Vibratory plate compactors
Operation manual
Page
11
Vibratory plates are designed for compaction of all types of soils, including soil related sections for
compaction of trenches and areas - the machine without sprinkling. Machines are also designed for
compacting asphalt surfaces – the machine with sprinkling.
2.
TECHNICAL DESCRIPTION
When used with a plastic backing plate vibration can also be used for ground paving.
These vibratory plates have optimized centrifugal force and compaction area and thus reach optimal
compaction effect. The vibratory effect is ensured by non-directed eccentric which creates circular
vibration. The main working part - the base plate - is a structure made of welded steel. The vibrator is
bolted or welded to the base plate. The engine plate is mounted to the base plate through the rubber
mounts.
The vibratory plate is driven by a four-stroke single-cylinder air cooled engine. The engine is connected
with the vibrator by a drive belt, with a centrifugal clutch which disengages the drive at idle speed.
The operator controls the machine using its handle.
Special equipment to transport the chassis vibration plates, plastic mat compaction paving and operating
hours counter.
2.1. Basic technical data:
Vibration plates are characterized by one-way design with a comfortable cushioned handle and folding
ROPS, which protects the engine from damage and ease of handling.
Type
VD15P
VD18P
VD20P
VD24P
Weight
[kg]
85
95
105
110
Frequency
[Hz]
100
100
100
100
Centrifugal force
[kN]
15
18
20
24
Max. speed
[m/min]
25
25
25
25
Max. gradability
[%]
30
30
30
30
Width of base plate
[mm]
400
450
500
500
Length of base plate
[mm]
564
564
564
564
Height of base plate
[mm]
980
980
980
980
ENGINE
HONDA
HONDA
HONDA
HONDA
Model
GX160
GX160
GX160
GX160
Fuel
gasoline
gasoline
gasoline
gasoline
Oil sensor
YES
YES
YES
YES
Net engine power
[kW]
3,6
3,6
3,6
3,6
Rated engine speed
[RPM]
3600
3600
3600
3600
Fuel consumption
[l/hr]
1,4
1,4
1,4
1,4
Capacity of water tank
[l]
12
12
12
12
Actual output of the engine installed in the machine can be different with regard to various factors,
such as operation speed of the engine, operation conditions, maintenance and other factors.
Engine operation speed is not identical with engine rated speed and this is set according to
technical parameters of the machine.
