8
English
Troubleshooting
Caution:
Danger from electrical current. Pull out mains
power plug before any work is carried out on
electrical parts.
No water coming out at the nozzle
1. Fresh-water tank empty, fill it.
2. Nozzle blocked, clean it.
3. Suction filter in fresh water tank blocked,
clean it.
4. Spray pump defective, have it replaced by
a technical expert.
Spray emitted from one side only
1. Nozzle is partly blocked, clean it.
Insufficient suction power
1. Cover not on properly, put it on properly
2. Seal on cover dirty, clean it.
3. Fluff strainer dirty, clean it.
4. Suction hose is blocked, check and clean it.
Spray pump too loud
1. Fresh-water tank empty, fill it
Have all inspections and work carried out on
electrical
parts done by a technical expert.
For more extensive tasks contact customer
service.
Technical data
puzzi 200 / puzzi 100
Voltage variants
220/230/240 V (1~50/60 Hz)
Power, blower motor
Suction turbine P
max
1250
W
Suction turbine P
nominal
1100
W
Air flow, max
54
l/sec.
Vacuum
220
mbar
Power, spray pump, puzzi 200
Spray pump
2 x 40
W
Spray pressure, max.
2
bar
Spray quantity
2
l/min.
Unit socket, puzzi 200
Power consumption, max.
250
W
Power, spray pump, puzzi 100
Spray pump
40
W
Spray pressure, max.
1
bar
Spray quantity
1
l/min.
Dimensions
Filling capacity, fresh water
10
l
Capacity, dirty water
9
l
Length
665
mm
Width
320
mm
Height
435
mm
Weight, puzzi 200
12.1
kg
Weight, puzzi 100
10.3
kg
Sound level
Conforms to DIN 45635
68
dB(A)
Safety class
II
Mains cable
Length
7.5
m
Type
H 05 VV – F 2x1
Specifications subject to change without prior
notice.
Care and Maintenance
Caution:
Before any maintenance work takes place,
pull the power plug out of the socket.
n
Check mains cable, connection cable and
hoses for damage before putting the unit into
operation for the first time.
n
Before longer periods of disuse, the entire
water must be drained out of the unit
otherwise unpleasant odours might ensue.
n
From time to time clean the suction strainer
in the fresh-water tank and the fluff strainer
(Fig. 11).