Apisonador
When you are looking for a tamping rammer, we can assist you in selecting the most suitable earth rammer for your business.
Descripción
The torque generated by engine or electric motor is transferred to reciprocating motion by crank gear, which will pass it on vibrating foot through spring cylinder. It has strong impact force though it is small and light.
Tamping rammer is specifically designed for tough rammer applications in confined area, trench work, backfill and repairing work on asphalt.
Tamping rammer is suitable especially for compacting the roadbed with low water content that heavy compactor could not work Tamping rammer is suitable for compact the Cohesive soils–clay is cohesive; its particles stick together. Therefore, a machine with a high impact force is required to ram the soil and force the air out, arranging the particles. A rammer is the best choice.
Característica
Outstanding self-balance
Outstanding self-balance of the machine providing high efficiency while reducing operator fatigue.
High quality fuel tank
Dust free fuel tank with fuel filter, keep the petrol entering engine clean; The vent hole is opened on the top side of cap, to ensure the fuel tank breathable, but non penetrating oil. Durable plastic material and oil resistance seal prevent oil leakage.
Wheels as optional
Three types wheels and your optional. Easy for transportation.
Effective shock absorber
Heavy duty shock buffering system effectively reduced shock to arms therefore improve operation comfort.
Parámetros del producto
Electric Tamping Rammer
- Powered by Honda GXR120
- Impact force: 15KN
- Max. compaction depth: 60cm
- Efficiency: 300㎡/h
Electric tamping rammers are essential tools for compacting soil, gravel, and other loose materials on construction sites. These powerful machines use an electric motor to drive a heavy rectangular or round foot up and down rapidly, delivering immense compaction force to the surface below.
Unlike gasoline-powered rammers that produce emissions, electric tampers are environmentally friendly and can be used indoors or in confined spaces. They offer low noise operation and low hand-arm vibration levels for improved operator comfort.
Parámetros técnicos
| Modelo | PME-RM32 | PME-RM55 | PME-RM65 | PME-RM70 |
| Motor | Honda GX35 | Honda GX100; Robin EH09 | Honda GX100; Robin EH09 | Honda GXR120; Robin EH12-2D; Loncin LC165F-3H |
| Tipo de motor | Motor de gasolina de 4 tiempos, monocilíndrico, refrigerado por aire | |||
| Depósito de combustible [L] | 0.7 | 2.8 | 2.8 | 2.8 |
| Altura de salto [mm] | 50 | 70 | 85 | 85 |
| Frecuencia [VPM] | 790 | 695 | 680 | 690 |
| Fuerza de apisonamiento [KN] | 9 | 13 | 13 | 13 |
| Plate size [mm] | 270×135 | 265×340 | 345×285 | 345×285 |
| N.W./G.W. [kg] | 32/35 | 58/68 | 68/78 | 75/85 |
| Paquete (L x A x A) [cm] | 93x33x60 | 68x35x103 | 72x38x108 | 75x43x110 |
| Modelo | PME-RM75 | PME-RM80 | PME-RM85 | PME-RM90 | PME-RM82E |
| Motor | Honda GXR120 /Robin EH12-2D / Loncin LC168F-2H/Diesel engine | Electric motor | |||
| Tipo de motor | Air-cooled,single cylinder,4-stroke,petrol engine/diesel engine | Eléctrico | |||
| Depósito de combustible [L] | 2.8 | 2.8 | 3 | 3 | / |
| Altura de salto [mm] | 85 | 65 | 80 | 80 | 60 |
| Frecuencia [VPM] | 680 | 650 | 680 | 680 | 660 |
| Fuerza de apisonamiento [KN] | 14 | 10 | 15 | 15 | 10 |
| Plate size [mm] | 345×285 | 345×285 | 345×285 | 345×285 | 310×280 |
| N.W./G.W. [kg] | 75/85 | 80/90 | 83/96 | 80/90 | 86/96 |
| Paquete (L x A x A) [cm] | 75x43x115 | 75x43x115 | 79x44x115 | 81x45x115 | 79x44x115 |
Aplicación
Tamping Rammer Advantages
Construcción robusta
Built with heavy-duty materials for durability and long-lasting performance in demanding construction environments.
Powerful Compaction Force
Delivers high compaction force to effectively compact soil, gravel, and other materials, ensuring a stable and solid base.
Diseño ergonómico
Designed with user comfort in mind, featuring vibration-reducing handles and easy maneuverability for efficient operation.
Low Maintenance
Requires minimal maintenance, ensuring reliable performance and reducing downtime.
Components of a Tamping Rammer
Motor
The heart of a tamping rammer is its engine, which can be gasoline, diesel, or electric-powered. This provides the necessary force to drive the rammer.
Foot Plate
The foot plate is the flat surface that makes contact with the ground. Its size and material can affect the performance and suitability for different tasks.
