Please read this manual carefully before using.

Note: improper operation will result in safety accident.

SXJS3210
MID-RISE SCISSOR LIFT
INSTRUCTION MANUAL

The Company reserves the right to make changes to products as a result of necessary
quality improvements and design improvements without special notice.

Add：No. 14 Wuxi Road, Development Zone, Yantai City, P.R.China

Tel：0086-535-6853129 Fax：0086-535-6853815
 Statement
◆ Copyright! No company or individual shall copy and back up this manual in any
form (electronic, mechanical, photocopying, recording or other form) without the
written consent of Yantai Haide Science and Technology Co., Ltd. (hereinafter
referred to as "SUNSHINE").

◆ Before using this product, please read the manual in detail, strictly in accordance
with the provisions of this manual for the operation, maintenance and
maintenance of the product. In violation of the provisions of the operation, the
consequences caused by this, the company does not bear any responsibility!

◆ This manual is designed for the use of SUNSHINE products, and we are not
responsible for the consequences of using them to guide the operation of other
equipment!

Manufacturer
Yantai Haide Science and Technology Co., Ltd.
Add：No.14, Wuxi Road, Economic and Developed District, Yantai, China
Tel：86-535-6853129
Fax: 86-535-6853815
www.ythaide.com

Service
Yantai Haide Science and Technology Co., Ltd.
Add：No.14, Wuxi Road, Economic and Developed District, Yantai, China
Tel：86-535-6853129
Fax: 86-535-6853815
Email: service@ythaide.cn
 CONTENTS

Chapter I Overview………………………………………………………………1
1.1 Lift Introduction………………………………………………………………1
1.2Technical parameters …………………………………………………………1
1.3Structural composition…………………………………………………………2
1.4Hydraulic system………………………………………………………………2
1.5Power failure emergency operation……………………………………………4
1.6Control panel …………………………………………………………………5
Chapter II safety instruction………………………………………………………6
2.1 Safety rules……………………………………………………………………6
2.2 Warning mark…………………………………………………………………7
2.3 Safety design introduction……………………………………………………7
Chapter III Installation……………………………………………………………8
3.1Installation Environment………………………………………………………8
3.2 Handling, Transportation and Storage…………………………………………8
3.3 Handling safety matters………………………………………………………8
3.4 Installation site choice…………………………………………………………8
3.5Installation………………………………………………………………………9
3.6Upper limit switch adjustment…………………………………………………11
3.7Exhaust Adjustment……………………………………………………………12
3.8Load test………………………………………………………………………13
Chapter IV Operation……………………………………………………………14
Chapter V Maintenance…………………………………………………………15
Chapter VI Precautions…………………………………………………………16
Chapter VII troubleshooting and solution………………………………………17
Annex:
Products quality certificate
Inspection report
Packing list
Machine breakdown diagram
Parts breakdown diagram
Electrical schematic
 Chapter I: Overview
1.1 Lift Introduction
The lift adopts the scissor-type mechanical structure; utilize the hydraulic pressure to
produce the lifting power. The air pressure controls the lock and loosening of the
execution components. The mechanical lock could insure the security and the hydraulic
balance valve adjust the lifting flat level. It processes many advantages, such as simple
structure, advanced technology, easy operation, and safety. It is especially suitable for
high precision wheel alignment and Auto’s repair and maintenance. The feature as
below:

1. Inspection and repair functions, excellent appearance.

2. Hydraulic drive, quiet working environment.
3. Ultra-thin design, ground installation, convenient and practical.
4. Extensible platform design, suitable for different length vehicles.
1.2. Technical Performance Parameters
1.2.1 Main Technical Parameters

Model Lifting height Capacity System pressure

SXJS3210 1000mm 3200Kg 25Mpa

Lifting time Power Motor power Dimension（mm）

≤45s 380/220V,50Hz 3.0KW 2070×1900×1000

1.2.2 Dimensional Schematic Diagram

Fig 1 Dimension drawing

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1.3 Structural composition

The machine is mainly composed of three parts: mechanical system, hydraulic system,
and electrical system, and the main composition structure is shown in Fig.1 and 2.

1.4 Hydraulic system

The hydraulic system of the lift machine is installed in the control cabinet, the hydraulic
schematic diagram is shown in figure 2, and the structural composition of the pump
station is shown in figure 3.

No Code Name Note

1 91040960811 Oil tank
2 91040960812 Oil filter
3 91040960813 Oil pump
4 91040960814 Motor
5 91040960815 One-way valve
6 91040960816 relief valve
7 91040960817 throttle valve
8 91040960818 overflow valve
9 91040960819 Pressure gauge optional
10 91040960820 cut-off valve
Explosion proof
11 21020300122
valve
12 14020407017 Main cylinder
13 14020407018 Vice cylinder

Fig.2 Schematic diagram of hydraulic system

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 No Code Name Note
1 91040960814 Motor
Electromagnetic
2 91040960820
cut-off valve
3 15030200021 Tubing interface MZ
4 91040960816 Relief Valve
5 91040960818 unloading valve
6 14010300039 PU pipe interface A1(MA)
Some is
7 91040960811 Oil tank
round
8 14010300039 PU pipe A2(ZA)
9 91040960817 throttle valve
10 91040960815 One-way valve
11 15030200021 Tubing interface ZZ
Electromagnetic
12 91040960820
check valve

Fig.3 Structure diagram of hydraulic pump station

** Note! The relief valve and throttle valve were adjusted to a suitable location before
delivery, for safety reasons, prohibited casually adjusted.

No arbitrary adjustments for safety purposes .

1.4.1Relief Valve Adjustment

In Figure 3, relief valve 4 is responsible for system pressure regulation and system rated
pressure is 25MPa .Remove the plastic dust shield ，the relief valve spool can be seen
after the nut is unscrewed 。Rotate the spool screw clockwise and the pressure will
increase ，Counterclockwise rotation reduces pressure （See fig 4 below ）。

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 Fig 4. Relief Valve Adjustment
1.4.2 Throttle adjustment
In the photo 3, the throttle valve 9 is responsible for adjusting the descending speed
of the equipment. Rotate out counterclockwise to speed up the descent; turn it in
clockwise to slow down (see Fig 5)。

Fig 5.Throttle adjustment

1.5 Power failure emergency operation
When a power outage occurs after the device is raised, first turn off the power switch to
prevent sudden calls. Then open the control cabinet and find the one-way check
solenoid valve and pressure relief valve, as shown by the arrow in Figure 6. Unscrew
the solenoid valve fixing nut, then press down the manual lock nut in the middle of the
check valve core, and turn left counterclockwise, the lock nut will automatically return
to open. In the same way, the manual lock nut of the pressure relief valve is opened, and
at this time, the lifting opportunity slowly drops. After the lift has fallen to the lowest
position, press the manual lock nut and rotate it clockwise to reset.

-4-
 Fig 6 Power failure emergency operation

1.6 control panel

Fig7. control panel

No. code name remark

1 11110100001 Up button

2 11110100003 Power switch

3 11110100001 Down button

4 11300000010 Indicator light

5 11300000011 buzzer

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 Chapter 2 Safety Instructions
2.1 Safety regulations
Do not operate the equipment until you have carefully read and fully understood
the instructions and rules contained in it. Negligence may cause major accidents,
electric shocks or serious injury to people or property.
1. Know your machine
For your personal safety, please read this manual carefully to familiarize yourself with
the applications and restrictions of the machine and the potential dangers associated
with the machine. Untrained professionals are strictly prohibited from operating and
using this equipment.
2. Power connection
Powered by a professional qualified electrician. Confirm that the power to be
connected is consistent with the parameters on the motor nameplate. When connecting
the power, you must confirm that the motor is turning correctly.
3. Keep the work area clean
Remove obstacles around and below the platform before work. Cluttered areas and
load-bearing components can cause accidents.
4. Do not use in hazardous environments
Keep the work area well lit. Do not use or expose the device to wet or rainy locations.
The ambient temperature is lower than 10 ° C. The compressed air needs to be filtered
sufficiently effectively to prevent the pneumatic system from freezing.
5. Non-professionals should not approach
When the equipment is being lifted, no one can stand up and down, and no one can be
seated in the lifted vehicle. All visitors must maintain a safe distance within the work

