Kruger KF50E, Руководство пользователя

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packed machine.
- Remove the envelops inside and check their contents
- Remove the metallic brackets or plastic straps that
secure the machine to the pallet.
- Release the brushes and the squeegee from the
packing.
- Take the machine off the pallet (pushing it backward)
by using an inclined surface that is solidly attached to
the floor and to the pallet.
If the machine is packed in a wooden crate:
- Detach all the wooden sides from the pallet, starting
from the top one.
- Remove the protective film wrapped around the
machine.
- Remove the metallic brackets or plastic straps that
secure the machine to the pallet.
- Release the brushes and the squeegee from the
packing.
- Take the machine off the pallet (pushing it backward)
by using an inclined surface that is solidly attached to
the floor and to the pallet.
After moving the machine away from all the packing,
start mounting the accessories as per the instructions
provided in the specific section.
Keep all the pieces of the packing since they might be
useful in the future to protect the machine and the
accessories during transport to another location or to
authorised service centres. If not, the packing can be
disposed in accordance with current disposal laws.
4.4 LIFTING AND TRANSPORT: MACHINE
Never use a forklift truck to lift the machine. There
are no places on the frame that can be used to lift the
machine directly.
Before preparing the packing and transporting the
machine:
- Empty the recovery tank and the detergent solution
tank.
- Disassemble the squeegee and the brushes or
scrapers.
Place the machine on the original pallet (or an equivalent
one that can bear the weight and is big enough for the
machine’s overall dimensions) using an inclined surface.
Solidly anchor the machine and the squeegee to the
pallet using metallic brackets or other elements that
can bear the weight of the parts.
Lift the pallet with the machine and load it on the
transport vehicle.
Secure the machine and the pallet using ropes
connected to the transport vehicle.
As an alternative, when using private transport vehicles,
use inclined ramps to push the machine without the
pallet, making sure to protect all parts and the machine
itself against violent impacts, humidity, vibrations and
accidental movements during transport.
5. TECHNICAL INFORMATION
5.1 GENERAL DESCRIPTION
5.1.1 MACHINE
We can summarise the machine’s main features as
follows:
- The form of the squeegee, the air flows and the specially
designed rubber blades produce excellent drying results
even on tiled floors. Thanks to the particular balanced
shape of the machine frame and the squeegee support,
no water residues are left behind in a curve, and even
when a smaller squeegee is used.
Excellent distribution of weights and dimensions thanks
also to the heavy weight of the brush plate.
- A heavy weight on the brushes makes them work
efficiently on the floor. The pressure is generated by the
weight of the plate, without springs or additional devices
that lead to difficulties and inaccuracy. The entire mass
is generated by the hanging weight of a 15 mm steel
ship’s plate.
- A large volume of water in the tanks reduces dead time
since fewer trips are needed to collect water and dump
dirt. There is no delicate flexible diaphragm that, at a
technical level, is difficult to clean.
- The dirty water tank leaves several litres for decanting
any foam.
- Robust construction. The frame and squegee are made
in extra thick plate and aluminium 6 mm, 8 mm, 10 mm
up to 20 mm – are laser cut and welded. The brush plate
is made from 15 mm ship’s sheet metal, with a surface
treatment that protects the plate and the paint for thousands
of hours in a saline fog. All screws are made with stainless
steel; the tanks (body) are made with 7-8 mm thick
shockproof polyethylene. Everything is simple and very
strong, without any other complicated designs.
- The suction motor is housed inside the machine, thus
reducing operating noise to a minimum.
- The recovery tank is very easy to clean due to the lack
of the characteristic difficult access points of recovery
tanks located in a lower position.
5.2 STRUCTURE AND FUNCTIONS
5.2.1 MACHINE
A PHOTO A
1 BATTERY COMPARTMENT HOOD
2 RECOVERY WATER TANK
3 SOLUTION WATER TANK PLUG
4 SOLUTION WATER TANK
5 BRUSH MOTOR PROTECTIVE COVER
6 ADJUSTABLE SPLASH GUARD
7 FRONT RIGHT BUMPER WHEEL
8 MACHINE RIGHT WHEEL
9 SUCTION FILTER
B PHOTO B
10 WATER OUTLET ADJUSTING LEVER
11 RECOVERY TANK DRAIN HOSE
12 SOLUTION TANK DRAIN PLUG
13 POWER SUPPLY CABLE
14 BRUSH PLATE LIFT/LOWER PEDAL
15 RECOVERY TANK INSPECTION PLUG
16 SQUEEGEE LIFT/LOWER LEVER
C PHOTO C
17 GENERAL SWITCH ON / OFF
18 SUCTION MOTOR SWITCH
19 BRUSH MOTOR SWITCH
D PHOTO D
20 SQUEEGEE PRESSION ADJUSTING KNOB