Mango
Handles are designed for ergonomic control, allowing the operator to guide the rammer efficiently and safely.
Springs and Shock Absorbers
These components help absorb the impact and reduce vibrations, making the rammer easier to handle and prolonging its lifespan.
Types of Tamping Rammers
Gasoline-Powered
These are the most common types, known for their power and reliability. They are suitable for a wide range of tasks and are relatively easy to maintain.
Diesel-Powered
Diesel rammers are typically more fuel-efficient and offer greater torque, making them ideal for heavy-duty applications.
Electric-Powered
Electric rammers are gaining popularity due to their eco-friendliness and lower operating noise. They are perfect for indoor projects or areas with strict emission regulations.
Eficacia
Tamping rammers provide quick and effective compaction, saving time and labor compared to manual methods.
Portabilidad
Most rammers are designed to be portable and easy to transport, making them convenient for various job sites.
Versatilidad
They can be used in a wide range of applications, from small landscaping projects to large-scale construction.
PME Tamping Rammer Feature
Choosing the Right Tamping Rammer
Job Requirements
Consider the scope of your project. For large-scale jobs, a more powerful rammer may be necessary, while smaller projects may only require a compact model.
Tipo de suelo
Different rammers perform better on different soil types. Ensure you choose one that matches the soil conditions of your site.
Consideraciones presupuestarias
Balance your budget against the features and durability you need. Sometimes, investing in a higher-quality rammer can save money in the long run by reducing maintenance costs and downtime.
A tamping rammer is used for compacting soil, gravel, and asphalt to create a solid and stable foundation for construction projects.
Regular maintenance is crucial. Perform inspections and maintenance tasks after every use and conduct thorough checks at least once a month.
It’s not recommended due to the emissions. For indoor use, consider an electric-powered rammer to avoid harmful fumes.
Wear gloves, ear protection, safety boots, and protective eyewear to minimize the risk of injury.
Yes, electric-powered rammers and models with efficient, low-emission engines are available and are better for the environment.
Mantenimiento
Programa de mantenimiento periódico del motor
| Cada uso | Primer mes o 20 horas | Cada 3 meses o 50 horas | Cada 6 meses o 100 horas | Cada año o 300 horas | ||
|---|---|---|---|---|---|---|
| Aceite de motor | Comprobar nivel | √ | ||||
| Cambia | √ | √ | ||||
| Filtro de aire | Consulte | √ | ||||
| Limpiar | √(1) | |||||
| Sustituir | √☆ | |||||
| Copa de sedimentos | √ | |||||
| Bujía de encendido | Comprobar-Limpiar | √ | ||||
| Sustituir | √ | |||||
| Parachispas (piezas opcionales) | Limpiar | √ | ||||
| Velocidad de ralentí | Comprobar-Ajustar | √(2) | ||||
| Juego de válvulas | Comprobar-Ajustar | √(2) | ||||
| Depósito de combustible y filtro | Limpiar | √(2) | ||||
| Cámara de combustión | Limpiar | Cada 300 horas (2) | ||||
| Línea de combustible | Consulte | Cada 2 años (Sustituir si es necesario) (2) | ||||
☆ Sustituya sólo el tipo de elemento de papel.
(1)Mantenimiento más frecuente cuando se utiliza en zonas polvorientas.
(2)Estos elementos deben ser reparados por su distribuidor a menos que usted disponga de las herramientas adecuadas y tenga conocimientos mecánicos. Consulte los procedimientos de mantenimiento en el manual.
Se realiza cada mes indicado o cada intervalo de horas de funcionamiento, lo que ocurra primero.
Tamping rammer periodic maintenance schedule
| Diariamente antes de empezar | Después de las primeras 5 Hrs. | Después de las primeras 50 Hrs. | Cada Semana o 25 Hrs. | Cada mes o 100 Hrs. | Cada 3 meses o 300 Hrs. | |
|---|---|---|---|---|---|---|
| Comprobar el nivel de combustible | √ | |||||
| Comprobar el nivel de aceite de la máquina | √ | |||||
| Compruebe si hay grietas o fugas en la tubería de combustible y los accesorios. | √ | |||||
| Tighten ramming shoe hardware | √ | √ | ||||
| Comprobar y apretar los tornillos de los cilindros del motor | √ | √ | ||||
| Comprobar y apretar la tornillería exterior | √ | √ | ||||
| Limpiar las aletas de refrigeración del motor | √ | |||||
| Arrancador de retroceso limpio | √ | |||||
| Change ramming system oil | √ | √ | ||||
| Limpiar el silenciador del motor y la lumbrera de escape | √ |
Nota: Si el rendimiento del motor es pobre, por favor revise, limpie y reemplace los elementos del filtro de aire según sea necesario.
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