Which Is Better Than A Vibratory Plate Or Vibro-Leg

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Vibratory plate or vibratory rammer Construction Resources company. Article on the topic “Which is better, a vibrating plate or a vibrating rammer”.

In what cases is it effective to use vibrating plates?

On construction sites free of buildings and various structures, vibrating plates equipment weighing 50-400 kg are usually used. It is used for compaction of soils, crushed stone, sand, woodchips, asphalt, crushed rocks, when laying paving slabs and other low plastic piece materials.

The rammer consists of a metal plate and an engine, most often gasoline. Typically the drive is located at the front of the plate compactor. The design includes a water tank. Irrigation while compacting the asphalt prevents it from sticking to the sole.

The vibrating plate is an indispensable tool for landscaping, preparing the foundation for the foundation, repairing the roadway. Such equipment is an economical alternative to heavy construction equipment in small areas and in hard-to-reach places.

Vibratory plate or vibratory rammer

The reliability and durability of building structures largely depends on the quality of work on the preparation of surfaces on which construction will be carried out, the degree of their compaction and reinforcement. Depending on the area of ​​the site and other construction conditions, vibratory plates or vibratory rammers are used for preparatory measures.

The principle of operation of the vibrating plate

In vibratory plates, vibration is excited by an eccentric fixed on the plate. Equipment operation stages:

  • An internal combustion engine (diesel, gasoline) drives the eccentric.
  • The vibrational vibrations of the eccentric are transmitted to the plate.
  • The slab, due to these vibrations, compacts the soil or other materials.

Reversible models allow you to start compaction in the opposite direction without shutting down the engine.

Which is better, a vibratory plate or a vibratory rammer

Which Is Better Than A Vibratory Plate Or Vibro-Leg

If the site on which construction activities will be carried out cannot be freed from unnecessary structures and create conditions for the operation of the vibrating plate, a vibratory rammer comes to the rescue. This technique, which is also called the vibrofoot, consists of a motor located on the frame and a tamping shoe that does not exceed 600 mm2. Electric engine or internal combustion engine. The most common vibro-legs weighing 80 kg.

The principle of operation of a vibratory rammer differs from the principle of operation of a vibratory plate. In this equipment, the energy of the motor is converted into the pushing motion of the plate in relation to the base. The impact force of the vibratory rammer is much higher than that of the vibratory plate, but the impact area is smaller.

The vibratory rammer is not suitable for laying asphalt, ceramic tiles and other low-plasticity piece coatings, compaction of soil with a high clay content. A vibratory plate is suitable for solving these technical problems.

Scopes of vibratory rammers, in which they show more effective results in comparison with vibratory plates:

  • Hard-to-reach places of trenches;
  • Sealing of cracks in concrete with bitumen;
  • Consolidation of bulk materials near walls and foundations;
  • Carrying out works along roadsides.

Everyone has the right to speak and think in their own way. This indisputable truth is relevant for any field of human activity. Over time, we got used to certain words, expressions, and can no longer operate with others. Some people basically call things by the names that are more convenient for them.

But this is all lyrics, more to the point. Our article is not intended to retrain people, but simply to help them in choosing the right equipment. And let it seem to someone that everything written below is too obvious, and it is simply unreasonable and ridiculous to write about it, but practice shows that not everyone uses the correct terminology. Alas, inaccuracies in the explanations of tenants lead to unpleasant losses of time and money. The article will focus on sealing equipment. When it is necessary to tamp sand or crushed stone, gravel or brick chips, builders resort to the help of a rammer, shellip, or rammer, or vibratory plates, shellip, or all the same, vibrating legs. And the difference is, in fact, big and fundamental! Let’s try to give a list of those synonyms that are used, meaning this or that sealing equipment:

  • Vibrating plate
  • Vibroleg
  • Vibrating platform
  • Vibrator
  • Ramming
  • Vibratory rammer
  • Rammer
  • Rammer

We have seen other ndash more refined epithets that symbolize compaction. But still, let’s focus on the most common words.