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area.
6. Don't force to operate the machine
Let the machine work at its designed speed. The center line of the lifted vehicle must
coincide with the center line of the platform of the lift, and deflection is strictly
prohibited. The weight of the lifted vehicle must not exceed the lifting capacity
(3200Kg) of this equipment.
7. Wear appropriate clothing
Avoid wearing loose clothing, gloves, necklaces, bracelets or jewelry that could be
caught by moving parts. It is recommended to wear non-slip shoes. Wear a hood that
wraps your long hair.
8. Do not maintain the machine under working conditions
The machine should be properly maintained regularly, such as lubrication and
adjustment. The leveling of the equipment should be carried out under no-load condition,
and the leveling operation is strictly prohibited after the load.
9. Before repairing or replacing accessories, the power of the machine must be cut off.
10. Don't let the machine run unattended. When the equipment is not working for a long
time or overnight, it should be lowered to the lowest position, drive the vehicle, and cut
off the power.
2.2 Warning sign (for illustration only)

Fig.8 Fig 9
When the lift is in operation, personnel are not allowed to approach the lift (Fig 8).
The ground near the lift should be clean and free of oil (Fig 9).
2.3 Introduction to Security Design
2.3.1 Independent dual oil circuit design
As can be seen from Figures 2 and 12, this machine uses independent dual oil circuits,
and the working solenoid valve uses a two-way check valve (Figure 3). This design can
ensure the stability, safety, and reliability of the hydraulic system, and make the
equipment operate simple debugging. At the same time, this independent dual oil circuit
design plays the role and effect of mutual protection locks.
When the lift is in a raised state, if one of the oil circuits suddenly loses pressure for

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some reason, the pressure of the other oil circuit is not affected, and it can still provide
sufficient support force, similar to the role of a mechanical protection lock, to keep the
lift In the original lifting position and state, thus avoiding vehicle damage or even
personal injury.
2.3.2 Tubing explosion-proof valve
An explosion-proof valve safety part is installed at the oil inlet of the lifting
cylinder. As mentioned above, when for some special reason, the oil pipes of the two oil
circuits burst or lose pressure at the same time, the oil pressure on the outside of the
explosion-proof valve (inside of the oil cylinder) drops rapidly due to the rapid return of
the oil. The internal valve core of the explosion-proof valve closes quickly, which can
prevent the elevator from falling or slow down the speed of the elevator, and provide the
necessary escape time for the operator. So as to play an effective role in security
protection.

