Technical Data; Before Starting The Equipment - Dexter Laundry AC51V Translation Of Original Instruction Manual

• Do not process media such as white spirit, butyl
alcohol and methylene chloride with the PVC pres­
sure hose. These media will destroy the pressure
hose.
• The work area must be separated from the com­
pressor so that it cannot come into direct contact
with the working medium.
* additional item
Operating pressure vessels
• You must keep your pressure vessel in good work­
ing order, operate the vessel correctly, monitor the
vessel, carry out necessary maintenance and re­
pair work immediately and meet the relevant safety
precautions.
• The supervisory authority may enforce essential
control measures in individual cases.
• A pressure vessel is not allowed to be used if it has
faults or deficiencies that can endanger workers or
third parties.
• Check the pressure vessel for signs of rust and
damage each time before using. Do not use the
compressor with a damaged or rusty pressure ves­
sel. If you discover any damage, then please con­
tact the customer service workshop.
Do not lose these safety instructions.

6. Technical data

Mains connection
Motor rating W
Operating mode
Compressor speed min
­1
Pressure vessel capacity
(in liters)
Operating pressure
Theoretical intake capacity
(l/min)
Power output
Protection type
Weight of the unit in kg
Max. altitude
(above mean sea level)
S3 25%: Intermittent mode, no start­up, no braking
(cycle duration 10 minutes) In intermittent mode, the
percentage load factor (25%) is always quoted so that
the heat generated during this period can be dissi­
pated during breaks in operation by convective cool­
ing. Intermittent mode consists of the on time and the
cooling breaks, known as the duty cycle.
230 V~ / 50 Hz
1500
S3 25%
3750
50
approx. 10 bar
approx. 180
approx. 125
IP20
22
1000 m
The period of consideration is 10 minutes. 25 % load
factor means that the electric tool can be operated for
2.5 minutes at the rated performance, followed by a
cooling phase of 7.5 minutes.
Noise and vibration
Total vibration values determined in accordance with
EN ISO 3744.
sound pressure level L
pA
uncertainty K
pA
sound power level L
WA
uncertainty K
WA
Wear hearing protection.
The effects of noise can cause a loss of hearing. Total
vibration values (vector sum ­ three directions) deter­
mined in accordance with EN ISO 3744.
Vibration emission value a
h
uncertainty K
The specified vibration value was established in ac­
cordance with a standardized testing method. It may
change according to how the electric equipment is
used and may exceed the specified value in excep­
tional circumstances;
The specified vibration value can be used to compare
the equipment with other electric power tools.
The specified vibration value can be used for initial
assessment of a harmful effect.
Warning:
The vibration emission value can vary from the speci­
fied value during the actual use of the electric tool,
depending on the type and the manner in which the
electric tool is used; Try to minimise stress from vibra­
tions as low as possible. Some examples of means
for reducing the vibration stress are wearing gloves
while using the tool and limiting work time. In the pro­
cess all parts of the operating cycle must be taken
into account (such as times in which the electric tool
is switched off or time in which it is switched on, but is
not running under a load).

7. Before starting the equipment

Before you connect the equipment to the mains sup­
ply make sure that the data on the rating plate are
identical to the mains data.
• Check the equipment for damage which may have
occurred in transit. Report any damage immedi­
ately to the transport company which was used to
deliver the compressor.
74,09 dB(A)
0,91 dB
95 dB(A)
0,91 dB
< 2,5 m/s²
1,5 m/s²
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