So, vibrating plate. This road construction equipment is a steel or cast iron plate 40-75 cm wide (depending on the mass and manufacturer of the vibrating plate), which, using vibration force, compacts loose (or incoherent) soils. The base of the vibrating plate makes no sense without an engine, which, in fact, sets in motion vibrator (namely the eccentric shaft), located most often in the front of the base. About features vibrating plate, manufacturers and technical specifications, we will tell in another review article. In the meantime, we need to fix the following once and for all: the vibrating plate (as well as vibrating platform) ndash it is a sealing equipment, the working surface of which. It is a slab measuring 40-75cm in width and 50-95cm in length.

Rammer, rammer, vibratory rammer ndash these words do not have a clear definition, because are the fruit of the union of associative thinking and the great Russian language. By and large, the ndash rammer is generally any equipment that ramps something. However, over time and under the influence of professional slang, people began to call rammers equipment, which is officially (i.E., among professionals) called vibrolegs. Such a telling name rammers got for the simple reason that they resemble a leg. True, such an industrial foot will be stronger than a human one. By its design, the vibro-leg is a unit with a liquid-fuel or electric motor, which drives the vibrator mechanism. This mechanism makes you bounce vibroleg to the working height (on average about 60-65mm), and thus the foot vibrolegs (steel platform with an average size of 300-300mm) compresses sand or crushed stone. For management vibroleg a steel frame is provided (see fig.). Usually vibro-legs are used to seal channels, trenches, when laying pipelines and telecommunications, laying foundations. Now then you know that the vibrating plate and ramming they are not the same thing.

Some go even further, referring to the above equipment with words like vibrator. Of course, the term vibrator very accurately symbolizes the principle of operation of sealing equipment, but this is wrong. It is customary to call a vibrator (formally and informally) a special device for compacting concrete mix. This device is often called deep vibrator, since The essence of the work is that the vibrator mace (steel tip, dia. From 30 to 60 mm) is lowered deep into the formwork (directly into the concrete) for compaction by vibration of this mace itself. Vibration inside deep vibrator occurs when the eccentric rotates around the axis at a certain speed. The mass of the eccentric generates a force that makes it vibrate at a certain frequency vibrator. Mechanical vibrations generated by deep vibrator when immersed in a concrete mixture, it promotes active concrete compaction (air comes out of the concrete mixture).

Speaking on the subject, the vibrator has nothing to do with the compaction of nonmetallic materials ndash it equipment for concrete work.

In general, gentlemen, we finally figured out the terms, and now we know what a vibrating plate, rammer and vibrator are. I hope this superficial excursion into the world sealing equipmentwill help you choose what you need and complete construction work properly: without wasting time, effort and money.

Always at your service, company TSC

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How to choose a vibratory rammer (vibro-leg) for soil compaction

Subsidence or failure of any structure, be it a building, road, sidewalk, trench. This is a real catastrophe with sometimes very sad consequences. To avoid this, one of the main steps in the construction industry is to compact the base. By compacting soil, sand, clay, gravel, crushed stone or concrete, you squeeze air and moisture out of them, making the material strong and stable. Compaction (ramming) is necessary in order to avoid future subsidence of the floor, deformation of the foundation, cracks and destruction.

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To compact the base for the foundation, special road tools (vibratory plates, rollers, vibratory rammers) with a similar operating principle are used. But it is the vibroleg (also called the vibratory rammer) that has some advantages over the others. First, the size of the sole. A small shoe will be able to reach hard-to-reach places in the collector, ditch, trench. Secondly, despite its compact dimensions, the vibratory rammer hits very hard and compacts deeply. It is actively used at construction sites, where large construction equipment simply will not work, and it is necessary to compact the material.

How it works, how it works and where it is used

The vibratory rammer device consists of the following elements:

  • Cam-eccentric starting mechanism;
  • Shaft;
  • Small tank engine;
  • Returnable spring;
  • Connecting rod with a piston located on top;
  • Case with two handles for convenient device control;
  • Plate for compaction of bulk materials;
  • Bellows;
  • Control system.

The principle of operation is to compact sand, clay, soil due to vibrational, vibrational movements, while the area of ​​contact of the earth and the tool is minimal, depending on the vibrating plate.

