Connection possibilities of the connection nipple [ Fig. A1 ]:
The hose can be connected via the connection nipple
hose diameters.
Large hose diameter
Medium hose diameter
Small hose diameter
When using the largest hose diameter, the pump has the maximum
delivery capacity.
Pump
Small hose diameter
Art. GARDENA Hose Clamp
Medium hose diameter
Art. GARDENA Hose Clamp
Large hose diameter
Art. GARDENA Hose Clamp
When using the 38 mm (1 1/2") hose, we recommend the GARDENA
Flat Hose Set Art. 5005 with 10 m hose and hose clamp.
To connect the hose via the connection nipple:
1. When using the large diameter hose, cut off the connection nipple
at
(a)
.
2. When using the medium hose diameter, cut off the connection
nipple
(4)
at
(b)
.
3. Push the hose onto the connection nipple
4. Fix the hose to the connection nipple
Clamp.
To assemble the pump connection [ Fig. A5 ]:
DANGER! Risk of physical injury!
Cut injury by the impeller.
v Operate the pump only with the elbow connector.
The hose can be easily connected and disconnected using the locking
devices
(2)
on the elbow connector
1. Screw the elbow connector
(If the hose is to be installed horizontally, the elbow connector
be screwed out again up to half a turn.)
2. Screw the connection piece
3. Push the connection nipple
until it stops and it engages audibly and visibly.
The hose is securely connected to the pump.
3. OPERATION
DANGER! Risk of physical injury!
Injury when the product starts accidentally.
v Disconnect the product from the mains before you connect,
adjust or transport the product.
To pump water:
If the pump cannot be immersed via the handle, the pump must always
ß
be immersed via a rope
[ Fig. O1 ].
R
Attach the rope
ß
by tying it to the handle. The button
R
be depressed. Minimum immersion depth during initial operation
see 7. TECHNICAL DATA.
Take care that the pump is located where the inlet openings at the suction
base are not obstructed neither completely nor partly.
Stand the pump on a brick if using in a pond.
If the suction process is close to the minimum water level at start-up,
the suction process may take longer.
1. Immerse the pump.
2. Connect the pump to the mains.
The sensor is initialised and indicated by a running light.
Automatic operation [ Fig. O10 ]:
In automatic operation the pump switches on automatically when the
water level reaches the switch-on level and switches off automatically
when the water level reaches the switch-off level.
10
GAR_09049-20.960.04_2024-01-09.indd 10
GAR_09049-20.960.04_2024-01-09.indd 10
(4)
with different
(a)
Cut off nipple at
[ Fig. A2 ]
(b)
Cut off nipple at
[ Fig. A3 ]
Do not cut off nipple [ Fig. A4 ]
Art. 9049
32 mm (1 1/4")
Art. 7194
38 mm (1 1/2")
Art. 7195
51 mm (2")
Art. 7196
(4)
.
(4)
e. g. with a GARDENA Hose
(1)
.
(1)
clockwise into the pump until it stops.
(1)
(3)
into the connection nipple
(4)
.
(4)
of the hose into the elbow connector
(6)
must not
Switch-on / switch-off heights of the sensor fields:
The sensor has nine sensor fields (
are located to the right of the LEDs.
The sensor fields are about 1 cm high (no finger or changed water level
is detected between the sensor fields).
Switch-on / switch-off heights in mm:
ß
Sensor field
S1
Clear water:
11
Off / On
Dirty water:
49
Off / On
After plugging in the pump the 9 LED's light up one after the other.
The pump starts at the factory in automatic mode with sensor field
ß
switch-on height
and sensor field switch-off height
S4
To adjust the switch-on / switch-off heights [ Fig. O10 ]:
The sensor fields can only be adjusted outside the water.
When the pump has been removed from the water, the sensor should be
dried for programming.
(4)
The upper sensor field is always the switch-on height, the lower sensor
field is always the switch-off height.
Operate the sensor fields until the inputs are acknowledged with a short
double flash of all LEDs.
1. Keep the sensor field
has acknowledged the input.
The currently set switch-on and switch-off heights are briefly displayed.
After that all sensor fields light up.
2. Push the desired upper sensor field for the switch-on height.
The LED of the selected sensor field switches off.
3. Push the desired lower sensor field for the switch-off height.
The LED of the selected sensor field switches off.
After 3 seconds, the set switch-on and switch-off heights are accepted
and displayed.
Automatic clear water suction for very low water levels:
ß
Sensor field
can be selected both as switch-on and switch-off point.
S1
If the sensor field
ß
still detects water within 10 minutes after starting the
S1
can
pump, the pump switches off to prevent damage due to dry running.
The pump will still start if sensor field
however, the sensor should be cleaned to ensure exact water level
(1)
detection.
To display switch-on and switch-off heights:
1. Take the pump out of the water and dry the sensor area.
2. Keep the sensor field
has acknowledged the input.
The currently set switch-on and switch-off heights are displayed.
Disable the water level tracking:
In automatic operation, the LEDs follow the water level. This can be
deactivated.
1. Take the pump out of the water and dry the sensor area.
2. Keep the sensor field
flashing of all LED's has acknowledged the input (see To pump water).
To switch the water level tracking back on, push and hold the sensor
field
ß
again during initialisation until the double flashing of all LED's has
S8
acknowledged the input.
Demo mode:
For presentation purposes, the pump can be put into demo mode. In this
mode, the LEDs simulate the pump's functions via flashing sequences and
the sensor fields react to touch.
1. Take the pump out of the water and dry the sensor area.
2. Keep the sensor fields
switching on or during the self-test after plugging in until the double
flashing of all LED's has acknowledged the input.
To switch off the demo mode again, push and hold the sensor fields
ß
during initialization when switching on or during the self-test after plug-
S8
ging in until the double flashing of all LED's has acknowledged the input.
Manual operation [ Fig. O10 ]:
In manual mode the pump runs until the pump is disconnected from the
mains. This mode is particularly suitable for flat suction.
ß
to
ß
from bottom to top), which
S1
S9
ß
ß
ß
ß
ß
ß
S2
S3
S4
S5
S6
S7
23
38
57
81
109
140
61
73
95
119
147
178
ß
.
S1
ß
pushed until the double flashing of all LED's
S7
ß
detects water. In this case,
S2
ß
pushed until the double flashing of all LED's
S6
ß
pushed during initialisation until the double
S8
ß
and
ß
pushed during initialisation when
S5
S8
ß
ß
S8
S9
174
211
212
249
ß
and
S5
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09.01.24 12:03