaire to
Challenger Lifts Inc.
Continued Installation for Alignment Rack (24012AR)
1. After completing the general installation, activate the alignment rack slip plates
by raising the slip plates and installing the ball bearings into the holes in the
spacer plates. Each spacer plate will accept ten ball bearings.

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 6 Rev. 01.09.01
2. Attach the “L” pins to their locking blocks on the outside of the tracks using the
cables and clamps provided.
3. The alignment lift is supplied with leveling legs. To install these legs raise the lift
to a comfortable working height, and attach the leveling leg assemblies at each
outside corner of the lift using the ½-13 bolts and nuts provided. Lower the lift
onto the leveling legs and level by adjusting the foot at each leg.
4. Install ½-13 bolt and nut (shipping hardware) in the hole in the jack rail at the
front (turn plate) end. This bolt will act as a stop for the rolling oil drain pan or
bridge jack.
Continued Installation for Lube Rack 24012LR
1. Locate and install the center walk platform between the runways at the front end
using the 3/8-16x1 1/4 bolts provided. Attach gate lock to center platform using
3/8-16x11/4 bolts provided.
2. Install gate post at front end of rack using 3/8-16 x 3/4 hex bolts provided. Install
gates and lock rod. Check the gate swing for proper operation, some shimming
of the gate post may be necessary for proper gate swing.
3. Assemble wheels to the ladder using the axle, 5/8” washers and 1/8 x 1 1/4
cotter keys provided. Attach the ladder assembly to the rack using the axle, 5/8"
washers and 1/8 x 1 1/4 cotter keys provided.
4. Install walkway railing in pockets and shim as needed. Assemble ladder railing
to ladder using 3/8-16 x 2 1/4 bolts and nylon lock nuts provided. Install 12
plastic square tube caps.
5. For drive through applications remove front wheel chocks and install drive
through ramps using axles and 1/8 x 1 ½ cotter keys provided.
Anchor Bolt Installation
1. Insure the concrete has had sufficient time to cure - 28 days minimum.
2. Always wear safety glasses.
3. Follow the drill manufacturers safety instruction.
4. Use only solid carbide-tipped drill bits meeting ANSI B94 tip diameter standards.

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 7 Rev. 01.09.01
5. Drill the anchor bolt holes perpendicular to the work surface. To assure full
holding power, do no ream the hole or allow the drill to wobble.
6. Drill the hole at least as deep as the full length of the anchor, completely through
the slab if possible.
7. Clean the hole, using compressed air and a wire brush. A clean hole is
necessary for proper performance.
8. Assemble the washer and nut on the anchor bolt so that the anchor protrudes
slightly beyond the nut.
The anchor should drop easily into the hole, requiring no more
than a slight tap to seat it fully.
9. Tap the anchor through the fixture (lift base plate) and into the hole, making sure
that the nut rests solidly against the fixture.
10. Tighten the nut to 150 ft-lbs for 3/4 inch diameter bolts and to 75 ft-lbs for 3/8
inch diameter bolts.
Lift Operation Instructions:
Notice: This Challenger Model 24012* surface mounted automotive lift has been
designed and constructed in accordance with ANSI/ALI B153.1-1990 standard to insure
that it is safe to use. The standard applies to lift owners and employers, as well as to lift
manufacturers. The owner/employer’s responsibilities, as prescribed by ANSI/ALI
B153.1-1990 are summarized below. For the exact wording, refer to the actual
standard included in the literature pack.
The Owner/Employer shall ensure that the lift operators are instructed in the safe use
and operation of the lift using the manufacturer’s instructions and the “Lifting It Right”
and “Safety Tips” literature supplied with the lift.

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 8 Rev. 01.09.01
The Owner/Employer shall display the operating instructions and “Lifting It Right” and
“Safety Tips” Literature supplied with the lift in a conspicuous location in the lift area
convenient to the operator.
The Owner/Employer shall establish procedures to periodically maintain, inspect, and
care for the lift in accordance with the manufacturer’s recommended procedures to
ensure its continued safe operation.
The Owner/Employer shall provide necessary lockout/tagouts of energy source per
ANSI Z244.1-1982 before beginning any lift repairs.
The Owner/Employer shall not modify the lift in any manner without the prior written
consent of the manufacturer.
Raising Vehicles:
1. Drive the vehicle onto lift. Set the parking brake.
2. Push the power button on the power unit to raise the vehicle to the desired
height.
3. Depress the lowering valve handle on the power unit to lower the lift onto the
safety latch.
4. Before walking under the lift, verify that the safety latch locking pin is
positioned in the latch rack under the top rail tube.
Lowering Vehicles:
1. Raise the lift off the safety latch by pushing the raise button on the power unit.

