Robin engine mikasa tamping rammer

Types of Robin Engine Mikasa Tamping Rammer

A Robin engine Mikasa tamping rammer is an equipment that compacts different types of soil to make them stable for building. It achieves this aim by dropping a heavy weight on the ground many times over, as the legs of the equipment move up and down. There are two main types of tamping rammers:

• Pneumatic Tamping Rammer: This is a kind of tamping tool that uses compressed air as its power source. It works by transforming compressed air into a force that moves a piston. The piston then drops a weight repeatedly on the ground. This repeated dropping generates vertical vibrations which are transferred through the foot or pad to the soil. Pneumatic tamping rammers are typically used in trenches and around close foundation elements. They are capable of compacting diverse types of soils, even granular soils.
• Gasoline-Powered Tamping Rammer: This type of tamping rammer uses gasoline as its power source. The gasoline moves a small engine that drives an eccentric weight. This eccentric weight is responsible for producing vertical vibrations, which are transmitted to the ground through the foot or pad. Gasoline-powered tamping rammers are well-suited for cohesive granular soils. They work excellently to stabilize backfill around tanks and pipes.

Specification and maintenance of robin engine mikasa tamping rammer

Specifications

• Compacting power: Depending on the model, the compacting power may vary. For example, the MTX60 model has 15 kN of nominal impact force, whereas the MTX80 model has 20 kN of nominal impact force.
• Tamping height: The tamping height also varies depending on the model. For instance, the MTX60 model has a maximum working height of 400 mm, whereas the MTX80 model has Tamping Height (MAX) 500 mm.
• Engine: The engine type varies. For example, the MTX60 model uses the Robin EX17-2 engine, whereas the MTX80 model uses the Honda GX160.
• Weight: The weight of different models also varies. The MTX60 model weighs 81kg, whereas the MTX80 model weighs 85kg.
• Base plate size: The base plate size varies among different models. For instance, the MTX60 model has a base plate size of 500×400mm, whereas the MTX80 model has a base plate size of 600×500mm.
• Fuel tank capacity: For the MTX60 model, the fuel tank capacity is 3.6L, and for the MTX80 model, it is 3.1L.

Maintenance

• Clean: It is important to clean the rammer after each use. It will help to prevent the buildup of dirt and debris, which can damage the machine.
• Inspect: Inspect the tamping foot, plate, and shoe regularly for signs of wear or damage after each use. Replace them if they are worn or damaged.
• Check fluid levels: Check the oil and fuel levels regularly and top them up if required.
• Grease: Lubricate the moving parts of the rammer, such as bearings and exercise, to prevent excessive wear and tear.
• Store properly: When not in use, store the rammer in a dry and clean place away from direct sunlight or extreme temperatures to prevent any damage.

Applications of Robin engine Mikasa tamping rammers

A Robin engine Mikasa tamping rammer is used in various scenarios where solid and even soil or material is required. Some of these applications are explained below:

• Foundation compaction: This is one of the primary applications of a tamping rammer. It helps in ensuring that the base of a building or structure is solid and level. When a tamper is used to compact the soil for the foundation of a building, it reduces the likelihood of future settlement and increases the stability of the entire structure.
• Backfill compaction: An unlevel area that requires backfilling can cause soil settlement when left uncompressed. A tamping rammer can be used to fill any unlevel area around a foundation, pipe, or other object to create a solid, level, and supportive area.
• Road construction: Tamping rammers can also be used for road construction. The subgrade of a road needs to be compacted to ensure that it supports the road and any future weight that will be on it. Settling can create potholes that can affect the integrity of a road.
• Trench compaction: Like backfill compaction, soil or gravel must be tamped down when trenches are dug for utility lines or other reasons. A tamper can reach areas that are often hard to access and can ensure that the soil is level and stable.
• Landscaping projects: Compactors can be used for many different types of landscaping projects. Paths, patios, and garden beds are just a few places where soil settling can occur once earth is moved. Using a tamping rammer before laying down any material can help to minimize settling after landscaping is complete.
• Dock/wharf construction: Any area where the earth is uneven and must be filled or compacted can benefit from the use of a tamping rammer. A wharf or dock is one such place. Maintaining a solid and level area is necessary to avoid future issues and such areas.
• Asphalt installation: Before laying asphalt, the area must be compacted. An asphalted area that is not compressed could settle in the future, creating unsightly and potentially dangerous irregularities in the surface.

How to choose Robin engine Mikasa tamping rammer

There are several factors that business buyers need to consider when choosing Robin engine Mikasa tamping rammers for construction projects or resale.

• Soil types and compaction requirements

  Determine the soil types and compaction requirements of the projects. Additionally, consider factors such as the desired compaction density, soil composition, and the tamping rammer's maximum working capacity. This is important as it will determine if the onsite soil composition can handle the selection of the kind of tamping equipment.

• Equipment compatibility and maintenance

  Consider the compatibility of the Robin engine Mikasa rammer with other equipment used in the project. Also, think about the equipment's maintenance requirements and the availability of spare parts.

• Operation and weight

  Select rammers that are easy to operate and of a suitable weight for the project at hand. Consider the required training and physical capabilities of the personnel operating the equipment.

• Safety features

  Ensure that the tamping rammer has sufficient safety features. Consider the emergency stop mechanisms, anti-vibration handles, and proper engine guarding.

• Cost and budget considerations

  Weighed the costs and budget considerations that come with choosing a Robin engine tamping rammer. This includes the initial purchase costs, operating costs, and potential resale value.

Q&A

Q1 Are there electric tamping rammers?

A1 Yes, there are electric tamping rammers. These rammers use batteries to supply power for their operation. However, most of them are still gas-powered to increase mobility.

Q2 What is the driving force behind a tamping rammer?

A2 The tamping rammer is driven either by air or gasoline. While gasoline-powered rammers are widely used due to their consistent power delivery, there are also gas-powered models designed for specific applications.

Q3 How long does a tamping rammer operate?

A3 Tamping rammers have different operating times depending on the type and size of the machine. Smaller gasoline-powered rammers may run for about 5 to 8 hours on a full tank.

Q4 How do operators know the fuel tank is full?

A4 Operators can determine the fuel tank's level by checking the manufacturer's specified capacity and using appropriate fueling techniques to avoid overfilling. Additionally, some modern fuel tanks may have a level indicator or sensor.