Engine crane 2 tons

Types of Engine Cranes

An engine crane, also known as an engine hoist, is a piece of machinery used to lift heavy items like an engine. Engine cranes 2 tons usually come with a counterweight or four cast iron anti-skid wheels to balance the weight being lifted. The main parts of an engine crane are the base, legs, a hydraulic piston, a hoisting arm, a hook, and a holding tray.

The ability to lift heavy weights makes the engine crane an indispensable tool for the machinery industry. Following are some commonly used types of engine cranes:

• Folding Engine Crane

  A folding engine crane is a small, wheeled lifting device that can easily lift engines and large equipment parts. This portable crane can be collapsed or folded when not in operation for easy storage and transport. It creates ample space in a garage.

• Rollable Engine Crane

  This type of engine crane is affixed with heavy-duty cast iron wheels that offer excellent movability and stability. The base is sturdy enough to handle heavy weights up to two tons but is lightweight to allow moving the crane around. Lack of obstructive legs makes it easy to slide beneath objects that need to be lifted.

• Fixed Jib Engine Crane

  The fixed-jib engine crane has a jib arm that is straight and fixed in place. This simple design offers stability and support while lifting heavy engines. This type of engine crane may come with a base of different sizes to lift, lower, and move an engine or object weighing over a ton.

• Hydraulic Engine Crane

  Hydraulic engines cranes use hydraulic mechanisms for lifting heavy items. Once the legs are adjusted to a stable position, fluid pressure in the cylinders raises the arm to which the load is attached. Adjustment of the position of load is done by manual control. This type of engine crane may come with a foldable design as well.

• H Engine Crane

  This type of engine hoist gets its name from its base geometry, which resembles the letter H. The H-shaped engine cranes provide maximum stability during the lift. The H-design allows the crane to balance heavy engines. It can also provide optimal clearance underneath objects.

• Trolley Engine Crane

  Trolley engine cranes are wheeled lifting devices that are used to lift heavy objects and transport them over short distances. The base of the trolley crane is fixed with four wheels that provide excellent stability once the load is committed to the crane. Unlike the engine hoist, this crane has a hydraulic mechanism that uses a handle for the movement.

Specification and Maintenance

The engine crane's overall construction is an important specification, with a strong steel structure being essential. Heavy-duty steel with strong load-bearing capacity is commonly used in its construction. The materials used in the folding engine crane frame need to resist high temperatures to prevent any lasting deformities.

A 2-ton engine crane generally has a height range of approximately between 2,200mm and 3,300mm. Its adjustable arm reaches between 1,000mm and 1,700mm, allowing the crane's head to hover over the required area when lifting an engine out of a car or repairing a part of a car.

The weight of an engine crane varies from model to model. A lightweight model weighs around 60kg. This heavy-duty crane can also be disassembled, which makes it lighter to carry and store.

A hydraulic system with a pump and ram forms the lifting mechanism of an engine crane. Pneumatic pumps assisted by compressed air are common in portable engine cranes. Hydraulic rams are standardized lifts with a 2-ton capacity, and they work by pushing a piston through a fluid (oil). The pump and ram may weigh anywhere from 20 kg to 30 kg.

Maintaining the engine crane requires attention to the following parts of the crane:

• Hydraulic Oil: The oil pump of the hydraulic engine crane uses hydraulic oil to transmit power. Maintaining oil levels is essential and helps operate the crane smoothly. Users should check for oil leakage. If the hydraulic oil is low, they can add oil. Regularly changing the oil keeps the engine crane functioning smoothly.
• The Wheel: An engine crane generally has four wheel rollers that help maneuver the crane in tight spaces. These wheels are suitable for moving heavy objects but can become damaged and deformed over time. Users can clean these wheels and lubricate the engines. The adjustable locks need to be checked regularly to guard against accidents.
• The Pump: This part helps the oil move and rise through gravity. Users can clean the oil stains and remove any debris. Regular lubrication keeps the hydraulic pump operating efficiently.

Usage scenarios of an engine crane 2 tons

Because of their versatile nature, engine cranes are used in various industries. Below are some of the typical application areas of an engine crane.