-8-
 Chapter III: Installation

3.1 Installation environment

1. Air humidity: 30-90%;
2. Working Temperature: -5-40℃;
3. Power: 380V/220V, 50Hz/60Hz;
4. The maximum vertical space for installation should be bigger than 4m，the
distance from obstacles like wall to lift should be bigger than 2m.
3.2 Handling、Transportation and Storage
1. Use crane or forklift to lift up the center of equipment gravity and move.
2. In case of rain or snow in process of lifting or moving, there should be proper
protection measures.
3. Lift equipment should be placed in a horizontal position, and it’s not allowed to pile
up heavy things.
4. Storage space must be waterproof 、 moisture-proof, environment temperature within
-10゜~+40゜.
3.3 Handling safety matters
1. When handling, please select the appropriate lifting equipment according to the
weight of the machine to prevent damage to person or equipment.
2. When handing, please identify the location of the center of gravity to horizontally lift.
It’s not allowed to lift up with unbalanced position from left, right, front, rear side, in
order to avoid rollover causing person or equipment damaged.
3. After lifting, under the lifting machinery and equipment people are not allowed to
stand, so as to cause anyone hurt.
4. No heavy loads are allowed on the equipment.
3.4 Installation site choosing
The lifting machine should be installed in the indoor environment with no dust and
other pollution and adequate lighting, the installation location should be based on the
planning requirements of the whole site, as far as possible to leave enough work space.
The cabinet should be placed in a safe area, can be placed on the left or right side of the
lifting machine according to the situation.
Install base after tamping pouring reinforced concrete, thickness bigger than
150mm, recommendations thickness 180mm~200mm. Strength should be - 9 - above
3000PSI. The level of total length should be less than 5mm.
If the user require installing on the original foundation or the cement floor, it is still
necessary to confirm whether the strength of the foundation can meet the above

-9-
requirements.
3.5 Installation
3.5.1 Precautions before installation
1. Make sure that the ground is not defective. According to Fig.10 equipment
installation location picture, determine the installation location and make a line (as a
reference for the installation of the equipment). The installation of ground level error
should be less than 5mm

Fig 10 Equipment Installation Drawing

2. Open the box, in accordance with the "packing list", check whether there is damaged
part in transit and missing pieces. 3. Installation tools required: impact drill, Φ16 impact
drills, hammer, level pipe, tape measure, wrench, hex wrench, crowbar, ink line, flat
screwdriver, pliers, socket and cable.
3.5.2 Place the Equipment
Put the small scissor lift into a predetermined position, in process of operating, Fig.
8 Equipment Installation Location Pictures - 10 - please pay attention to protect oil pipe
and air pipe, so as to prevent the pipes damaged or entering soil, dust and other thing.
Adjust well front and rear space. With fixed installation, please firstly lift up the small
scissor lift (better to drill the anchor bolts), impact drill anchor bolts holes (not install

- 10 -
expansion nail firstly). The horizontal error of the main and auxiliary platform was
detected with the horizontal tube or the horizontal ruler, and adjusted to less than 5mm.
After adjustment, the clearance of the base plate and ground must be filled with steel or
cement mortar, finally beat into anchor bolt expansion screws and fastening anchor bolt
(Figure 11). This step can be done after the completion of the machine testing.

Fig11
3.5.3 Filling hydraulic oil
Add enough hydraulic oil to pump tank (about 6 liters, prepared by users). The
hydraulic oil must be above 46# with high pressure and wear-resistant hydraulic oil
produced by regular manufacturers.
Note: The viscosity of hydraulic oil is high for low temperature in winter, it is easy to
cause declining speed of equipment unloaded particularly slow. Please change to 32 #
wear-resistant hydraulic oil if necessary. Under the same temperature conditions, the
same load, hydraulic oil marked lower, the smaller its viscosity, the faster the declining
speed. Therefore, when the temperature is higher in summer, should replace the
hydraulic oil to related one. Please refer to Chapter V, "Maintenance" for replacement of
hydraulic oil.
3.5.4 Power supply
As per the requirement of the motor nameplate to connect power supply wires, the
control box needs to connect the earth. Pay attention, for the motor of 220v, the
power supply wire specification cannot less than 4.0mm2,
Motor of 380v cannot less than 2.5mm2.
Insuring the power supply stably, never lack of the phase, keep the normal power
voltage, then press the raising button uninterruptedly to check the motor rotate direction
whether normal or not (the time cannot more than 3 second, as - 11 - below as same),
The rotating direction is correct if there is oil out, otherwise, the motor rotate direction
oppositely, please exchange any two wires which will rotate normally.
3.5.5 Hydraulic System Connection
Connect hydraulic system by Hydraulic piping connection diagram (Fig.12). Please
pay attention to the pipes and their correct connectors. Do not connect wrongly. (pipe
⑦ and ⑧ are transparent for oil recycling.

