Overview; Functional Description; Technical Data; Performance Data - FLORABEST FTP 400 D3 Originalbetriebsanleitung

GB IE

Overview

1 Carrying handle
2 Mains cable
3 Pump casing
4 Pump pedestal
5 Pump output
6 Float switch
7 Float switch height-adjustment
8 Float switch cable
9 Float switch guideway
10 Adapter with hose connection
11 backflow stop
(11b) (not visible)
12 Angle adapter
13 8 m nylon rope
4a 4 screws, pump pedestal
4b Cover plate, pump pedestal

Functional description

The pump is fitted with a float switch,
which automatically switches the equip-
ment on or off.
In case of overload, the pump is switched
off by the integrated thermal protection
switch. After cooling, the motor restarts
automatically.
In addition, the pump also has a backflow
stop that prevents water from flowing back,
for example during an interruption in the
power supply.
6
(11a) with seal

Technical Data

Submersible water pump ........ FTP 400 D3
Mains connection ............ 230 V~, 50 Hz
Power consumption ..................... 400 W
Max. discharge rate (Qmax) ... 10000 l/h
Max. discharge head (Hmax) ............ 7 m
Max. depth of immersion .................. 7 m
Max. water temperature (Tmax) .......35°C
Hose connection .............½", ¾", 1", 1 ½"
(13 mm,19 mm, 25 mm, 38 mm)
Tap connection with
interior thread ............. G 1 ½" (44,9 mm)
Max. foreign body size ................ø 5 mm
Mains cable .................................. 10 m
Weight (incl. accessories) .. approx. 4.0 kg
Safety class ..........................................I
Degree of protection ........................ IPX8
Technical and optical changes can be car-
ried out in the course of further development
without notice. All dimensions, references
and information of this instruction manual are
therefore without guarantee. Legal claims,
which are made on the basis of the instruction
manual, cannot thus be considered as valid.

Performance data

The measurement of the maximum perfor-
mance data takes place under optimal con-
ditions, such as a straight, direct exit. The
angle piece and backflow stop may reduce
performance.
m