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Excavator vibrating tamping rammer is mainly used with excavator, installed in the original bucket position on the front-end of boom, using the excavator's hydraulic drive and control Simple structure, convenient in operation and maintenance. Applicable to a variety of terrain and a variety of operation ways. it can complete plane compaction, inclined plane compaction.the steps to consolidate, cement pits of groove and other complex foundation ramming processing.
AppliCATEEion Areas
Civil engineering
Cable and pipeline construction
Road and road construction
Gardening and landscaping
20Ton 30Ton 18-24Ton 25-36Ton Excavator Attachments Mounted Hydraulic Vibrating Plate Compactor
Part Name | Compaction/Vibration Rammer |
Machine model | 2-3 Ton 5-8 Ton 12-18 Ton |
Other related models | 20t,30t,40t,50t excavators |
Type | Excavator Spare Parts |
CertifiCATEEions | ISO9001 &CE |
Material | Q345/Q460/NM360/NM400/WH60 |
Weight | 750KG |
AppliCATEEion | excavators |
Packing & Shipping
1, We pack the products by simple pallet or case which is
seaworthy.
2, Fast delivery time: 5-7 days for small quantity, and 20-30 days
for container quantity.
3, We have a team specialized in packing and loading container,
they have rich experience, and can load the max quantity
products,which can help custmer save the acean freight.
PRODUCT SPECIFICATEEIONS
Item/Model | Unit | HL30H | HL60H | HL150H | HL200H | HL300H |
Strikingforce | Ton | 4 | 4 | 6.5 | 15 | 15 |
Max vibration time | r/min | 2000 | 2000 | 2000 | 2000 | 2000 |
Amount of oil used | L/min | 45-75 | 45-75 | 85-105 | 120-170 | 120-170 |
Pressure | Kg/cm² | 100-130 | 100-130 | 100-130 | 150-200 | 150-200 |
Strike area | mm | 675*450 | 900*530 | 1030*670 | 1300*870 | 1350*870 |
Total height | mm | 670 | 700 | 845 | 1000 | 1050 |
Total width | mm | 790 | 530 | 670 | 870 | 870 |
Weight | kg | 200 | 300 | 500 | 900 | 950 |
AppliCATEEion excavator | Ton | 2-3 | 5-8 | 12-18 | 18-24 | 25-36 |
Hydraulic Plate Compactor Features
1, Hydraulic Drive System: Unlike its electric or gasoline-powered
counterparts, a hydraulic plate compactor uses hydraulic power to
operate the vibration mechanism and sometimes for mobility as well.
This can be an advantage in terms of power efficiency and
reliability.
2, Vibration Mechanism: The heart of a plate compactor is its
vibration mechanism. A heavy plate with a vibrating base is driven
by an eccentric weight attached to a motor shaft. When the shaft
rotates, the eccentric weight causes the plate to vibrate, which in
turn compacts the material beneath it.
3, Adjustable Vibration Frequency and Amplitude: Some models allow
for adjustment of the vibration frequency and amplitude to suit
different types of materials and appliCATEEions. Higher frequencies
are often used for finer materials while higher amplitudes are
better for coarser materials.
4, Reversing Function: Some hydraulic plate compactors have a
reversing function that allows them to move forwards and backwards,
making it easier to maneuver in confined spaces and ensuring
thorough compaction.
5, Durable Construction: These machines are built to withstand
harsh conditions and repeated use on construction sites. They
typically feature robust steel frames, wear-resistant plates, and
high-quality seals and bearings.
6, Ergonomic Design: Handles and controls are designed to reduce
operator fatigue and improve comfort during operation. Some models
may include adjustable handles and easy-to-use control panels.
7, Safety Features: Modern hydraulic plate compactors include
safety features such as emergency stop buttons, overheat
protection, and automatic shut-off when not in motion.
8, Transportation Options: Larger models may come with transport
wheels or a lifting point for easy reloCATEEion between jobsites
using a crane or a forklift.
9, Maintenance Accessibility: Regular maintenance is crucial for
these machines, so they are designed with accessible oil filters,
air filters, and other service points to facilitate upkeep.
10, Noise and Vibration Reduction: Advanced models incorporate
noise and vibration reduction technologies to comply with
occupational health and safety standards and to enhance user
comfort.