- 11 -
 Fig 12 Hydraulic piping connection diagram

3.6 Adjustment of Max Height Limited Switch

Rise up the lift to max height. Loose screw 2. Move the limited switch forward to
make rod 3 touches the sliding block 4 and make sure limited switch 1 work. Then
move the limited switch forward more 5mm. Fasten screw 2 to fix the limited switch.
The scissor arms may be deformed when lifting heavy vehicles. Sliding block 4
may not be touch limited switch 1. If it is necessary, the limited switch can be moved
forward and make sure it works.

Fig 13 limited switch adjustment

- 12 -
 No. Code Part Name Remark
1 11110300006 Limited switch
2 12020101006 Fixing screw
3 21060300027 Switch pin
4 21090300065 Sliding block
5 91040930100 Lift base

3.7 Exhaust Adjustment

Note：Before air exhausting, please make sure the max height limited switch
installed and adjusted correctly.
1. Press the UP button to lift up the platforms. The platforms will be stopped lifting
after the limited switch is touched by the sliding block.
2. Open the top cover of the control cabinet as Fig 14. Press the air exhausting
button(The location of this button may be different due to different lift version.) to lift
up the platforms continuously.

3. When the lift is raised to the highest position, do not release the button. Observe the
transparent return pipe connected to the pump station (Refer to Fig. 12, please pipe
⑦and ⑧ connected to the A1(or MA) and A2 (or ZA)ports). When no more air bubbles
in the two return pipes, continue to let the pump station work for about 10 seconds, then
release the adjustment button and press the down button on the control panel to lower
the lift to the lowest position.

4. During the normal use of the equipment, if platforms on both sides are not balancing,
you need to immediately perform the exhaust leveling operation according to the above
steps.

Fig.14 Adjustment button

- 13 -
5. It should be noted that the exhaust leveling operation must be carried out under
no-load conditions, and the leveling operation is strictly prohibited during load.

3.8 Load Test

Check whether oil pipes work well, whether anchor bolts firmly fixed, whether adding
lubrication oil to related points. Test to make sure everything is normal. Make sure
everything is well before test.

Do unload test two or three times, you can do load test after no abnormal noise and
leakage.

Do load operation two to three times. Check whether two platforms are the same height
during test, whether control button is normal, whether work cycle is accurate. Whether
any abnormal sound or leakage.

Lift cold be used normally after test well.

- 14 -
 Chapter IV Operation

Safety is important during operation. Untrained professionals are strictly forbidden to

operate and use this equipment. The operator will take the responsibility if any accident
happened due to wrong or improper operation. Please operate according to the safety
regulations strictly to ensure safety.

1. Turn on the air compressor to make it work normally and reach the required working
pressure (0.5-0.8Mp).Turn on the electrical source and the indicating light is on.

2. Press the rising button, the hydraulic pump works as well. Check the height level of
the two platforms. If they are not on the same level, Please perform the exhaust leveling
operation according to the section "3.7 Exhaust leveling".

3. Press the descending button, and place the platform to the lowest location.

4. Drive a vehicle on the lifts. Put rubber pads under the vehicle. Make sure the lift
points are directly to the rubber pads. Press up button short time. If everything is correct,
press up button. Loose up button when the lift up to the position suitable for repairing or
testing. Then start to repair or test.

5. Check and make sure no obstruction under or around the lift after finished testing or
repairing. Then press the down button to make the working platform to the lowest
position and drive away the vehicle. Please pay attention if two platforms are descent at
the same time during operation.

6. Turn off the power supply and the air compressor.

7. Turn off the general brake of the electrical source. And the whole operation is over.

- 15 -
 Chapter V Maintenance

The small scissor lift is equipment which integrated by electricity, liquid, gas so
maintenance becomes more important.

