Hydraulic Car Lift Factory Price,Car Lift In China,Automobile Industry
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 4 unit
- Supply Capability:
- 3000 unit/month
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Specifications
Economical Clearfloor Two Post Lift
Dual hydraulic cylinders drive, stable lifting and lowering.
Features
• Dual hydraulic cylinders drive, stable lifting and lowering.
• Automatic full-scope safety lock , safe and simple in operation
• Adopt two steel cables for equalization, force two carriages to move synchronously, and effectively prevent the vehicle from tilting
Specification
Capacity : 3.5 TON (7875 lbs)
Lifting height :1950 mm (76.8inch)
Lifting time: 50 Sec
Lowering time: 40 Sec
Power supply: AC 380V 3PH
AC 220V 1PH
Motor power: 2.2 kw
Passing width: 2486 mm (97.9 inch)
Overall width: 3420 mm (134.6 inch)
Overall height: 3840 mm (151.2 inch)
FAQ
1. Why should I choose CNBM 2 post 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 2 post 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 2 post 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 2 post 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.
- Q: I was cleaning out my trunk until I noticed some old business cards I had are stuck below the rear seats of my car. I‘m trying to get them out but they‘re too far back in there. Is there a way I can get those cards out from under the back seat?I can‘t reach in there with my hand cause the seat is blocking it and I can‘t put my hand under the backseat from inside the car, in front of the rear seats. It‘s a 2003 Ford Focus ZX3 with a hatchback.
- remove seats from you carunscrew to bolts inside the car lift seat and you have you card
- Q: Or be alone with Bill Clinton in the Oval Office?
- I'd rather go to a crack party with Obama. Nah, seriously, I'd rather go hunting with Dick.
- Q: In a hydraulic lift, the radii of the pistons are 2.76 cm and 10.8 cm. A car weighing W 8.6 kN is to be lifted by the force of the large piston. (a) What force Fa must be applied to the small piston? in N(b) When the small piston is pushed in by 9.2 cm, how far is the car lifted? in mm(c) Find the mechanical advantage of the lift, which is the ratio W / Fa.
- there is errors in framing of the question. The assertion “The device that exerts a 300N rigidity to enhance a 1300 N merchandise” is erroneous. genuinely:- The device exerts a rigidity of 1300 N while we be conscious purely a rigidity of 300N. consequently, a 300 N rigidity is bigger to 1300N rigidity. 4.33 x 3 hundred is 1300. for this reason the income of utilising this device is, ‘A given rigidity is bigger by utilising 4.33 cases’. The mechanical income is 4.33.
- Q: Ok, so I have a 1994 Jeep Grand Cherokee Laredo, and I have a couple questions regarding how hard it would be to lift it myself (as oppose to having a auto-shop do it). I have a lot of the tools I think I would need, however I have little experience with cars. How much money could I expect to have spent after all is said and done? Finally, how long would it take me? Any other advice or info would be great. Thanks.
- UNLESS UR SEXY HOT, AND MY TYPE OF girl!!!!
- Q: if you have a really fast car likeBUGATTI VEYRON witch will do about 270+?MPH how does any one keep it from the effects of lift and coming off the ground. cause my car will do 160MPH and you can feel the tires coming up. but it is not quite fast enough to take them off completely and really defy gravity
- Cars such as the Bugatti are specifically designed to go fast and reduce lift. In fact, with the proper speed, cars like this could be driven upside down (like in a tunnel). These supercars also tend to be lower to the ground. For cars that are not so super, a spoiler can usually help decrease lift.
- Q: So, I am babysitting my 1-year-old cousin who is about 25-30 pounds and I have to lift him to put him in his high chair, crib, and the car seat. I am 18 weeks prego. Is it bad for me to be lifting him?
- I would say yes. I don't think you are suppose to lift anything over 25lbs. I know that I picked up my 4 1/2 year old son recently out of necessity for about 10 seconds and I was hurled over in pain afterwards. But he weighs 44 lbs. So that is kind of a bad example.
- Q: want to customize my car for a car show I need some advice on how to lift and lower it like hydraulics. I am aware it’s a new body frame so these type cars are not built for it. I just want honest answers on how to get this done.
- Get a very cold, wet towel and wrap him in it tight then roll him around contineuously.
- Q: In a hydraulic lift, the radii of the pistons are 2.73 cm and 9.6 cm. A car weighing W 10.0 kN is to be lifted by the force of the large piston. (a) What force Fa must be applied to the small piston?N(b) When the small piston is pushed in by 8.9 cm, how far is the car lifted?mm(c) Find the mechanical advantage of the lift, which is the ratio W / Fa.
- a) From Pascal's law the pressure is constant and since p F/A we have Fa/Aa F2/A2 So Fa F2*Aa/A2 10.0x10^3N*π*(0.0273m)^2/(π*(0.096m)^2) 809N b) The volume of fluid moved is constant so Aa*ha A2*h2 so h2 ha*Aa/A2 8.9cm*π*(0.0273m)^2/(π*(0.096m)^2) 0.720cm c) MA W/Fa 10000/809 12.4
- Q: I am going to make a motor cycle lift that uses an arm, which goes under the bike frame (and or wheels). The arm running on 25mm diameter nylon rollers will move up and down a piece of heavy section 50mm Square tubing. To lift and lower the arm it will be attached to a tube (approx 150mm long) with nuts at each end which is operated by a piece of threaded rod 800mm long turned by a half inch hand drill. Would 16mm ISO thread be OK or would ACME General thread be better. Would tapered bearings either end (say car wheel bearings) be the best way to handle the end thrust during operation? Any suggestions much appreciated. Bazzer
- i imagine it'd be pretty lonely and daunting. not much point of being around either, is there?
- Q: you are designing a hydraulic lift for an automobile garage. it will consist of two oil-filled cylindrical pipes of different diameters. a worker pushes down on a piston at one end, raising the car on a platform at the other end. to handle a full range of jobs you must be able to lift cars up to 3500kg, plus the 550kg platform on which they are parked. To avoid injury to your workers, the maximum amount of force a worker should need to exert is 100NA) what should be teh diameter of the pipe under the platform. B)if the worker pushes down with a stroke of 50.0 cm long, by how much will he raise the car at the other end?
- A) cars + platform 4050 kg to lift 1kg 9.8 N 4050kg x 9.8 N 39,690 Newtons needed to lift cars and platform 39,690 N / 100 N (worker force) 396.9 mechanical advantage is 1: 396.9 In other words, for every 1 Newton of force the worker pushes he gets the hydraulics to pick up 396.9 N. If you have a 1 pipe on the worker side the A pi * r^2 so area .785398 square inches you need to multiply the .785398 by the 396.9 mechanical advantage to get area needed for big lift cylinder .785398 x 396.9 311.72 square inches of area needed to get radius solve for r^2 311.72 sq in 3.14 * r^2 r 9.96 inch radius or about a 20 inch diameter cylinder, using a 1 inch dia cylinder for the drive side. B) Since the mechanical advantage of the power is 1: 396.9 then the lifting distance will be 1/396.9 of the distance of the power driven piston So if your stoke is 50 cm then --- 50 * (1/396.9) .1259 cm distance big lifting piston goes up
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Hydraulic Car Lift Factory Price,Car Lift In China,Automobile Industry
- Ref Price:
-
- Loading Port:
- Shanghai
- Payment Terms:
- TT OR LC
- Min Order Qty:
- 4 unit
- Supply Capability:
- 3000 unit/month
OKorder Service Pledge
OKorder Financial Service
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