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 9 Rev. 01.09.01
2. Release the safety latch by pulling down on the latch until the cam sets to hold
this position.
3. Lower the lift by depressing the lowering valve handle on the power unit.
IMPORTANT
DO NOT WORK OR WALK UNDER THE LIFT WHEN THE SAFETY LATCH
IS IN THE RELEASE POSITION. IF IT IS NECESSARY TO RETURN UNDER
THE VEHICLE, RESET THE LEVER BY LOWERING THE LIFT SLIGHTLY,
THEN RAISING IT AGAIN. VERIFY THAT THE SAFETY LATCH LOCK PIN
IS ENGAGED IN THE LATCH RACK.
IMPORTANT
THE SAFETY LATCH WILL AUTOMATICALLY RESET WHEN THE LIFT IS
RAISED OF THE GROUND. ALWAYS VERIFY THAT THE LATCH IS
OPERATING WHEN THE LIFT IS BEING USED. CORRECT ANY PROBLEM
BEFORE USING THE LIFT.
Maintenance:
The following maintenance points are suggested as the basis of a preventive
maintenance program. The actual maintenance program should be tailored to the
installation site.
Daily
Inspect the lift for loose anchor bolts (if loose tighten to 70-80 ft-lbs), fluid leaks and
loose connections.
ALL ANCHOR BOLTS SHOULD TAKE FULL TORQUE
Weekly
Check fluid level in the power unit reservoir.
Monthly
Check cross rail and lift chains for wear and tension, adjust if necessary. Lubricate
chain with light oil to reduce drag.

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 10 Rev. 01.09.01
Trouble Shooting Guide:
1. Lift will not rise when button is pushed.
a. Blown Fuse - Replace fuse
b. Crushed hydraulic line - replace line
c. Micro switch not operating - call factory for replacement
d. Oil supply is low - fill reservoir with proper oil
e. Lift overload - remove load.
2. Lift will not lower.
a. Lift is obstructed by foreign body - remove object
b. Lock has not been released - raise lift and release latch.
3. Lift will drift down when upward travel stops.
a. Debris is lodged in lowering valve - depress lowering valve handle and
energize pump at the same time. This will purge the valve.
4. Lift will not lift vehicle to top position.
a. Low on oil - Fill reservoir with proper oil

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 11 Rev. 01.09.01
Figure 1
Overall Lift Dimensions
RUNWAY (208")
18'-6"
EXTRA EXTENDED LIFT DIMENSIONS
(24012XL)
'
-0"
LUBE LIFT DIMENSIONS
(24012LR)
11'-4"
17'-2"
15'-6"
STANDARD LIFT DIMENSIONS
(24012, 24012W)
11'-4"
RUNWAY (192")
1'-10"
1'-10"
RUNWAY (172")
11'-4"
ALIGNMENT LIFT DIMENSIONS
(24012AR)
15'-6"
EXTENDED LIFT DIMENSIONS
(24012E, 24012EW)
17'-2"
11'-4"
1'-8 7/8"
RUNWAY (208")
RUNWAY (192")
3'-6 3
/
1'-10"
EXTRA EXTENDED LIFT DIMENSIONS
(24012XL)
18'-6"
RUNWAY (208")
'
-0"
LUBE LIFT DIMENSIONS
(24012LR)
11'-4"
STANDARD LIFT DIMENSIONS
(24012, 24012W)
15'-6"
17'-2"
11'-4"
-10"
RUNWAY (192")
RUNWAY (172")
11'-4"
ALIGNMENT LIFT DIMENSIONS
(24012AR)
1'-10"
17'-2"
EXTENDED LIFT DIMENSIONS
(24012E, 24012EW)
15'-6"
11'-4"
RUNWAY (208")
RUNWAY (192")
3'-6 3
/
EXTRA EXTENDED LIFT DIMENSIONS
(24012XL)
18'-6"
RUNWAY (208")
'
-0"
LUBE LIFT DIMENSIONS
(24012LR)
11'-4"
STANDARD LIFT DIMENSIONS
(24012, 24012W)
15'-6"
17'-2"
11'-4"
-10"
RUNWAY (192")
RUNWAY (172")
11'-4"
ALIGNMENT LIFT DIMENSIONS
(24012AR)
1'-10"
17'-2"
EXTENDED LIFT DIMENSIONS
(24012E, 24012EW)
15'-6"
11'-4"
RUNWAY (208")
RUNWAY (192")
3'-6 3
/
EXTRA EXTENDED LIFT DIMENSIONS
(24012XL)
18'-6"
RUNWAY (208")
'
-0"
LUBE LIFT DIMENSIONS
(24012LR)
11'-4"
STANDARD LIFT DIMENSIONS
(24012, 24012W)
15'-6"
17'-2"
11'-4"
-10"
RUNWAY (192")
RUNWAY (172")
11'-4"
ALIGNMENT LIFT DIMENSIONS
(24012AR)
1'-10"
17'-2"
EXTENDED LIFT DIMENSIONS
(24012E, 24012EW)
15'-6"
11'-4"
RUNWAY (208")
RUNWAY (192")
3'-6 3
/