1. Keep the facility clean and tidy. Nothing is permitted to put on the flat and the
below of the facility to avoid damage to the equipments and hurt to people caused
by the decline and extrusion during lifting and falling.
2. Maintain the control panel dry and clean. Avoid the dust to fall into the
electromagnetic valve and the hydraulic oil box, and damage the hydraulic oil box
and electric components.
3. Nothing is permitted to place on the operation panel in case misacting and damage
of the press button and indicator light.

4. Keep the hydraulic pressure, pipeline and connection clean in case the pipelines
aging and dilapidate.
5. Change the hydraulic oil every 3 months at the beginning, then every 6-19 months
according to use frequency. Release the used oil thoroughly. Check the oil level
regularly and infuse the oil timely when the level is over low. Foreign matter is
strictly not allowed to fall into the hydraulic oil box in case it is damaged.
6. Clean the oil filter every season. Use the kerosene to clean and the brush to clean
the dirty things. Pay attention to not damage the oil filter and change it once find
damage.
7. Check and clean the pneumatic two-component filter timely.

8. Check whether the set screws at the hinge shaft are loose and the hinge shafts come
out every half month.
9. Make lubrication once every half month.
10. Keep clean for the rolling and slider, and put in lubrication.

11. Slider should be replaced once every year. If equipment be used frequently, please
replace them timely.
12. Keep clean of lift and surroundings before work.

- 16 -
 Chapter VI Safety cautions

1. If local voltage fluctuations exceed 10%, a voltage regulator should be installed。

2. Do not damage the hydraulic and pneumatic pipe lines to avoid accidents caused by
pressure loss。

3. After installing or repairing the power supply for the first time, be sure to confirm the
rotation of the motor (refer to the section "3.5.4 Power Connection". It is strictly
forbidden to reverse the motor to avoid damage to the pump station.

4. The hydraulic oil must be 46 # or more high-pressure anti-wear hydraulic oil

produced by a regular manufacturer (see section "3.5.3 Filling hydraulic oil").

5. The locked operation must be performed before repairing or testing, so that the
protection lock can be implemented.

6. The time relay in the control cabinet should be set within the range of 1.5 to 2
seconds. It is strictly prohibited to change the time setting at random (some models do
not have this configuration)

7. After the device is lifted and power failure. Firstly turn off the power switch to
prevent sudden power on. Then use the manual lock nut to slowly lower the lifting
platform. Be sure to tighten the screws and screw on the cap nuts.

8. In Fig.3, the relief valve 2 is responsible for the system pressure adjustment. The
screw in the nut is screwed in, the pressure is increased, and the screw out is reduced.
Throttle valve 3 is responsible for adjusting the lowering speed, the screw in the nut is
screwed in, the lowing speed is slow, and the screw out is fast. Note! when the
equipment ex-factory, the valves have been adjusted to an appropriate position. For
safety reasons, it is prohibited to adjust it freely.

- 17 -
 Chapter VII Common Faults and Solutions

Breakdowns Reasons Solutions

1. No oil in the pump. 1. Infuse enough hydraulic oil.
2. The filter net is jammed.
2. Clean out the dirty things.
1. The engine works, but no
3. There is air in the pipelines
3. Exhaust, fasten the leaking
pressure.
or connections. The
connection or change the
overflow valve leaks. overflow valve washer.
The engine is reversed or lack
Check three phase four line
2. No power
of phases. powers.
1. The control valve is 1.Disconnect the control valve
3. Correct descending jammed. and clean it.
procedure, but no response. 2.Unloading solenoid valve is
2.Cleaning or replace damaged
blocked or damaged； parts
1. The delay relay is set time too
long or too short, and
adjustment delay is 1.5
1.Delay is incorrect；
seconds.；
4.Mechanical lock does not 2.Damaged cylinder；
2.Check if the cylinder works
open； 3.Broken pneumatic solenoid
normally；
valve；
3.Check if the pneumatic
solenoid valve is working
properly；
1. Something wrong with the 1. Check or change the
button. button.
5.No lifting. 2. The electromagnetic valve 2. Check the electromagnetic
doesn’t work. valve and the relative lines