Vibro-legs are used in places where it is impossible to reach large, bulky construction equipment. This is the construction of columns, trenches, holes for cables, laying pipes, ramming rubble near walls, building bicycle or pedestrian paths.

What are the types

There are these types of vibratory rammers:

  1. Electrical;
  2. Diesel;
  3. Gasoline.

The electric type of vibro-leg is the most environmentally friendly, powerful device for soil compaction, since it does not throw out exhaust and other harmful substances during operation. In addition, the device generates almost no noise during operation. The only drawback is the ability to work only in closed rooms, where there is the possibility of connecting to electricity.

The most powerful units. Diesel vibratory rammers. They are designed for large, continuous loads. Therefore, they have the greatest impact force. The only drawback is a lot of noise during operation.

Gasoline vibratory rammers also have their advantages, the ability to work in any territory, in any weather, moreover, there is no need to look for an energy source to connect to electricity. The main advantages are ease of maintenance, use, availability of fuel (gasoline can be found anywhere, anytime).

How to choose a vibratory rammer

The choice of a vibroleg depends on several criteria. The most important technical characteristics when choosing:

  • Sealing area;
  • The type of material that is going to be compacted;
  • Compaction depth;
  • Type of food;
  • Vibration frequency;
  • Soil moisture.

Before choosing a vibro-leg, you need to know what kind of material will be compacted. The vibratory rammer is intended for sealing cracks in concrete flooring, crushed stone. For paving slabs, other surfaces made of ceramics or other materials of low ductility. For this criterion, the coverage area does not play any role.

The compaction depth is the performance of the device. Compaction speed in air is up to 600 mm, on concrete, crushed stone, the compaction depth is up to 150 mm.

The vibratory rammer can be diesel or gasoline. The diesel ramming device has a high power, while the main disadvantage is its large dimensions and inconvenience during movement, as well as a high level of noise during operation. Diesel appliances can only be used outdoors or in a well-ventilated area.

The more vibrations the vibro-leg has, the higher the productivity, the compaction is much faster.

VIBROTRAMBOA: PRINCIPLE OF OPERATION, SCOPE OF APPLICATION

The principle of operation of the device is simple. Under the influence of oscillatory movements, the maximum compaction of soil or sand particles occurs, voids are filled. And although the unit has the same principle of operation with a vibrating plate, the unit achieves a greater degree of efficiency due to a smaller contact area. However, each of the units has its own pros and cons.

Vibrofoot is used for narrow and difficult-to-pass places, with a limited area:
– arrangement of columns and supports, sealing of trenches, holes for laying cables and utilities, for local repair of road holes;
– road services use a pipe-laying tool;
– the soil around the drainage wells tends to sag; for such areas, the vibro-leg is the optimal unit.

Light vehicles are multifunctional, because, given its modest dimensions, builders can tamp rubble near walls, equip bicycle or sidewalk paths, and repair tram tracks.
During unexpected pipeline failures, a tool is required to help re-compact the soil after repairs in a small area.
When repairing road surfaces, the compaction of bitumen in cracks is also carried out using compact technology. That is, the units are relevant where the area for laying the base is only a few square meters and the use of massive equipment is not possible.

PETROL DIESEL OR ELECTRIC Summary:

  • All about vibratory rammer
  • The main tasks of vibratory ramming
  • Vibrating feet motor type
  • Vibration frequency
  • Impact strength

During construction work, the first step is to compact the soil or other bulk materials, as well as clay, concrete mix and many others that are used in the construction of a foundation or foundation. Poor laying of the first layer can lead to a sagging floor, a crumbling foundation and other very unpleasant consequences.

How to choose a vibratory rammer WHAT DEPENDS ON THE FREQUENCY OF VIBRATION?

