• Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift System 1
  • Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift System 2
  • Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift System 3
Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift

Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
1 unit
Supply Capability:
20000 unit/month

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Scissor Lift Feature 

 

Ultra-thin design for easy on-ground mounting

Four-hydraulic design,steel boards stand for heavy duty lifting capacity

Self mechanical safe lock, pneumatic unlock device, lowest noise

Drawer type extensible platform for different vehicle

Low tension 24Volt power

Alarm alert when down work for avoiding damaging

Build-in motor overload protection device

Manual emergency pump as optional

Slotting adaptor and heighten rubber adaptor

CE Certificated

 

 

 

Specification

 

Item No.

CMSL3.0A

Lifting capacity

3000kg

Lifting height

2000mm

Minimum height

300mm

Overall Width

1880mm

Length of Platform

1550-1750mm

Runway width

540mm

Lifting time

≤75s

Lowering time

>30s

Motor

220V/380V 50Hz/60Hz 1Ph/3Ph

FAQ

1. Why should I choose CNBM  scissor car lift?

There are several reasons you should strongly consider purchasing a CNBM Lift:

Top raw materials from only the finest plants
Only professional cost-effective equipment
Low prices with high quality revenue producing products
Increase productivity for your customers( Your customers gain more, they will enjoy buying from you.)
The best customer service. Quick reply within 24 hours and more.
Great Warranty

2. How safe are your scissor car lift?

Our 2&4 post lifts have been tested and CE certified for safety . They also meet the American
and Australian Standard.

3. Should I keep repair and replacement parts in stock?

Yes, most all commonly required repair and replacement parts should always keep in stock.

4. What type of fluid is required for my scissor car lift?

We recommend use of a SAE10 hydraulic fluid that meets an ISO 32 specification, approximately 3 gallons / 12L are required.

5. Are CNBM scissor car lift designed for commercial use?

All of our lifts can be used in commercial applications without any problems.

6. Do you offer any custom designs?

Yes,CNBM Lift provide OEM/ODM services to top range partners.Produce a superior product for you by your designs.

Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift

Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift

Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift

Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift

Auto Lift/Scissor Lift With Ce/Siccor Lift 3T/Auto Lift

 

Q:1. If you wanted to lift a car weighing 15,000 N, how much pressure would you need to exert on a small piston with an area of .05m^2.2. How much force would we need to exert on the .05 m^2 piston if we are lifting a 15,000 N car on a piston with an area of 3 m^2
You should ask what doesn't China export, the list would be shorter.
Q:what could they be charged with if its illegal?
The repoman will take the car to their impound lot, and all the trash will be cleaned out, and you will be tossed in the trash. Then the car gets auctioned off.
Q:In a car lift, compressed air exerts a force on a piston with a diameter of 5.00 cm. This pressure is transmitted to a second piston with a diameter of 15.0 cm. How large a force must the compressed air exert to lift a 1.33 x 10^3 kg car? Show work please
using pascal's law,we know that Pressure 1 pressure 2, P1 P2. pressure force(N)/area(m^2) in this case,P1 F1/A1 P2 F2/A2 so,this gives us, F1/A1 F2/A2 where F1 is the force of the compressed air ,A1 is the area of the first piston,F2 is the weight of the car A2 is the area of the second piston. Our mission here is to find F1 since its the unknown here. F2 weight of the car mass x gravitational acceleration (1.33x10^3 kg) x 9.81 m/s^2 13407 N 13.407 kN A1 is the area of the first piston,which is a circle so A1 pi R^2 since radius,R 1/2 Diameter R (1/2)(0.05m) 0.025 m so area of A1 pi (0.025^2) 1.96 x 10^-3 m^2 for A2 ; R (1/2)(0.15m) 0.075 m so area of A2 pi (0.075^2) 0.0177 m^2 Plugging in the values into the formula F1/A1 F2/A2 F1 / (1.96 x 10^-3 m^2) 13407 N/ 0.0177 m^2 F1 757457 x (1.96 x 10^-3) 1485 N Thus,the compressed air must exert a force of 1485 N to lift the car ) hope i helped.Take care.
Q:I have a 95 grand prix and am having some suspension problems. I need new suspension all around, but I was wondering if theres a way to lift my car and make it just a little taller? Maybe take some bigger struts off of a heavier car or truck, or would those not fit? Also, are there any other ideas of how I can do this? It is front wheel drive and the back is transversely mounted leaf spring suspension and struts, the front is struts with coil springs. Thanks, any ideas would be appreciated, even body lift (if thats possible for a car) just anything to get it up higher
the diples in most materials are randomly oriented ,so they cancel each other
Q:okay i have a car that is drop a little(even though it dosent look it) and cant get a saftey check. my dad knows how to do , but is there any extra things we need to buy other than a jak, normal tools inorder to lift it my self. its a car not a truck, so cant you adjust the block like in a truck
I ran over Jon's motorsycle w/ my car.
Q:You know like in one of those old 1920‘s cars where the trunk lifted up and became an extra seat. I think that would be so cool. I would also like running boards on the side of a car
my straightener does that
Q:Why when a car is lifted in the air, the struts can have some play. Why not to attach them to the body tightly?
They need to float to move with the bumps and bounces of the car, if they were tight they would break.
Q:A college rower can easily push a small car along a flat road, but she cannot lift the car in the air. Since the mass of the car is constant, how can you explain this discrepancy?
It is the difference between lifting the car's weight (Force) and accelerating its mass. Weight acts at right angle to the force (push) to roll the car horizontally We need only accelerate the car's mass to move it. Force at right angle does not matter, in this case.

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