Challenger Lifts SA10 Gebrauchsanweisung

Rev. 10/01/15

Installation, Operation & Maintenance Manual

Two Post

Surface Mounted Lift

MODEL SA10

(This lift may be installed either symmetrically or asymmetrically)

10,000 LBS.CAPACITY (2500 lbs. per Arm)

200 Cabel Street, P.O. Box 3944 Louisville, Kentucky 40201-3944

Email:sales@challengerlifts.com Web site:www.challengerlifts.com

Office 800-648-5438 /502-625-0700 Fax 502-587-1933

IMPORTANT: READ THIS MANUAL COMPLETELY BEFORE

INSTALLING or OPERATING LIFT

Model SA10

Installation, Operation and Maintenance

Page 2 Rev. 10/01/15

SA10-IOM-A.doc

GENERAL SPECIFICATIONS

See Figure 1

SA10 (Symmetric Install)

SA10 (Asymmetric Install)

ARise Height *

74 1/2" (1892mm)

BOverall Height (Cylinder)

142 1/2” (3620mm)

COverhead Height (Adjustable)

136 1/2" /142 1/2" (3467mm/3620mm)

- with 2Ft Column Extension Kit

160 1/2" / 166 1/2” (4077mm/4230mm)

DBase Width (Adjustable) **

129” /135”(3277mm/3429mm)

131 1/2” /137 1/2”(3340mm/3493mm)

EDrive-Thru Clearance

92 3/4” /98 3/4”(2356mm/2508mm)

88 1/2” /94 1/2”(2248mm/2400mm)

FFloor to Overhead Switch

131 1/8” /137 1/8”(3331mm/3483mm)

GShort Arm Reach

22 3/8” /41 1/2” (568mm-1055mm)

HLong Arm Reach

38 1/4” /59”(970mm-1500mm)

KScrew Pad Height

4 3/4” –6 7/8” (119mm-174mm)

LInside of Columns

106 3/4” /112 3/4”(2710mm/2862mm)

101 1/2” /107 1/2”(2579mm/2731mm)

Lifting Capacity ***

(Hydraulic Pressure at Cap.)

10,000 lbs. (2500 lbs. per arm)

(2850 psi)

Ceiling Height Required

144"(3658mm)

Motor

2HP, Single Phase, 60Hz

Voltage

208-230

Rise Time ****

48 seconds

* Rise Height measured with footpads in the highest position.

** Overall width of Asymmetric Lift is 135”/141” including Power Unit. Use Dimension “D” for installation purposes.

*** Lift capacity ratings are based on loads equally distributed on all four arms.

**** Lifting and lowering speeds may vary depending on the weight of the vehicle.

Fig 1 - General Specifications / Service Bay Layout

Model SA10

Installation, Operation and Maintenance

Page 3 Rev. 10/01/15

SA10-IOM-A.doc

WARNING

VERTICAL CLEARANCE

Check the height of the area where the lift is to be

installed. Clearance should be calculated based on

the full raised height of the lift.

Failure by purchaser to

provide adequate clearance

could result in unsatisfactory

lift performance, property damage, or personal

injury.

FLOORING

Be certain you have the proper concrete floor to

properly handle the loaded lift. Floor should be in

generally good condition with no large cracks,

spalling or deterioration.

Minimum requirements for concrete are 4 inches

minimum depth, with steel reinforcement, 3500

psi, cured for 28 days per local commercial

practice. Floor should be level within 3/8 inch over

the installation area. No anchors should be installed

within 8 inches of any crack, edge, or expansion

joint. If these conditions cannot be met, a pad may

be poured to accommodate the lift.

Check with local building inspectors and/or permits

office for any special instructions or approvals

required for your installation.

A qualified person should be consulted to address

seismic loads and other local or state requirements.

Failure by purchaser to

provide the recommended

mounting surface could result

in unsatisfactory lift performance, property

damage, or personal injury.

LOCATION

This lift has been evaluated for indoor use only with

an operating ambient temp. range of 5 –40°C (41–

104°F)

ELECTRICAL REQUIREMENTS

For lift installation and operation it is necessary to

have a dedicated circuit with circuit breaker or time

delay fuse. Refer to wiring diagram for circuit sizing.