The compaction strength depends on the vibration frequency, an important parameter when choosing a rammer. In this case, sand or crushed stone is laid at a low vibration level, for compaction of sand, clay, aggregates with a high vibration frequency are taken. In the frequency range from 175 to 300 Hz, there is an intensive contraction of the interparticle spaces, which increases the efficiency of the compaction. Machines with such characteristics are used for laying soil.
Gasoline compactors with a vibration frequency of 250 to 670 rpm and higher have a performance of 110 to 200m2 / h. With such a wealth of choice, the most picky buyer will find the right tool.
Diesel devices with a vibration frequency of about 700 rpm operate at a maximum travel speed of over 15 m / min, and their productivity reaches 240 m2 / h.
The vibration frequency of electrical devices ranges from 400 to 650 rpm, while they have a decent speed of over 12 m / min.
When compaction of wet mixtures, moisture moves from bottom to top, the lower the soil moisture, the higher the compaction efficiency. For wet ground, it is recommended to use vibrating plates.

VIBROTRAMBOA: PRINCIPLE OF OPERATION, SCOPE OF APPLICATION

The principle of operation of the device is simple. Under the influence of oscillatory movements, the maximum compaction of soil or sand particles occurs, voids are filled. And although the unit has the same principle of operation with a vibrating plate, the unit achieves a greater degree of efficiency due to a smaller contact area. However, each of the units has its own pros and cons.

Vibrofoot is used for narrow and difficult-to-pass places, with a limited area:
– arrangement of columns and supports, sealing of trenches, holes for laying cables and utilities, for local repair of road holes;
– road services use a pipe-laying tool;
– the soil around the drainage wells tends to sag; for such areas, the vibro-leg is the optimal unit.

Light vehicles are multifunctional, because, given its modest dimensions, builders can tamp rubble near walls, equip bicycle or sidewalk paths, and repair tram tracks.
During unexpected pipeline failures, a tool is required to help re-compact the soil after repairs in a small area.
When repairing road surfaces, the compaction of bitumen in cracks is also carried out using compact technology. That is, the units are relevant where the area for laying the base is only a few square meters and the use of massive equipment is not possible.

PETROL DIESEL OR ELECTRIC
WHAT IS THE TASK Summary:

  • All about vibratory rammer
  • The main tasks of vibratory ramming
  • Vibrating feet motor type
  • Vibration frequency
  • Impact strength

During construction work, the first step is to compact the soil or other bulk materials, as well as clay, concrete mix and many others that are used in the construction of a foundation or foundation. Poor laying of the first layer can lead to a sagging floor, a crumbling foundation and other very unpleasant consequences.

How to choose a vibratory rammer WHAT DEPENDS ON THE FREQUENCY OF VIBRATION?

The compaction strength depends on the vibration frequency, an important parameter when choosing a rammer. In this case, sand or crushed stone is laid at a low vibration level, for compaction of sand, clay, aggregates with a high vibration frequency are taken. In the frequency range from 175 to 300 Hz, there is an intensive contraction of the interparticle spaces, which increases the efficiency of the compaction. Machines with such characteristics are used for laying soil.
Gasoline compactors with a vibration frequency of 250 to 670 rpm and higher have a performance of 110 to 200m2 / h. With such a wealth of choice, the most picky buyer will find the right tool.
Diesel devices with a vibration frequency of about 700 rpm operate at a maximum travel speed of over 15 m / min, and their productivity reaches 240 m2 / h.
The vibration frequency of electrical devices ranges from 400 to 650 rpm, while they have a decent speed of over 12 m / min.
When compaction of wet mixtures, moisture moves from bottom to top, the lower the soil moisture, the higher the compaction efficiency. For wet ground, it is recommended to use vibratory plates.

VIBROTRAMBOA: PRINCIPLE OF OPERATION, SCOPE OF APPLICATION

The principle of operation of the device is simple. Under the influence of oscillatory movements, the maximum compaction of soil or sand particles occurs, voids are filled. And although the unit has the same principle of operation with a vibrating plate, the unit achieves a greater degree of efficiency due to a smaller contact area. However, each of the units has its own pros and cons.

Vibrofoot is used for narrow and difficult-to-pass places, with a limited area:
– arrangement of columns and supports, sealing of trenches, holes for laying cables and utilities, for local repair of road holes;
– road services use a pipe-laying tool;
– the soil around the drainage wells tends to sink; for such areas, the vibro-leg is the optimal unit.

