Technical Data; Reasons For Compaction - Altrad BELLE RPX 35/40 Manuel De L'opérateur

GB
Model
Engine
Engine Power (Hp / kW)
Engine RPM
Weight (Kg)
2
Static Pressure (kg/m )
Centrifugal Force (kN)
Frequency (Hz)
Max Gradient (°)
Maximum Travel Speed (m/min)
*3-Axis Vibration (m/sec
Noise Level (dB(A))
* Minimum level to EN500 Part 4
GB
Soil, which has been disturbed or new infill, subbase and blacktop, will have small voids or air pockets which, if not compacted, will
lead to one or more problems occurring.
1. As traffic crosses the surface of an uncompacted area, the material is compressed. This leads to subsidence of the top surface
as the material fills the voids.
2. A similar situation occurs with static loads on uncompacted ground. The load (e.g. a building) will sink.
3. Materials with voids are more susceptible to water seepage, leading to erosion. Water ingress may also cause the soil to
expand during freezing temperatures and contract during dry spells. Expansion and contraction is a major cause of damage to
building foundations and normally leads to the structure requiring underpinning.
Compaction increases the density of the material and therefore increases its load bearing capacity. Reduces air voids and therefore
reduces the risk of subsidence, expansion and contraction, due to ingress of water.

Technical Data

700
1205
Honda
GX200
5.5/4.0 4.2/3.1
3000
176
1351
35
81
20
27
2
) 3.1
108

Reasons For Compaction

400 / 500 / 600
RPX 35/40
Hatz
Hatz 1B20 Honda
1B20 Electric GX200
Start
4.2/3.1 5.5/4.0 4.2/3.1
3000 3000 3000
187 189 1800
1436 1449 1104
35 35 35
81 81 81
20 20 20
27 27 26
2.4 2.4 3.1
108 108 108
8
326
809
RPX 35/50
Hatz
Hatz 1B20 Honda
1B20 Electric GX200
Start
4.2/3.1 5.5/4.0 4.2/3.1
3000 3000 3000
191 194 185
1172 1190 944
35 35 35
81 81 81
20 20 20
26 26 25
2.4 2.4 3.1
108 108 108
RPX 35/60
Hatz
Hatz 1B20
1B20 Electric
Start
4.2/3.1
3000 3000
196 207
1000 1057
35 35
81 81
20 20
25 25
2.4 2.4
108 108