SAFETY NOTICES AND DECALS

For your safety, and the safety of others, read and

understand all of the safety notices and decals

included here.

READ ENTIRE MANUAL BEFORE ASSEMBLING,

INSTALLING,OPERATING,OR SERVICING THIS

EQUIPMENT.

PROPER MAINTENANCE AND INSPECTION IS

NECESSARY FOR SAFE OPERATION.

DO NOT OPERATE A DAMAGED LIFT.

Safety decals similar to those shown here are found

on a properly installed lift. Be sure that all safety

decals have been correctly installed on the Power

Unit reservoir. Verify that all authorized operators

know the location of these decals and fully

understand their meaning. Replace worn, faded, or

damaged decals promptly.

Do not attempt to raise a

vehicle on the lift until the lift

has been correctly installed

and adjusted as described in this manual.

WARNING

Model SA10

Installation, Operation and Maintenance

Page 4 Rev. 10/01/15

SA10-IOM-A.doc

RECEIVING

The shipment should be thoroughly inspected as

soon as it is received. The signed bill of lading is

acknowledgement by the carrier of receipt in good

condition of shipment covered by our invoice.

If any of the goods called for on this bill of lading are

shorted or damaged, do not accept them until the

carrier makes a notation on the freight bill of the

shorted or damaged goods. Do this for your own

protection.

NOTIFY Challenger Lifts AT ONCE if any hidden

loss or damage is discovered after receipt.

IT IS DIFFICULT TO COLLECT FOR LOSS OR

DAMAGE AFTER YOU HAVE GIVEN THE

CARRIER A CLEAR RECEIPT.

File your claim with Challenger Lifts promptly.

Support your claim with copies of the bill of lading,

freight bill, and photographs, if available.

Component Packing List

PART #

QTY/

LIFT

DESCRIPTION

3W-01P

Power Column Weld

3W-01I

Idler Column Weld

3W-03PA

Power Overhead Ass’y

3W-03IA

Idler Overhead Ass’y

AB-9367

Power Unit

SA10-HW-A

Hardware Box

3W-01-05PA

Power Column Extension

3W-01-05IA

Idler Column Extension

3W-04-01A

Rear Arm Assembly

3W-04-19A

Front Arm Assembly

B2270

Foot Pad Assembly

3W-06-08A

Synchronizer Cable Ass’y

3W-06-06A

Power Hose

3W-06-07A

Idler Hose

3W-06-05A

Extension Hose

3W-01-11-01

Power Lock Cover

3W-01-11-02

Idler Lock Cover

3W-03-13A/15A

Shutoff Bar/Foam Cover

3W-03-07

Overhead Bracket

SA10-LHW

Internal Hardware Box

INSTALLATION

IMPORTANT:Always wear safety glasses while installing lift.

TOOLS (MINIMUM REQUIRED)

a. Tape measure, 16ft

b. Chalk line

c. 4ft level

d. Carpenters Square

e. 10” adjustable wrench

f. Open end wrenches 14mm,16mm,17mm,19mm

g. Needle Nose pliers

h. Snap Ring pliers

i. Screw Drivers (Flat and Phillips)

j. Hammer drill w/ 3/4” diameter carbide-tipped bits

k. 2lb hammer

l. Torque wrench: 150 ft.-lbs. min. & 1 1/8” socket

m. 12 ft. Step ladder

n. Anti-Seize lubricant (arm pins, foot pad screw

threads, and foot pad stop rings)

LAYOUT

1) Layout the service bay according to architect’s

plans or owners instructions (see Fig 1). Failure

to install in this orientation can result in

personal and property damage. Be certain

that the proper conditions exist, see page 3.

DISASSEMBLY

2) Place a 4x4 piece of lumber 2’ from each end of

the packaged lift. Remove Column Extensions,

Arms, and Hardware Box. Remove steel end

brackets bolted to Columns. Remove remaining

packaging and any loose items placed inside the

columns.