1. Check the seal circle of the

6. There is pressure in the 1. Seals of the Non-return
Non-return Valve or Overflow
hydraulic system, but it is Valve or Overflow Valve are
Valve, and the inner tie-in of
under 18Mp. It cannot lift a invalid.
hydraulic box.
car. 2. Lack of hydraulic oil.
2. Infuse hydraulic oil.
Raise the cylinder to the
7. Shaking and hard to adjust There is air in the hydraulic highest and the assistant to the
the height. loop. lowest, dismantle the pipe
connections to exhaust.
The Common pressure is
18Mp. Adjust the system
8. Heavy car cannot be lifted. Lack of pressure. pressure to 25Mp for the
heavy cars, and restores it
after getting down.
Check that if the circuit ends
9. The Button doesn’t work.； There is open circuit.
becomes loosen.
10.The insurance Check that if there is
There is short circuit.
doesn’t work. short-circuit in circuit.

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 Ultra-thin middle rise scissor lift SXJS3210

Certificate of compliance

T h i s p rodu ct i mp l e men tati on Q / 0601K H D002 -2013

s tan d ard s, p assed th e test, al l ow ed l eav i n g th e f actory.

size：2070mm×1900mm×110mm

Serial number：

Legal Representative： Inspector：

year month day

YANTAI HAIDE SCIENCE AND TECHNOLOGY CO., LTD

ADD: NO.21 TONGRUN ROAD APEC INDUSTRIAL ZONE, ZHIFU DISTRICT, YANTAI .
FAX :0535-6853815 POST CODE：264002
SALES LINE：0535-6853812，6853816 SERVICE LINE ：0535-6853811，6853813

- 19 -
 Inspection Report

Product Name：Mid-rise scissor lift

Model：SXJS3210

The Q/KHD002-2004 Criterion is executed on this product. Before the product being
put into the market, the inspection items and results are as follows:

Series
Inspection Items unit Inspection Items Measured Value
No.

1 Lifting Height mm 1000

2 Lifting Weight Kg 3200

3 System Pressure Mp ≤25

5 Lift time s ≤50

No-load synchronization
6 mm 8
accuracy

7 Repeatability mm 8

Synchronization
8 mm 8
precision bearing

Qualit y Inspector：

Date：

- 20 -
 Packing list

No Name Specification Quantity Remark

1 Main lift SXJS3210 2

2 Motor 1

3 Thick rubber pad 163*120*65 4

4 Thin rubber pad 168*125*25 4 optional

5 Water separator 1
6 Compound pad Φ14 10

7 Expansion bolt M16x120 8

8 Pad 16

9 Plastic band 20

10 Expansion bolt M6x50 18

11 Oil pipe cover 5

12 Inspection report 1

13 Manual 1

14 Packing list 1

Packing： Inspector：

Packing date ： Inspection date：

- 21 -
Figure 1. The exploded view of the whole machine

Quanti
No Material code Specification Name Remark
ty
1 91040961401 Main platform 1
2 91040961402 Sub platform 1
3 16050400052 163*120*65 Thick rubber pad 4
4 16050400053 168*125*25 Thin rubber pad 4
5 16200402005 SXJS3210 Cabinet 1
Oil pipe cover -right
6 91040261107 SXJS3019-11-11 1
angle
7 91040261102 SXJS3019-11-09-2 Oil pipe cover 800 1
8 91040261101 SXJS3019-11-09-1 Oil pipe cover 650 1
9 12030300006 M6x50 Expansion bolt 16
10 14020201006 2800 Hydraulic oil pipe 1
11 14020201006 2800 Hydraulic oil pipe 1
12 14020204003 300 Hydraulic oil pipe 4
13 15030100015 SXJS3019-00-80 Connector 60 1
14 14020204028 320 Hydraulic oil pipe 2
15 91040261103 SXJS3019-11-09-3 Oil pipe cover 900 1
16 14020204004 1400 Hydraulic oil pipe 1
17 15030300001 M14x1.5 T connector 4
18 12030300002 M16*120 Expansion bolt 8

