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No obstructions! The open front design on our alignment lift allows 
total access to front wheel adjustment points and with the cylinder located
under the track, there’s no power beam, eliminating risk of damage 
to doors and mirrors. (Shown with optional rolling jack and turntables.)   

14,000 

LB

F

OUR

P

OST

O

PEN

F

RONT

A

LIGNMENT

L

IFT

FP

14KO-A

14,000 lb. capacity
Four post 
Open front 
Alignment lift

Features:

14,000 lb. lifting capacity

Cable drive

Single point pneumatic safety 
release mechanism

20” wide non-skid, 
diamond plate runways

Powder-coated paint finish

C-channel construction

Hydraulic operation 
for minimum maintenance

Three turntable positions for 
a wide range of vehicles

Rear slip plates mounted on 
ring roller bearings

Fully adjustable lock stops 
for easy leveling

S

PECIFICATIONS

:

FP

14KO-A

Lifting capacity

14,000 lbs.

Overall length w/ramps

24’ 3”  

Overall width 

11’ 6”

Width between posts 

116”

Column height

7’ 8”

Lifting height

73”

Maximum wheel base (2 wheel)

208”

Maximum wheel base (4 wheel)

158”

Runway width 

20”

Width between runways 

43”

Power pack 

2hp 220/230 vac 20 amps

Summary of Contents for FP14KO-A

Page 1: ...ive Single point pneumatic safety release mechanism 20 wide non skid diamond plate runways Powder coated paint finish C channel construction Hydraulic operation for minimum maintenance Three turntable...

Page 2: ...FP14KO A 14 000 lb Capacity Open Front Alignment Lift ASSEMBLY OPERATION MANUAL...

Page 3: ......

Page 4: ...ive Single point pneumatic safety release mechanism 20 wide non skid diamond plate runways Powder coated paint finish C channel construction Hydraulic Operation for minimum maintenance Three turntable...

Page 5: ...before signing clear on the shipping receipt Freight damage is not considered a warranty issue and therefore must be noted for any potential recovery with the shipping company The customer is require...

Page 6: ...se valve in pump and hydraulic system Pneumatic lock release system and redundant cable failure safety device Built in rails for rolling jacks 2 SPECIFICATIONS CAPACITY 14000 LBS 6300Kg MOTOR POWER 22...

Page 7: ...3 Note All d Fig 1 imensions typical...

Page 8: ...Masonry bit Hammer 4 foot level Open end wrench set 7 16 1 1 8 Socket and ratchet set 7 16 1 1 8 Hex key Allen wrench set Medium crescent wrench Medium pipe wrench Crow bar Chalk line Medium flat scr...

Page 9: ...mm in height Fig 2 T O t 2 FLOOR REQUIREMENTS The lift should be installed on a 3000 PSI concrete with little gradients hickness of concrete 6 inch 150 mm The leveling of whole area 3 8 inch 10 mm r e...

Page 10: ...tach the rear crossbeam to the left main platform with cylinder and cables 3 Line the cables through the hole on the crossbeam out from the end Be sure the cables are in the proper sheave grooves Fig...

Page 11: ...carefully with the location of the columns and its plumb Using a tape measure to measure the distance between the opposite corners of the base plate on the columns Equal values will insure the liftin...

Page 12: ...n cables end to level the platforms 7 Lower the platforms by simultaneously pressing the air release valve and the release lever on the power unit 8 If the platforms not level adjust the height of the...

Page 13: ...f lift z Caution the power unit operates at high pressure z Never permit passengers to ride in the vehicle z Prohibit unauthorized persons from being in shop area while lift is in use z Never exceed t...

Page 14: ...rack z z z z z z z z Check hydraulic connections and hoses for leakage Check cables connections bends cracks and looseness Check for frayed cables in both raised and lowered position Check snap rings...

Page 15: ...equired Check hydraulic and air cylinder rod and rod end threads for deformation or damage Check cylinder mount for looseness and damage Relocating or changing components may cause problems Each compo...

Page 16: ...PARTS DRAWING 1 1 7 9 10 4 3 5 6 11 12 6 12 6 12 17 18 19 16 20 24 25 21 22 23 26 2 3 8 13 14 15 12...

Page 17: ...PARTS DRAWING 2 III 38 2234 12 6 16 52 93 94 95 96 97 97 102 103 13...

Page 18: ...PARTS DRAWING 3 53 40 41 54 55 70 71 72 73 3 74 33 75 33 43 33 22 76 PART1 A PART2 A PART2 B PART1 B 14...

Page 19: ...PARTS DRAWING 4 PART2 B PART1 B 92 79 80 81 82 73 72 PART1 A PART2 A 40 83 84 70 54 43 33 85 86 87 88 80 81 80 89 33 22 90 33 91 15...

Page 20: ...PARTS DRAWING 5 27 4 3 28 29 30 31 32 33 22 34 22 35 36 37 38 22 34 39 40 41 42 33 43 44 40 41 45 43 33 45 46 47 48 49 50 51 52 16...

Page 21: ...PARTS DRAWING 6 57 66 65 56 58 67 19 64 59 61 60 63 62 P A R T1 A 78 P A R T1 B 57 3 69 68 66 62 58 65 19 67 PART2 A PART2 B 77 17...

Page 22: ...PARTS DRAWING 7 93 94 95 96 98 99 100 101 18...

Page 23: ...X25 18 D8_GB93 spring washer 4 D8 19 D8_GB95 flat washer 12 steel D8 20 Control box 1 21 M6x20_GB5781 hexangular bolt 4 M6X20 22 D6_GB95 flat washer 84 steel D6 23 D6_GB93 spring washer 4 D6 24 M6X16_...

Page 24: ...inder 4 62 SGM 804 04 tie rod spring 8 63 D2x35_GB91 snap ring 4 carbon steel D2X35 64 D10_GB894 1 snap spring 4 D10 65 D25_GB894 1 snap spring 8 D25 66 D2x40_GB91 snap ring 8 carbon steel D2X40 67 M8...

Page 25: ...back plate 2 91 TT5D 600 01A 00 cross beam 1 weld assembly 92 TT5D 600 01B 00 cross beam 1 weld assembly 93 TT5DL 100 20 Steel Cable C 1 94 TT5DL 100 20 Steel Cable D 1 95 TT5DL 100 20 Steel Cable B 1...

Page 26: ......

Page 27: ...wering valve See drawing below Step 2 Using an Allen wrench and shop towel with shop towel in place to catch fluid loosen the check valve plug 2 turns to allow it to leak Step 3 Push the START button...

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