COLUMNS

3) With columns still horizontal, assemble Power

Column Extension to Power Column using (8

sets) M12 x 20 Hex bolts, flat washers, and lock

washers. The (2) Column Extensions are not

identical. IMPORTANT: The Lock Release

Guide Block at top of Column Extension

should be in-line with Lock Release Pulley in

Column. For the tall height setting, use bottom

holes as shown in Fig 2. For the short setting,

use the upper holes. Repeat for opposite Idler

Column and Idler Column Extension.

Fig 2 - Column Extension

Model SA10

Installation, Operation and Maintenance

Page 5 Rev. 10/01/15

SA10-IOM-A.doc

4) Assemble Overhead Mounting Bracket to the

Column Extension using (4 sets) M12 x 25 Hex

bolts, flat washers, lock washers, and nuts.

Repeat for opposite bracket and extension.

See Fig 3 below.

Fig 3 –Column Extension

5) Slide both Carriages into the first lock position

while Columns are horizontal. Ensure both locks

are engaged.

6) Refer to Fig 1. Using the Base Width (D)

Dimension, chalk two parallel lines (A & B) on

the floor within 1/8” tolerance. Chalk a third line

and aft location. Erect both Column assemblies.

Align the base plate edges to the chalk lines as

seen in Fig 4 below. Slots in front and back of

base plate should be in-line with chalk line “C”.

Fig 4 –Layout

ANCHORING

7) The anchor bolts must be installed at least 8”

from any crack, edge, or expansion joint.

8) Use a concrete hammer drill with a 3/4 inch

carbide bit. Tip diameter should conform to ANSI

Standard B94.12-1977 (.775 to .787). Do not use

excessively worn bits or bits which have been

incorrectly sharpened. A core bit may be

necessary if an obstruction is encountered.

Never substitute with shorter anchor.

9) Recheck “Base Width” dimension, Fig 1. Drill the

anchor holes (Power Column Only) using the

base plate as a template. Drill through the floor if

possible or to a depth of 5 inches minimum.

10) Vacuum dust from the hole for proper holding

power.

11) Shim column to plumb using the shims provided

as shown in Fig 5. DO NOT shim more than 1/2"

at any given point. Use a level no less than 24”

in length to plumb Columns.

12) Assemble washer and nut to anchor with nut just

below impact section of bolt. Drive anchor into

hole until nut and washer contact base.

Fig 5 –Column Shimming

13) Tighten Power Column anchors and recheck

Column for plumb. Re-shim if necessary. Torque

to 150 foot-pounds to set anchors.

Model SA10

Installation, Operation and Maintenance

Page 6 Rev. 10/01/15

SA10-IOM-A.doc

OVERHEAD

14) Assemble two Overhead pieces using (6 sets)

M10 x 20 bolt, nut, flat washer, and lock washer

as shown in Fig 6. Hand-tighten bolts to allow

adjustment if needed. Use Base Width (D)

Dimension to determine proper holes to use.

Fig 6 –Overhead

15) Assemble the Overhead Limit Switch and

bracket with Overhead as shown in Fig 7 below.

Switch should be installed with cord located

on top side of the hex bolt at end of switch.

Fig 7 –Overhead Limit Switch

SYMMETRIC

16) For Asymmetric installation, skip to Step 19.

17) With the Overhead positioned UPSIDE DOWN,

assemble the cable sheaves, spacers, and pins

as shown in Fig 8 below.

Fig 8 –Symmetric Sheave Assembly

18) Place the Overhead on top of the mounting

brackets on Column Extensions and bolt

together using (3 sets) M12 x 25 Hex bolt, nut,

flat washer, and lock washer. Hand-tighten bolts

to allow for column adjustment if needed. Use

the holes highlighted below in Fig 9 below.

Fig 9 –Symmetric Overhead Mounting

Model SA10

Installation, Operation and Maintenance

Page 7 Rev. 10/01/15

SA10-IOM-A.doc

ASYMMETRIC

19) Disassemble sheave assemblies from each end.

With the Overhead positioned UPSIDE DOWN,

assemble the cable sheaves, spacers, and pins

as shown in Fig 10 below. A flat washer should

be placed between sheave and offset plate.

Note: The Sheave in the narrow section of the

Power Side Overhead Beam should be

installed after routing the sync cables.