• Automotive Service Shops and Repair Centers: An engine crane is a common sight in automotive repair shops. Here, it helps to remove engines from the vehicle for repairs or replacement. The vehicle may be a car, truck, or any other roadworthy automobile.
• Fabrication Workshops: In a typical metal fabrication workshop, an engine crane can be used to lift heavy metal parts. This may include engine blocks, frames, or any other heavy metal component. The engine crane allows the operator to position such heavy components with ease.
• Logging and Forestry Operations: An engine crane can be used in the forestry and logging industry to lift and move heavy parts and machinery. This may include moving equipment like chainsaws and wood splitters. Due to its mobility and versatility, an engine crane is well-suited for many forestry applications.
• Construction Industry: As noted earlier, the versatility of an engine crane is unmatched. This makes the device useful for lifting heavy objects in the construction industry. Such objects may include engines, steel parts, machinery, and other equipment.
• Heavy-duty Vehicle Maintenance: An engine crane is poised to be an indispensable tool in any maintenance set-up dealing with heavy-duty vehicles. This includes cranes, ferries, or excavators. The engine crane facilitates easy access to the vehicle's engine by removing it.
• Diesel and Heavy Machinery Repair Shops: The design of engine cranes makes them suitable for easily handling and relocating heavy diesel engines and machinery parts. Engine cranes with 2-ton capacity are best suited for such jobs.
• Industrial Manufacturing Facilities: Heavy machinery are the backbone of any manufacturing centers and factories. An engine crane may be called upon to lift or locate a manufacturing facility's motor, gearbox, or engine.

How to Choose Engine Crane 2 Tons

The following tips will help business buyers when choosing an engine hoist 2-ton.

• Intended Application:

  Business buyers should choose a crane based on its intended application. A workshop or mobile engine cranes will properly handle the application of servicing vehicles in a workshop. Choose a portable crane with a suitable lift range and weight capacity for relocating heavy equipment within a plant or factory floor.

• Weight Capacity:

  If going above the minimum weight capacity, business buyers should choose cranes with capacity ratings that match the weights of the heaviest objects they will lift. Consider factors affecting lift weight, such as vehicle design, block and tackle system used, and object center of gravity. Go for cranes with a higher weight capacity if there are plans to lift heavier objects in the future.

• Lift Range:

  Business buyers should go for cranes with the height and reach that can effectively lift and position heavy objects to their desired locations. A crane with a collapsible arm can offer more versatility for hard-to-reach areas, but it should still be stable when extended.

• Construction Material:

  The material used to make the crane's parts affects their longevity. The most common build material is steel. Go for cranes built with heavy-gauge steel for added strength and stability. The paint finish should also be scratch and rust resistant.

• Mobility:

  Consider the engine crane mobility if it will move in and out of different workspaces. Choose cranes with large rubber caster wheels for easy and smooth maneuverability. Caster wheels that have locking or non-rotating features can provide extra stability during lifting.

• Hydraulic System:

  Business buyers should choose cranes with reliable hydraulic pumps that provide smooth lifting actions and easy control. Compare hydraulic fluid reservoirs and seal designs to determine their resistance to leaks.

• Ease of Assembly:

  Most crane models come disassembled for safe shipping. Choose a crane whose assembly instructions are easy to follow and can be done without additional tools.

• Quality and User Manual:

  Consider crane reviews for the quality of lift and stability when in use. Go for trusted suppliers with good customer service. The supplier should offer extensive user manuals detailing crane parts, maintenance, and assembly instructions.

Q&A

Q: How safe is an engine crane?

A: The safety of an engine crane depends on a few factors. This includes the design, condition, and operational practices. Proper use and maintenance can keep it safe.

Q: How long can a crane hold an engine?

A: Engine cranes can hold an engine for many years as long as they are in good condition. Regular maintenance will ensure they remain functional. Regular checks will help discover any issues that could hinder the engine crane's functionality.

Q: Can a 2 ton engine crane lift a car motor?

A: A 2 ton engine crane can lift a car motor. However, users have to consider the weight of the car motor. While some car motors can weigh below 2 tons, others exceed that weight. It's also important to note that the engine crane's weight capacity can reduce if the equipment is wheeled.

Q: Can users assemble the engine crane parts themselves?

A: In most cases the manufacturers assemble the engine cranes. However, some engines cranes might require some parts to be installed before they can be operational. A manual will come with the crane, guiding the user on the recommended assembly.