Peak AMGO 414 Manual

414(A465)

CONTENTS
Product Features and Specifications ..................................................... 1
Installation Requirement …………………………………………………………………………….. 2
Steps of Installation …....................................................................... 3
Exploded View .................................................................................32
Test Run ………..................................................................................36
Operation Instruction .......................................................................38
Maintenance ...................................................................................39
Trouble Shooting .............................................................................40
Parts List ……………………............................................... ..................... 41

1
I. PRODUCT FEATURES AND SPECIFICATIONS
4-POST MODEL 414(A465) FEATURES
· Electric-air control operation system.
· Mechanical self-lock and air-drived safety release.
· Electrical hydraulic power system, cable-drived.
· Non-skid diamond platforms.
· Adjustable platform and adjustable safety lock ladders.
· Optional Jack:With hand pump/Air-operated hydraulic pump/Controlled by power unit.
Fig. 1
MODEL 414(A650) SPECIFICATIONS
Model
Lifting
Capacity
Lifting
Height
Lifting
Time
Overall Length
(Inc. Ramps)
Overall Length
(No Ramps)
Overall
Width
Width
Between
Columns
Gross
Weight
Motor
414
(A465)
6.5T
1865mm
60S
6541mm
5500mm
3324mm
2946mm
1236 Kg
4.0HP
14,000 lbs
73 1/2”
257 1/2”
216 1/2”
130 7/8”
116”
2724 lbs

2
II. INSTALLATION REQUIREMENT
A. TOOLS REQUIRED
Rotary Hammer Drill (Φ19)
Hammer
Level Bar
English Spanner (12")
Ratchet Spanner With Socket (28#)

Wrench set
Carpenter’s Chalk
Screw Sets
Tape Measure (7.5m)
Pliers
Socket Head Wrench (3#, 5#, 6#)
Lock Wrench
(10#, 12#, 13#, 14#, 17#, 19#, 24#, 30#)
Fig. 2

3
B. SPECIFICATIONS OF CONCRETE (See Fig. 3)
Specifications of concrete must be adhered to the specification as following.
Failure to do so may result in lift and/or vehicle falling.
1. Concrete must be thickness 100mm minimum and without reinforcing steel bars，
and must be dried completely before the installation.
2. Concrete must be in good condition and must be of test strength 3,000psi
(210kg/cm²) minimum.
3. Floors must be level and no cracks.
C. AIR SUPPLY
Air pressure requirement: 0.5Mpa~0.8Mpa, Air line size ￠8×￠6 and ￠6×￠4.
D. POWER SUPPLY
The electrical source must be 3KW minimum. The source cable size must be 2.5mm²
and in good condition of contacting with floor.
III. STEPS OF INSTALLATION
A. Location of installation
Check and insure the installation location (concrete, layout, space size etc.) is
suitable for lift installation.
B. Check the parts before assembly
1. Packaged lift and hydraulic power unit (See Fig. 4).
Fig. 3
Fig. 4

4
2. Open the outer packing carefully (See Fig. 5).
Shipment Parts List
3. Take off the drive-thru ramps and columns (See Fig. 6).
4. Loose the screws of the upper package stand, take off the offside platform, take out
the parts inside the powerside platform, than remove the package stand.
5. Move aside the parts and check the parts according to the shipment parts list
(See Fig. 7).
Control box
Powerside Platform
Drive-in Ramp
Offside Platform
Cross Beam
Column
Fig. 5
Fig. 6
Parts box
Fig. 7
67

5
6. Open the carton of parts and check the parts according to the parts box list
(See Fig. 8).
7. Check the parts of the parts bag according to the parts bag list (See Fig. 9).
Fig. 9
Fig. 8

6
C. Use a carpenter’s chalk line to establish installation layout as per Table 1
Make sure the size is right and base is flat (see Fig. 10).
Note: Reserve space front and behind the installation site.
Table 1
MODEL
A
B
C
414
5500mm
216 1/2”
3324mm
130 7/8”
6426mm
253”
Use a carpenter’s chalk line to
establish installation layout
Car in Direction
Fig. 10

7
D. Install cross beams (See Fig. 11, Fig. 12).
Fig. 12
3
Hole towards inside
1
2
3
Fig 11

8
E. Fix the anchor bolts
1. Prepare the Anchor Bolts (See Fig. 13).
2. Using the prescribed rotary hammer drill, and drill all the anchor holes and install
the anchor bolts. Do not tighten the anchor bolts (See Fig. 14).
Note: Minimum embedment of Anchors 90mm
F. Install the safety ladders
1. Take off the pulley safety cover and unscrew the four upper nuts of the safety ladders,
and then adjust the four lower nuts to be at the same position. Withdraw the
Slack-cable safety lock of the cross-beam to insert the safety ladder in, raise the
safety ladder, and screw the upper nuts (See Fig. 15).
Fig. 14
Drilling
Bolting
Clearing
Nut
Spring washer
Washer
Fig. 13
Fig. 15
5
Safety ladder is inserted between
limit pins of the cross-beam
Slack-cable safety lock
Safety
Ladder
Limit Pin
Limit Pin
6
Safety ladder is
inserted between
limit pins
Primary safety lock
90mm

9
2. Install safety ladders (See Fig. 16).
G. Put the cross beams at the same height (See Fig. 17).
Safety ladder pass through
the hole of the top plate,
then tighten the two nuts
Fig. 16
Fig. 17
This height should be
the same for four
safety ladders
6
7
Lifting both cross beams to the
same height, it is recommended
to about 1 meter height
The four primary safety
locks are adjusted to be
locked to the safety
ladders at the same
height

10
H. Install powerside platform.
1. Put the powerside platform upon the cross beams by fork lift or manual, offset the
cross beams outward till the pulleys of both platforms can set up into the cross beams
(See Fig.18), Install the powerside platform and screw up the bolts(See Fig.19).
Fig. 18
Tighten the powerside platform
and cross beam with bolts M16*30
Offset the cross beam lean
outward when putting the
powerside platform on the
cross beams
Offset the cross beam
lean outward when
putting the powerside
platform on the cross
beams
Fig. 19
8

11
I. Assembly offside platform and slider block, check the plumbness of columns with
level, adjusting with the shims if not, and then tighten the anchor bolts (See Fig. 20).
Note: The tightening torque for the anchor bolt is 150N.m
Fig. 20
18
Using the Ratchet Spanner With
Socket to tighten the bolts
Install the slider block
8
3-15
3-16
3-14
60A

12
J. Install cables (See Fig. 21).
1. Pass through the cables from the platform to the columns according to the number of
the cables.
NO.
Cable
○
1
○
2
○
3
○
4
Length
(inc. connecting fitting)
4104mm
161 1/2”
11058mm
435 3/8”
5810mm
228 3/4”
9354mm
368 1/4”
70
71
72
73
B
C
A
D
Fig. 21
A
B
C
D

13
2. The cable pass through cross beam and top plate of column and be screwed with
cable nuts (See Fig. 22).
Fig. 22
7
Cable pass through top
plate and be screwed
with two cable nuts
Cable pass through the
pulley and tension pulley
Install limit pin
Cable
60C
Pulley
60B
Limit
Pin

14
3. After cables pass through the pulleys under the platform, installing the Slack-cable
bolts No.19 (See Fig. 22).
cable ④
cable ②
cable ②
cable ①
cable ④
cable ③
cable ①
cable ②
cable ④
cable ②
cable ③
cable ④
cable ②
Fig. 23
Hex Bolts M10*140
cable ④
19
Limit slider

15
K. Install oil-water separator, air solenoid valve, control box and power unit
1．For Electric control air-operated four post lift (See Fig. 24).
Oil-water separator and
Air Solenoid Valve
Fig. 24
Oil-water separator and
Air Solenoid Valve
Air outlet
Air inlet
66

16
L. Install hydraulic system (See Fig. 25).
Note: Oil hoses connected to oil cylinder must be passed above the cable, cylinder
inlet port must swing upward to avoid the oil hose and oil return pipe scratched
by cable.
M. Install air-line system
1. Connecting front and rear cross beam air system using ￠6×￠4 black air line (See
d
c
b
a
retainer
Protective Ring
Fig. 26
cylinder inlet
port swing
upward
Fig. 25

17
M. Install air-line system
1. Shear the ￠6×￠4 black air lines of cross beams between the two retainers, and
then connect with T-Fitting(See Fig. 26).
2. Connecting front and rear cross beam air system by using ￠6×￠4 black air line
(See Fig. 27).
3. Connecting air solenoid valve by using ￠6×￠4 black air line (See Fig. 27).
Fig. 27
83
Air cylinder fitting
Air cylinder fitting
Air cylinder fitting
Air cylinder fitting
Powerside Platform
Shear the ￠6×￠4 black air
lines of cross beams between
the two retainers, and then
connect with T-Fitting
Rear
Cross
Beam
Front
Cross
Beam
Retainer
Retainer
83
Air cylinder fitting of
powerside column
Air cylinder fitting
Connect with air
solenoid valve
84
85
86A
Powerside Platform
Connecting Air Solenoid
valve using ￠6×￠4 black
air line.
Protective Ring
86A
Rear
Cross
Beam
Fig. 26
Fig. 27

18
4. Connecting Oil-water separator and Air solenoid valve using air line (See Fig. 28).
5. Connecting air inlet (Air supply pressure 5kg/cm2- 8kg/cm2), adjusting the air
pressure of Oil-water separator to 0.4 - 0.6MPa (See Fig. 29).
Connecting Oil-water
separator and Air solenoid
valve using black air line
￠8×￠6×180mm
Oil-water
separator
Air solenoid valve
Fig. 28
air line ￠6×￠4
Fig. 29
Clockwise to increase
the air pressure
Counter-clockwise to reduce
the air pressure
Adjusting the air pressure to
0.4~0.6MPa
87
Connecting air inlet