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Light vehicles are multifunctional, because, given its modest dimensions, builders can tamp rubble near walls, equip bicycle or sidewalk paths, and repair tram tracks.
During unexpected pipeline failures, a tool is required to help re-compact the soil after repairs in a small area.
When repairing road surfaces, the compaction of bitumen in cracks is also carried out using compact technology. That is, the units are relevant where the area for laying the base is only a few square meters and the use of massive equipment is not possible.

During construction work, the first step is to compact the soil or other bulk materials, as well as clay, concrete mix and many others that are used in the construction of a foundation or foundation. Poor laying of the first layer can lead to a sagging floor, a crumbling foundation and other very unpleasant consequences.

WHAT IS THE TASK
PETROL DIESEL OR ELECTRIC How to choose a vibratory rammer WHAT DEPENDS ON THE FREQUENCY OF VIBRATION?

The compaction strength depends on the vibration frequency, an important parameter when choosing a rammer. In this case, sand or crushed stone is laid at a low vibration level, for compaction of sand, clay, aggregates with a high vibration frequency are taken. In the frequency range from 175 to 300 Hz, there is an intensive contraction of the interparticle spaces, which increases the efficiency of the compaction. Machines with such characteristics are used for laying soil.
Gasoline compactors with a vibration frequency of 250 to 670 rpm and higher have a performance of 110 to 200m2 / h. With such a wealth of choice, the most picky buyer will find the right tool.
Diesel devices with a vibration frequency of about 700 rpm operate at a maximum travel speed of over 15 m / min, and their productivity reaches 240 m2 / h.
The vibration frequency of electrical devices ranges from 400 to 650 rpm, while they have a decent speed of over 12 m / min.
When compaction of wet mixtures, moisture moves from bottom to top, the lower the soil moisture, the higher the compaction efficiency. For wet ground, it is recommended to use vibrating plates.

VIBROTRAMBOA: PRINCIPLE OF OPERATION, SCOPE OF APPLICATION

The principle of operation of the device is simple. Under the influence of oscillatory movements, the maximum compaction of soil or sand particles occurs, voids are filled. And although the unit has the same principle of operation with a vibrating plate, the unit achieves a greater degree of efficiency due to a smaller contact area. However, each of the units has its own pros and cons.

Vibrofoot is used for narrow and difficult-to-pass places, with a limited area:
– arrangement of columns and supports, sealing of trenches, holes for laying cables and utilities, for local repair of road holes;
– road services use a pipe-laying tool;
– the soil around the drainage wells tends to sink; for such areas, the vibro-leg is the optimal unit.

Light vehicles are multifunctional, because, given its modest dimensions, builders can tamp rubble near walls, equip bicycle or sidewalk paths, and repair tram tracks.
During unexpected pipeline failures, a tool is required to help re-compact the soil after repairs in a small area.
When repairing road surfaces, the compaction of bitumen in cracks is also carried out using compact technology. That is, the units are relevant where the area for laying the base is only a few square meters and the use of massive equipment is not possible.

During construction work, the first step is to compact the soil or other bulk materials, as well as clay, concrete mix and many others that are used in the construction of a foundation or foundation. Poor laying of the first layer can lead to a sagging floor, a crumbling foundation and other very unpleasant consequences.

When and what is better to choose for compaction work:
vibratory plates and vibratory rammers Vibratory plate or vibratory rammer: when and which is better?

In modern construction, preparatory, finishing other types of work are performed in a strictly defined sequence. This is the only way to get a high-quality and reliable result. At the preparatory stage of construction, vibratory plates or vibratory rammers are often used. They are also used in cases where it is necessary to carry out communications, compact the soil under the foundation, lay pipes or roads, and in many other cases.

In construction, you always need to be ready for different volumes of work and very different terms of their implementation. The choice of construction equipment often decides whether the construction contractor will meet the deadline or not. For example, the speed and quality of compaction work directly affects the transition time to the next stage of construction. If we talk separately about compaction work, then in this case the builders have a choice: vibrating plates, or vibrating rammers.