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 12 Rev. 01.09.01
Figure 2
Post Base Locations
17'-2"
20'-6 13/16"
EXTENDED LIFT DIMENSIONS
(24012E, 24012EW)
11'-4"
21'-8 3/8"
EXTRA EXTENDED LIFT DIMENSIONS
(24012XL)
18'-6"
11'-4"
15'-6"
19'-2 7/16"
STANDARD LIFT DIMENSIONS
(24012, 24012W, 24012AR)
11'-4"
20'-11 5/16"
LUBE LIFT DIMENSIONS
(24012LR)
17'-2"
12'-0"
18'-6"
21'-8 3/8"
20'-6 13/16"
17'-2"
EXTENDED LIFT DIMENSIONS
(24012E, 24012EW)
11'-4"
EXTRA EXTENDED LIFT DIMENSIONS
(24012XL)
11'-4"
19'-2 7/16"
15'-6"
STANDARD LIFT DIMENSIONS
(24012, 24012W, 24012AR)
11'-4"
17'-2"
LUBE LIFT DIMENSIONS
(24012LR)
20'-11 5/16"12'-0"
18'-6"
21'-8 3/8"
20'-6 13/16"
17'-2"
EXTENDED LIFT DIMENSIONS
(24012E, 24012EW)
11'-4"
EXTRA EXTENDED LIFT DIMENSIONS
(24012XL)
11'-4"
19'-2 7/16"
15'-6"
STANDARD LIFT DIMENSIONS
(24012, 24012W, 24012AR)
11'-4"
17'-2"
LUBE LIFT DIMENSIONS
(24012LR)
20'-11 5/16"12'-0"
18'-6"
21'-8 3/8"
20'-6 13/16"
17'-2"
EXTENDED LIFT DIMENSIONS
(24012E, 24012EW)
11'-4"
EXTRA EXTENDED LIFT DIMENSIONS
(24012XL)
11'-4"
19'-2 7/16"
15'-6"
STANDARD LIFT DIMENSIONS
(24012, 24012W, 24012AR)
11'-4"
17'-2"
LUBE LIFT DIMENSIONS
(24012LR)
20'-11 5/16"12'-0"

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 13 Rev. 01.09.01
Figure 3
General Arrangement

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 14 Rev. 01.09.01
Figure 4 Chalk Line Layout
DDDD
4
4
4
4
AAAA
1
1
1
1
3333
CCCC
2222
BBBB

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 15 Rev. 01.09.01
Figure 5
Cylinder Beam/Main Side Post Assembly

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 16 Rev. 01.09.01
Figure 6
Safety Rod Installation Main Side

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 17 Rev. 01.09.01
Figure 7
Cross Rail Chain Arrangement
Cross Rail Chain Over
Roller on Main Side End
Anti-Sway Mounting Holes
Face Toward Outside
Roller on Off Side End
Cross Rail Chain Under
Roller on Off Side End
Cross Rail Chain Under
Face Toward Outside
Anti-Sway Mounting Holes
Roller on Main Side End
Cross Rail Chain Over
Roller on Off Side End
Cross Rail Chain Under
Face Toward Outside
Anti-Sway Mounting Holes
Roller on Main Side End
Cross Rail Chain Over
Roller on Off Side End
Cross Rail Chain Under
Face Toward Outside
Anti-Sway Mounting Holes
Roller on Main Side End
Cross Rail Chain Over

Models 24012 (E, W, EW, XL, LR, AR)
Installation, Operation and Maintenance
File: 24107 18 Rev. 01.09.01
Figure 8
Wiring Schematic
FOR THREE PHASE
FOR SINGLE PHASE
M
RECONNECTIONS FOR
440−480V
12
6
4
5
3
T3
T2
T1
T5
T6
T9
T8
T4
T7
M
FACTORY WIRED FOR
208−240V
M
43
6 5
2 1
T8
T9
T3
T7
T2
T1
T1
T6
T4
T5
T4
T5
FOR THREE PHASE
FOR SINGLE PHASE
RECONNECTIONS FOR
440−480V
M
21
6
4
5
3
T3
T2
T1
T5
T9
T6
T8
T4
T7
M
M
FACTORY WIRED FOR
208−240V
34
65
21
T8
T9
T3
T7
T2
T1
T1
T6
T5
T4
T4
T5
FOR THREE PHASE
FOR SINGLE PHASE
RECONNECTIONS FOR
440−480V
M
21
6
4
5
3
T3
T2
T1
T5
T9
T6
T8
T4
T7
M
M
FACTORY WIRED FOR
208−240V
34
65
21
T8
T9
T3
T7
T2
T1
T1
T6
T5
T4
T4
T5
FOR THREE PHASE
FOR SINGLE PHASE
RECONNECTIONS FOR
440−480V
M
21
6
4
5
3
T3
T2
T1
T5
T9
T6
T8
T4
T7
M
M
FACTORY WIRED FOR
208−240V
34
65
21
T8
T9
T3
T7
T2
T1
T1
T6
T5
T4
T4
T5