Fig 10 –Asymmetric Sheave Assembly

20) Place the Overhead on top of the mounting

brackets on Column Extensions and bolt

together using (3 sets) M12 x 25 Hex bolt, nut,

flat washer, and lock washer. Hand-tighten bolts

to allow for column adjustment if needed. Use

the holes highlighted in Fig 11 below.

IDLER SIDE POWER SIDE

Fig 11 –Asymmetric Overhead Mounting

ANCHORING CONT.

21) Check Idler Column shimming. Use additional

shims (see Fig 5) to remove any gaps that may

have been created while installing Overhead.

Repeat steps 7-13 for the Idler Column

anchoring.

22) Tighten all bolts in Overhead after both Columns

are secured to the floor.

SHUTOFF BAR

23) Install Shutoff Bar as shown in Fig 12 below.

Insert the M8 x 60 bolt into the correct Overhead

hole based on the width setting selected.

Fig 12 –Shutoff Bar Connections

Model SA10

Installation, Operation and Maintenance

Page 8 Rev. 10/01/15

SA10-IOM-A.doc

SYNCHRONIZER CABLES

24) Carriages should be setting in first lock position

as mentioned in an earlier step.

25) Each cable is pre-routed around base sheave

and up through the bottom of the Carriage.

Attach that end of the Synchronizing Cable to the

proper carriage tab according to Fig 13a. For

Asymmetrical lift, use 85mm lg. spacer in Idler

Carriage above appropriate tab.

26) Secure the cables with the jam nuts provided as

shown in Fig 13b.

27) Route other end of cable up and over sheave in

Overhead. Follow across to sheave on opposite

Column. Route cable down through Column to

top mounting plate in Carriage. Attach cable to

Carriage top plate as seen in Fig 13c with (2)

hex jam nuts. Repeat for opposite side.

28) Adjust nuts on cable fitting inside carriage up or

down to allow only enough room to get a nut

started on the opposite end of the cable to allow

adequate thread length to tighten cables.

Fig 13a –Cable Attachment Points

Fig 13b –Jam Nuts

Fig 13c - Carriage Connection

CABLE TRAPPING

29) Place Cable Trap Plate inside Overhead and

slide into end of Overhead. Bolt plate to

Overhead end using (2 Sets) M6 bolt, flat

washer, and lock washer as shown in Fig 14.

Repeat for both sides.

Fig 14 –Cable Trapping

Model SA10

Installation, Operation and Maintenance

Page 9 Rev. 10/01/15

SA10-IOM-A.doc

HYDRAULIC HOSES

30) Attach Power Hose to Cylinder Fitting at the

bottom of the Power Column as shown in Fig 15

below. Repeat with longer Idler Hose and Idler

Column. If lift is installed in the “Tall Height”

setting, use Hose Extension and Hose Extension

Fitting between Idler Hose and Cylinder Fitting.

Fig 15 –Bottom Hose Connection

31) Route hoses through hose guides in Column.

Run Idler hose up through Column Extension,

over the top of the Overhead, and down through

the opposite Column Extension as shown in Fig

16 below.

Fig 16 –Hose Routing

32) Assemble Power Unit, Tee Fitting, and hoses

together as shown in Fig 17.Use (4 sets) M8

bolt, nut, flat washer, and lock washer to attach

Power Unit to column bracket.

Fig 17 –Power Unit Assembly

33) Clamp the Idler Hose to the Overhead and

Column Extensions using a (1 set) hose clamp,

M10 x 25 hex bolt, nut, flat washer, and lock

washer as shown in Fig 18 below. For both the

Symmetric and Asymmetric configuration, the

hose clamp in the Column Extension should be

on the same side as the hose guides welded on

the Columns. IMPORTANT: ENSURE HOSE DOES

NOT CONTACT CYLINDERS WHEN LIFT IS FULLY

RAISED.

POWER SIDE

IDLER SIDE

Fig 18 –Hydraulic Hose Routing

Model SA10

Installation, Operation and Maintenance

Page 10 Rev. 10/01/15

SA10-IOM-A.doc

LOCK RELEASE

34) While the carriages are still sitting in the locks

from the previous steps, route the Lock Release

Cable assembly (Loop End) through the Idler

Column opening, around the pulley and attach to

the Lock Release Cam as seen in Fig 19a.