- 22 -
Figure 2. The exploded view of parts

No Material code Specification Name Quantity Remark

19 91040950700 SXJS3210X-05-00 Ramp 4
20 91040961310 SXJS4023-18-05 Ramp nylon roller 8
21 91040950500 SXJS3210X-06-00 Ramp support 4
22 91040960104 SXJS3210X-00-04 Ramp roller axis 8
23 91040920100 SXJS3210X-03-00 Inner scissor 2
24 91040961305 SXJS3210X-00-09 Ramp head axis roller 4
25 91040961304 SXJS3210X-00-08 Ramp head axis spacer 2
26 14020407017 φ75xφ45x213 3210X main cylinder 2
27 14020407018 φ60xφ45x213 3210X sub cylinder 2
28 15030100002 M14*1.5 Right angle connector 4

29 12020400013 M8*12 Inner hexagon bolt 8

30 91040960106 SXJS3519-00-06-A Cylinder base axis 4

Inner hexagon flat lock
31 12020400013 M8*12 8
bolt
32 15030100002 M14*1.5 Straight connector 4
33 21020300122 Anti explosion valve 4
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No Material code Specification Name Quantity Remark
Self lubrication bearing
34 91040962002 SXJS3210X-00-22 4
282520
φ8 Straight-through pressure
35 14020100001 4
oil cup
36 91040960105 SXJS3219-00-01-A Platform base hinge 4
37 11110300004 8104 Limit switch 1
38 91040930100 SXJS3210X-02-00 Base 2
39 12020301020 M6*20 Inner round bolt 16
Down slider inland nylon
40 91040961302 SXJS3210X-00-06 4
base
Down slider inland nylon
41 91040961303 SXJS3210X-00-07 4
base
φ8 Straight-through pressure
42 14020100001 4
oil cup
φ8 Straight-through pressure
43 14020100001 4
oil cup
44 12010300001 M24*1.5 Round screw 4
45 12010400004 24*1 Round screw stop spacer 4
46 91040960102 SXJS3210X-00-02 Scissor middle axis 2
φ8 Straight-through pressure
47 14020100001 4
oil cup
48 91040920200 SXJS3210X-04-00 Outer scissor 2
49 91040961301 SXJS3210X-00-05 Upper slider 4
50 91040910100 SXJS3210X-01-00 Lifting platform 2
51 12090100002 φ14x1 Retaining ring for shaft 16
Inner scissor up axis
52 91040962001 SXJS3210X-00-22 4
Oil-free bearings
53 91040960103 SXJS3210X-00-03 Platform hinge shaft 4
54 12090100008 φ20x1 Circlips for axis 8
55 12020400013 M8*12 Inner hexagon flat lock bolt 4
56 91040960101 SXJS3210X-00-01 Cylinder head axis 2
Inner scissor middle axis
57 91040962003 SXJS3210X-00-22 4
oil-free bearing
58 12090100004 φ30x1.2 Circle lip for axis 4
Inner hexagon round head
59 12020301031 M6*15 8
bolt
60 91040961307 SXJS3210X-00-11 Limit switch board 1
61 12050201002 5 Flat washer 4

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Figure 3: electrical schematic diagram

1. QA Combination switch
2. QF Air switch
3. SB1 Up button
4. SB2 Down button
5. KA Intermediate relay
6. KM AC contactor
7. KT Time relay
8. DQ Air valve coil
9. YA Relief valve coil
10. BZ Buzzer
11. TC Transformer
12. M Motor
13. HL Indicator light
14. SQ1 Limit switch

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