To make the right choice, you must carefully study all the criteria for this construction equipment. The main indicators by which they should be compared are: the role of a person in the work process, the amount of work, the ability to work in difficult places.

  • Scope of work. In this context, reversible vibratory plates certainly have an advantage. They are suitable for compaction work of any complexity. At the same time, vibratory rammers are used mainly for light and medium compaction work. The advantages of the vibrating feeder are the large working surface area and the control of the equipment by a person who can easily operate and hold it.
  • The role of a person in the process of work. A vibratory rammer, like a gasoline vibratory plate, needs constant refueling. In cases of work with both types of sealing equipment, the role of a person in the process of work is very great. He is directly involved in the work of the mechanisms. The vibratory rammer is designed so that only manual control is provided. In contrast to it, a vibrating plate requires minimal human intervention, whose role is reduced to control over the equipment. There are vibratory plates with hydraulic or remote control. For vibratory rammers, such a configuration is simply not acceptable. As a result, the broad capabilities of vibratory rammers are opposed by low weight, manual control and the ability to work in confined spaces.
  • Working in tight spaces. In such cases, vibro-legs are certainly used. They take up less space than vibratory plates, and the result is no worse in the end. The vibratory rammer does not require a lot of space, so it is not necessary to free up a large space for it on the construction site, but you can immediately start working.

The Estate Project company offers its customers a wide selection of sealing equipment: both vibrating plates and vibratory rammers.

By weight

The quality of work directly depends on the mass of the tool. The higher the mass and size of the device, the more it compresses the bulk material. In combination with the high engine power, virtually no physical effort is required. Depending on the weight, the following types of vibrating plates are distinguished:

  • Lightweight, up to 75 kg;
  • Universal 75-90 kg;
  • Medium weight 90-140 kg;
  • Heavy 140 kg.

Industrial vibrating plates can weigh more than 200 kg, such devices have a high price and are not used for household tasks. The choice of a model for this parameter should be selected depending on the type of work. The denser the shrinkage is required and the stronger the free-flowing surface material, the heavier the apparatus must be.

Varieties and selection criteria

There is a wide range of similar tools on the market. They differ in configuration, basic characteristics (engine type, weight and power), as well as in their intended use. When choosing a specific model, one should take into account the goals and scope of work, design features.

What to look for when choosing a vibratory plate and which one is better to takeTop-3 devices

Vibratory plate construction tool for tamping work. It is used for compaction of asphalt, gravel, crushed stone and other dense materials. The impact occurs through vibration, the device itself is compact and easy to use. The optimal solution for those tasks where it is impossible to use large road equipment, for example, indoors or in the local area.

  1. Scope of application
  2. Device
  3. Varieties and selection criteria
  4. By engine type
  5. Engine power
  6. By weight
  7. By vibration force and working surface area
  8. By appointment
  9. Additional structural elements
  10. Top 3 best models: rating
  11. Conclusion

Engine power

This parameter determines with what speed and smoothness the vibratory plate will move on difficult surfaces, for example, inclined or made of viscous material. Measured in horsepower or watts. Once started, the device automatically pulls itself forward, so no additional force is required. The higher the engine power, the more efficiently the device will climb on the slopes, the risk of burrowing in loose soil decreases.

Top 3 best models: rating

There is a wide range of models on the vibratory plate market. They differ in workmanship, technical characteristics and manufacturer’s level. Several popular models of vibrating plates:

  • Patriot VT-60LB. Vibratory plate from a well-known American manufacturer. Suitable for working with different types of soil. The weight of the device is 66 kg, the size of the vibrating plate is 40×40 cm. There are wheels in the body, which simplifies the transportation process. Vibration frequency 93.3 Hz, engine power 5.5 HP from. They will allow compaction of soil to a depth of 15 cm, impact force 10 kN. The model is equipped with a 4-stroke gasoline engine. A water tank is included as standard;
  • Champion PC9045F. Gasoline vibratory plate model from a Chinese brand of construction equipment. Suitable for professional use. Weight 89.5 kg, working surface area 40×60 cm. Engine compression 8.5. The device is equipped with a 4-stroke petrol engine with a power of 4800 W. It can compact the surface to a depth of 30 cm, the 3.6L fuel tank is designed for continuous operation. The working surface is made of steel, has rounded edges;
  • Wacker Neuson BPU 2540 A. Vibratory plate of German production. The weight of the device is 140 kg, the working surface area is 64.7×40 cm. It is equipped with a 5.5 liter petrol engine. With., fuel consumption is only 0.8 liters per hour. Suitable for compacting viscous and loose surfaces, used for working with asphalt surfaces. The plate itself is made of strong steel, there is a vibration reduction system for comfortable and long-term operation.
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The cost of a vibrating plate varies from 20 to 400 thousand rubles. They differ not only in technical characteristics, but also in purpose. Professional models for construction work are significantly more expensive.

Device

The tool has a simple and technologically advanced design.

The base plate is made of cast iron or steel, in the center of which there are 1-2 vibration mechanisms in the form of a disc (eccentric unbalance).

It transfers shock vibrations to the plate, due to which the surface is compacted.

The moving part of the vibrating plate is a fuel or electric motor. With the help of it, rotational vibration movements are transmitted to the coupling and V-belt transmission, becoming oscillatory. Depending on the number of unbalances in the instrument, two types of devices are distinguished:

  • Progressive. They can only move in one direction, therefore they are difficult to control and limited in maneuverability. They have one vibration mechanism in the structure;
  • Reversible. Equipped with two weights. They reciprocate in any direction, move in different directions.

All structural elements are located in a special frame with a convenient holder handle. Thanks to its simple design, the vibrating plate is not only easy to operate, but also easy to repair and maintain.

What to consider when choosing the necessary device

Buying ramming equipment for personal use, you need to focus primarily on the scope of technology. It is necessary to decide what kind of work is ahead, and what will be its duration.

Therefore, if you need to process a sufficiently large area, then a vibratory roller will come in handy in this situation. In the case when the volumes are average, a vibratory plate is most often used. Also, if the work is to be done in a hard-to-reach place, then it is better to perform the compaction with a vibro-leg, which, due to the reduced acting surface, has large force indicators and can provide sufficient depth.

Attention! The main parameters and characteristics when buying a suitable device option will be: the area of ​​influence of the unit and power. Additional options, in particular: adjustment of vibration amplitude, impact force, retracement, etc. Need to be specified for each specific model and type of apparatus.

The duration of the work should also be taken into account. So, a professional who earns this type of activity every day needs a powerful, reliable tool with a large resource. Such a unit will be hardy, however, and more expensive. And for one-time or rare use, with small volumes and careful handling, an economical model is also suitable. You can choose the optimal vibratory plate for a specific task at https://td-set.ru/katalog/oborudovanie_dlya_dorozhnyh_rabot/vibroplity/.

What’s better. Vibratory plate or vibratory roller?

One of the main processes in the construction of almost every structure is compaction.

The most important indicators of the future design depend on the effectiveness of this procedure:

  • Strength;
  • Stability;
  • Waterproof;
  • Smoothness of the base;
  • Durability.

Therefore, shortcomings in the rammer can cause numerous damages, which, of course, will entail considerable financial and moral costs.

Compaction tasks

The purpose of tamping is, as a rule, to achieve the maximum strength of the subgrade, which in the future must be resistant to various external influences.

All compacting machines operate by applying cyclic loads to the surface to be treated. With the help of such a not so complicated process, the necessary result is obtained in the form of a dense material ready for structures.

The main types of compaction equipment are considered to be a vibratory plate, a vibratory roller, and also a vibro-leg.

General and distinctive characteristics of rammers

The unifying feature of all compaction equipment is, directly, the function of compaction of the soil, which each unit performs in different ways, based on technical indicators and design features.

For example, a vibratory roller is usually quite large, but covers much larger areas. Of course, there are exceptions, non-self-propelled compact solutions, but their effectiveness is often not so high. In a situation where it is not possible to use a vibratory roller, vibratory plates that can easily cope with a small amount of work will be a reasonable way out.