35) Continue routing the cable up the inside of the

Idler Column and through guide block at top of

Column Extension. Then route cable through

Flexible Guide Tube and guide block on top of

Overhead. Insert ends of Flexible Guide Tube

into guide blocks. See Fig 19b. Reverse this

step for the Power side. IMPORTANT: ENSURE

FLEXIBLE GUIDE TUBE DOES NOT CONTACT

CYLINDERS WHEN LIFT IS FULLY RAISED.

36) Continue routing the cable down the inside of the

Power Column and out through the column

opening and around the Upper Pulley as seen in

Fig 19c. Insert the Lock Release Cable through

the Cable Clamp Tube and loop the remaining

cable around the pin of the Lock Release Cam

and back thru the clamp. Remove all slack in

the cable until cam on Idler side is rotated as

shown in Fig. 19a and tighten the clamp bolt.

Fig 19a –Lock Release (Idler Side)

Fig 19b –Lock Release (Idler Side)

Fig 19c –Lock Release (Power Side)

37) Attach Lock Release Stud and M10 Hex Jam Nut

to Lock Release Cam. See Fig 20.

Fig 20 –Lock Release Cover

Andere Handbücher für SA10

Inhaltsverzeichnis

Andere Challenger Lifts Hebesystem Handbücher

Challenger Lifts

Challenger Lifts 15000 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts CL4P9S Gebrauchsanweisung

Challenger Lifts

Challenger Lifts EnviroLift EV1020 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts EnviroLift EW1020 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts Versymmetric Gebrauchsanweisung

Challenger Lifts

Challenger Lifts 44040 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts Versymmetric VLE10 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts 44050 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts 44012LR Bedienungsanleitung

Challenger Lifts

Challenger Lifts SRM10 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts CL4P7 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts EnviroLift EV1020 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts THK Bedienungsanleitung

Challenger Lifts

Challenger Lifts CL20 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts 15000 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts 44030 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts 4P14EFX Gebrauchsanweisung

Challenger Lifts

Challenger Lifts CL12A Gebrauchsanweisung

Challenger Lifts

Challenger Lifts CL10 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts 68000 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts CLHM-FLA Bedienungsanleitung

Challenger Lifts

Challenger Lifts BT3300 Gebrauchsanweisung

Challenger Lifts

Challenger Lifts CLHM-125EX Gebrauchsanweisung

Challenger Lifts

Challenger Lifts 44030 Gebrauchsanweisung

Beliebte Hebesystem Handbücher anderer Marken

morse

morse 82H-124 Bedienungsanleitung

Braun

Braun NL955 Series Bedienungsanleitung

haacon

haacon 1889.10 Bedienungsanleitung

Protekt

Protekt AT 252 Bedienungsanleitung

R. Beck Maschinenbau

R. Beck Maschinenbau HS 600 Bedienungsanleitung

Nova Technology International, LLC

Nova Technology International, LLC NAS Series Bedienungsanleitung

Genie

Genie Z-60/34 Bedienungsanleitung

Screen Technics

Screen Technics INTERFIT Vertical Up Lift Bedienungsanleitung

Mortuary Lift

Mortuary Lift ULTIMATE 1000 Bedienungsanleitung

Custom Equipment

Custom Equipment Hy-Brid 3 Series Programmierhandbuch

Custom Equipment

Custom Equipment Hy-Brid Lifts 2 Series Programmierhandbuch

Hy-Brid Lifts

Hy-Brid Lifts HB-P3.6 Programmierhandbuch

BERG

BERG BeNomic EasyLeaf Bedienungsanleitung

Powermate

Powermate LiftGate LG-3 Bedienungsanleitung

Snorkel

Snorkel TM12 Series Bedienungsanleitung

Terberg

Terberg OMNIDEKA Bedienungsanleitung

Harmar Mobility

Harmar Mobility AL625 Betriebsanleitung

Rotary

Rotary SPO16 Bedienungsanleitung