Tamping Rammer Machine

Tamping Rammer Machine Specification

Material
Heavy Duty Steel

Feature
High Impact Force, Low Maintenance, Rugged Design

Color
Yellow & Black

Height
1100 mm

Length
765 mm

Operating System
Manual Start, Petrol Engine Driven

Power
3 HP

Weight
85 kg

Application
Construction, Roadwork, Foundation Compaction

Surface Treatment
Paint Coated

Voltage
220V / 240V

Usage
Soil and Sand Compaction

Load Capacity
75-80 kg

Diameter
330 mm (Plate Diameter)

Engine Type
Air-Cooled, Four Stroke, Single Cylinder

Vibration Frequency
650~700 times/min

Plate Size
330 x 285 mm

Jumping Stroke
40-65 mm

Speed
700 r/min

Impact Force
13~15 kN

Fuel Tank Capacity
2.8 Liters

About Tamping Rammer Machine

Our company is quality approved manufacturer supplier and exporter of Construction and Road Machinery We have wide variety of light construction machinery and road machinery which are most demanding model and has a long run history of serving the construction industry be it residential Commercial or infrastructure projects The Screed roller concrete paver machine is a marvellous combination of different steps required in road construction being converted into one The machine saves lot on labour and time The paving is so fast and saves lot of overhead expense too Following are the Product Features Specifications Real Photos and You tube Video Links FEATURES Rollers with auger for concrete spreading Different rollers for movement and vibration User friendly operation Most sought after model Total Maintenance Free Machine Heavy duty model Vibrators attached for easy concreting

Engineered for Durability and Performance

Featuring a heavy-duty steel frame and a powerful single-cylinder, air-cooled engine, this tamping rammer is built to handle demanding jobs. The 3 HP petrol engine ensures high performance, while the painted finish protects the machine against rust and wear, making it suitable for regular use on rough terrains.

Optimized for Efficient Compaction

With an impact force of 13-15 kN and a jumping stroke between 40-65 mm, this machine is ideal for compacting soil and sand in foundation work, roads, and other construction projects. Its high vibration frequency and plate design enable rapid, consistent, and deep compactions for stable ground preparation.

FAQ's of Tamping Rammer Machine:

Q: How is the tamping rammer machine started and operated?

A: The tamping rammer features a manual start operating system and is powered by a petrol-driven, air-cooled, four-stroke single-cylinder engine. Operation involves filling the fuel tank with petrol, starting the engine manually, and guiding the machine over the area needing compaction.

Q: What materials and construction sites is this tamping rammer suitable for?

A: This machine is best used for compacting soil and sand in construction sites, roadworks, and foundation projects. Its rugged build and heavy-duty steel structure allow it to perform reliably on various terrains and under challenging worksite conditions.

Q: When should I use a tamping rammer instead of other compaction equipment?

A: A tamping rammer is ideal when you require high-impact force in confined or hard-to-access spaces, such as trenches, foundations, or areas with cohesive soils. Its jumping stroke and concentrated plate size ensure thorough compaction where larger equipment may struggle to reach.

Q: Where is the tamping rammer manufactured and supplied from?

A: This tamping rammer is manufactured and supplied in India, meeting the rigorous standards required by contractors and builders for construction, roadwork, and foundation applications across diverse Indian terrains.

Q: What is the process for maintaining the tamping rammer machine?

A: Regular maintenance involves checking and refilling the petrol tank, inspecting the air filter and spark plug, tightening bolts, and cleaning the machine after use. Its design focuses on low maintenance, so periodic servicing ensures prolonged durability and optimal operational performance.

Q: What are the primary benefits of using this tamping rammer?

A: Key advantages include its high impact force, low maintenance requirements, robust and rugged design, efficient fuel consumption, and ability to deliver deep, uniform compaction across soil and sand, improving stability and safety for construction projects.

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