The main differences are only in the mechanism of operation of each device, the features of the model and its version, however, the purpose of using this type of equipment is the same for compaction of foundations for different types of structures: from road surfaces to personal plots.

Having looked at the catalog of our products, a link to the range, you can familiarize yourself in more detail with the features of each model and select the right equipment for specific purposes. Also, if you have any questions, you will have the opportunity to contact a consultant who will help you in problematic moments and give useful advice in choosing a device.

Vibratory plate. How to choose a gasoline and electric vibrating plate

It’s hard to believe now, but other methods of soil compaction have been used in the past. After the foundation was poured, it was allowed to settle for a very long time: from six months to several years. The current pace of construction has negated such methods. And why wait? In the era of new technologies, no one forgot about the builders, they also invented technology to help them. Here she is the main accelerator of the construction process.

There are several options for soil compaction, but vibration and shock impact is the most effective. On large construction sites, this type of work is performed by medium to large compactors. However, when the dimensions do not allow the use of such a technique, the work is performed using less cumbersome, including vibrating plates.

Types of vibrating plates

Depending on the thickness of the surface to be sealed and its structure, vibratory plates are divided into the following types:

  • Reversible and forward vibrating plate for movement;
  • By weight, a light vibrating plate (up to 100 kg), an average vibrating plate (up to 400 kg) and a heavy vibrating plate (over 400 kg);
  • By engine type, the vibrating plate is electric, the vibrating plate is diesel and the vibrating plate is gasoline.

Electric vibrating plate

In a sense, we can say that there is more positive in an electric vibratory plate than in a gasoline one. Quiet mode of operation, simple and intuitive in operation, durable.

Due to the fact that the electric vibrating plate does not emit any harmful gases during operation, it can also be used in closed rooms. However, there is one indisputable disadvantage of connecting to electricity. And this implies the presence of an electric cable, which must be constantly monitored so that no one can damage it.

Gasoline vibrating plate

Gasoline vibrating plates have many advantages, one of which is their mobility. They are very practical in work, perfectly perform their functions under any conditions, be it heat, cold or precipitation.

This type of equipment has a gasoline internal combustion engine. Most often, four-stroke engines with a capacity of 4-13 horsepower are installed. As for heavyweights from 300 to 500 kilograms, they are equipped with engines with liquid or air cooling.

An electric starter or recoil starter is used to start the engine. For four-stroke engines, it is best to use pure AI-95 gasoline. Some manufacturers recommend oil, but, as a rule, you need to decide on it and choose a special one for a particular type of engine.

The main disadvantage of a gasoline vibrating plate is the inability to work indoors. The engine generates exhaust fumes that can seriously damage your health in an unventilated room.

How to choose a vibratory plate?

When choosing a vibratory plate, first of all pay attention to the engine. Manufacturers most often install engines from well-known brands such as Honda, Robin, Hatz or Subaru. Buyers often confuse the brand of the engine with the brand of the vibrating plate itself. The safest, most environmentally friendly and powerful engines are considered to be from the manufacturer Robin.

The next thing to look out for is the width of the platform. The larger and wider it is, the better. Often the width is 300-700 mm, however, make sure that the engine power matches the width of the machine you choose.

For example, if the platform width is 500 mm, then the engine power must be at least 5.5 hp. Of course, you can take an engine with less power, but with such a width, the use of a vibrating plate will not be effective.

When purchasing, carefully inspect the body of the instrument. It will be best if the body of the vibrating plate is one piece with the base. Since this construction tool is constantly subjected to stress, the absence of bolted joints and seams will only prolong the service life. So the body must be solid.

Don’t overlook the little things. Check to see if there are transport wheels available, which will be very useful when moving equipment. Also check if the handle and drawbar are folded down as the handle will take up significantly less space during transport and transport when folded.

It happens that manufacturers attach a casing that covers the clutch belt on only one, outer side, this can lead to the ingress of rubble or sand into the system, which in turn leads to breakdowns. Check the belt mechanism of the vibrating plate carefully, it must be tightly closed by the casing on all sides. Ask the seller as much as possible about your chosen model, whether there is a warranty, service, spare parts.