Technical Data; Noise/Vibration Information - Yamato MS1600-2 Manual De Instrucciones

Cod. 94532 – MS1600-2
1. EQUIPM ENT
n° 1 Electric mixer
n° 1 Paddle ø 160 mm
n° 2 spanners

2. TECHNICAL DATA

M odel
Code
Voltage
Protection degree
Power
Variable speed
No load speed
Spindle
Ø paddle and lenght
vibration: weighted acceleration m/s
sound power level dB (A).

Noise/Vibration Information

Measured values determined according to EN 60745.
Uncertainty K=3 dB.
W ear hearing protection!
The typically weighted acceleration is on the above table.
The vibration emission level given in this information sheet has been measured in accordance with a
standardised test given in EN 60745 and may be used to compare one tool with another. The
vibration emission level will vary because of the ways in which a power tool can be used and may
increase above the level given in this information sheet.
Note: To be accurate, an estimation of the level of exposure to vibration experienced during a given
period of work should also take into account the times when the tool is switched off and when it is
running but not actually doing the job. This may significantly reduce the exposure level over the total
working period.
Intended Use
The machine has been designed to mix liquid and powdery building materials such as paint, mortar,
adhesive, plaster and similar substances.
When using electric tools it is imperative to take the following basic safety precautions in order to
reduce the risk of electric shock, injury and fire. Read and take note of these instructions before you
use this tool.
3. GENERAL SAFETY REGULATION
Read this manual carefully before operation to avoid the hazards such as electric shock,
burn of fire.
• The work area must be kept clean to avoid danger.
• Pay attention to the environment, do not expose the tool in rain or humid place. Keep work area
lit up. Don't use the tool in presence of inflammable liquid or gas.
MS1600-2
94532
230 V – 50 Hz
Classe ll
1600W
Sì
180-460, 300-700rpm
M14 x 2
160 mm x 590 mm
3,02 m/s
2 .
K=1,5 m/ s
LpA 87 dB(A)
LwA 98 dB(A)
K=3 dB
2
2
11