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Long RAM jack hydraulic jacks come in various types based on their construction and lifting capabilities. They include:
Standard Long Ram Jack
The standard long ram jack is an everyday hydraulic jack in most workshops. It has a long and flat steel body with a hydraulic piston on one end. When the jack handle is pumped up and down, the hydraulic fluid inside the jack circulates. This action raises and lowers the jack load. Standard long ram hydraulic jacks come in various capacities and lifting heights, making them versatile for different lifting tasks.
Low Profile Long Ram Jack
The low-profile long ram hydraulic jack is designed for lifting heavy loads close to the ground. It has a shorter body than the standard long ram hydraulic jack. This special design enables the jack to fit under low-clearance vehicles or equipment. The lifting capacity and height range of the low-profile long ram jacks are similar to those of the standard long ram hydraulic jack.
High-Pressure Long Ram Jack
The high-pressure long ram hydraulic jack is built with a high-pressure hydraulic system. This special feature provides a more compact design while increasing the lifting capacity. High-pressure long ram jacks are ideal for heavy industrial applications where lifting heavy loads is a frequent task.
Telescopic Long Ram Jack
The telescopic long ram hydraulic jack consists of multiple cylinders stacked inside each other. It has a compact design that enables the jack to be retracted to a smaller length. The telescopic long ram jacks have a longer lifting stroke than the standard long ram hydraulic jack. This type of long ram hydraulic jack is mainly used in applications that require lifting heavy loads to great heights.
Electric Long Ram Jack
The electric long ram hydraulic jack is powered by an electric motor. This eliminates the need for manual pumping of the handle. Electric long ram hydraulic jacks are convenient for tasks that require frequent lifting adjustments. They are available in both portable and stationary models.
Capacity
Hydraulic jacks are produced with different load capacities so that they can be used to lift different weights. The capacity of a hydraulic jack is usually written on it. If the weight to be lifted exceeds this capacity, the jack may be damaged or injured.
Stroke length
Long ram jack hydraulic jacks have different stroke lengths. The stroke length is the distance the jack rises when the piston is pressed. When the stroke length of a hydraulic jack is long, it will be able to lift objects to a greater height. The height an object can be lifted is determined by the stroke length of the hydraulic jack.
Weight
The long ram jack hydraulic jacks are designed to be lightweight so they can be carried about easily. However, they should not be lifted, and their capacity should not be exceeded. The weight of the hydraulic jack is determined by the material it is made from, the components, and the load it is designed to lift.
Size
Long ram jack hydraulic jacks come in different sizes depending on the type and model. The size of a hydraulic jack affects its lifting capacity and stroke length. Larger jacks have more lifting capacity and longer stroke lengths than smaller ones.
Long ram jack hydraulic jacks
should be inspected daily before use. The inspection should include checking for any signs of damage, wear, corrosion, or leakage. All visible parts of the hydraulic jack should be cleaned regularly, especially those exposed to dust and debris. The hydraulic fluid in the hydraulic jack should be changed according to the manufacturer's instructions. When the hydraulic fluid is replaced, the hydraulic jack should be bled to remove any trapped air.
Long ram hydraulic jacks
should be stored in a clean, dry place. Extreme temperatures and humidity should be avoided. Long ram hydraulic jacks should not be left exposed to sunlight for an extended period, as this can damage the paint and the components. Long ram hydraulic jacks should be lubricated regularly, especially moving parts like the handle and the piston. The lubricating oil used should be according to the manufacturer's instructions.
Long ram hydraulic jacks
should not be overloaded. The weight to be lifted should not exceed the capacity of the jack. When the long ram hydraulic jack is overloaded, it can damage the components and affect its performance. Long ram hydraulic jacks should not be used to lift heavy objects for a long time. Prolonged use can lead to overheating and damage to the jack's components.
Long ram hydraulic jacks
should not be dropped or subjected to impact. This can damage the jack and affect its performance. The long ram hydraulic jack should be used on a flat, stable surface. Unstable surfaces can affect the stability of the jack and lead to accidents.
When sourcing hydraulic jacks, consider the weight, height, and jack construction. The long hydraulic ram jack is suitable for lifting heavy weights but has weight and portability challenges. Here are some tips on how to source long hydraulic ram jacks.
Weight and lifting capacity
When using long ram hydraulic jacks, dealers should be aware of the weight and lifting capacity of the jack. Choose a hydraulic jack with a lifting capacity greater than the weight of the load to avoid accidents. The hydraulic jack should also be portable to enable users to maneuver the jack in tight spaces.
Height and stroke length
Consider the maximum height and stroke length when choosing a long hydraulic jack. The jack should have a suitable height for tasks like lifting trucks and buses. Also, the stroke length should accommodate all lifting needs.
Construction and material
Choose a hydraulic jack with quality material construction. Steel jacks are durable and suitable for heavy lifting, but they are not portable due to their heavyweight. Aluminum jacks are lightweight and portable, but they have lower lifting capacity.
Safety features
Choose long ram hydraulic jacks with safety features like overload valves. The valves prevent load lifting beyond the jack's capacity, protecting users from accidents. The hydraulic jack should also have a safety lock to prevent load descent when the jack is in use.
Ease of use
When choosing a long ram hydraulic jack, consider ease of use. The jack should have a comfortable handle for pumping. Also, choose jacks with wheels for easy movement and placement under the load.
Price and warranty
Consider the hydraulic jack's price and warranty. Choose jacks with the best features at an affordable price. Also, choose jacks with a reasonable warranty period to protect the initial investment.
Below are the steps for DIY and replace of hydraulic jack:
Preparation:
Choose a safe working environment. Read the owner's manual to understand the hydraulic system. Gather tools like jack stands, wrenches, and a bleed kit. Get repair parts such as a seal kit or hose replacement.
Disassembly:
Lift the vehicle using a standard jack and secure it with jack stands. Remove any covers or guards. Follow the manual to disassemble the hydraulic jack. Take pictures to remember the order of parts. Mark hoses and lines where they connect.
Inspect and Repair:
Inspect all parts for wear, cracks, or leaks. Replace damaged parts. Clean all parts before reassembly.
Reassembly:
Put the jack back together following the manual. Use the pictures taken earlier as a guide. Make sure all seals and O-rings are in place. Connect hoses and lines as marked before disassembly.
Bleed the Jack:
Air may get inside the hydraulic system when disassembled. Use a bleed kit or follow the manual instructions to remove air. This will make the jack work properly.
Testing:
Before using the hydraulic jack on a vehicle, do a test lift on a solid surface. This ensures the jack works right and is safe. Check for leaks or unusual noises when lifting and holding a load.
Final Assembly:
Once satisfied with the test results, put back any covers or guards that were removed. Store the jack and tools properly.
Q1: How should a hydraulic jack be maintained?
A1: Proper maintenance of hydraulic jacks is crucial for safe and effective operation. Follow these guidelines to keep the hydraulic jack in good condition:
Q2: What is the difference between a hydraulic and a mechanical jack?
A2: Mechanical jacks use screws, levers, and other mechanical components to lift loads, while hydraulic jacks use hydraulic fluid and force transmission through a system of pistons and cylinders to lift loads.
Q3: What factors should be considered when choosing a hydraulic jack?
A3: Consider the following factors when choosing a hydraulic jack: