COMAC ANTEA 50 B, Руководство по эксплуатации и обслуживанию

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5. Connect the battery hopper connector (4) to the connector of the general system (5) ( Fig. 4 ).
WARNING : This process must be carried out by qualified personnel.
6. Grip the handle (3) on the left side of the recovery tank and turn the tank until it reaches the work
position ( Fig. 5 ).
7. The device is fixed to the pallet by two wedges (6) that block the wheels and brush head ( Fig. 6 ).
Remove the wedges.
8. Start the appliance, turn the main switch (1) to “I”, making a quarter turn to the right with the key (2)
Fig. 7) ).
9. Lift the brush head body, press the “BRUSH HEAD COMMAND” button (7) on the control panel
( Fig. 8 ).
10. Raise the squeegee unit and turn the squeegee control lever (8) in the direction of the arrow in
( Fig. 9 ). The lever is located on the back of the device.
11. Press the “REVERSE ACTIVATION - DEACTIVATION” button (9) on the control panel ( Fig. 10 ).
N.B. : as soon as you press the button (9) on the control panel ( Fig. 10 ), the control display will
show the “REVERSE” screen ( Fig. 11 ).
12. Engage the dead man's levers (10) on the handlebar ( Fig. 12 ) to start moving the appliance in
reverse.
13. Using a chute, bring the device down from the pallet, pushing it backwards.
N.B. : Do not fit the brush and the rear squeegee unit before unloading the device, and avoid any
violent jolts to the brush head and the squeegee support.
14. Turn off the appliance, turning the main machine switch (1) to “0”, and turn the key (2) a quarter turn
to the left ( Fig. 1 ). Remove the key from the instrument panel.
15. Grip the handle (3) on the left side of the recovery tank ( Fig. 2 ) and turn the tank as far as it will go in
the maintenance position ( Fig. 3 ).
16. Disconnect the battery hopper connector (4) from the connector of the general system (5) Fig. 13 ).
WARNING : This process must be carried out by qualified personnel.
17. Grip the handle (3) on the left side of the recovery tank and turn the tank until it reaches the work
position ( Fig. 5 ).
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HOW TO TRANSPORT THE APPLIANCE
To transport the machine, proceed as follows:
1. Check that the solution tank and recovery tank are empty, and empty them if necessary (see
the paragraph“ EMPTYING THE RECOVERY TANK ” or read the paragraph “ EMPTYING THE
SOLUTION TANK ”).
2. For B versions, make sure the device is switched off. If it isn't, press the main switch (1) on the back
of the device ( Fig. 1 ).
N.B. : in B versions, the main switch (1) is in the idle position when the LED inside it is OFF and
the activation symbol is not visible.
3. For BT versions, make sure the device is switched off. If it isn't, bring the main switch (2) to the
“0” position by making a quarter turn to the left with the key (3) ( Fig. 2 ). Remove the key from the
instrument panel.
4. Grip the handle (4) on the left side of the recovery tank ( Fig. 3 ) and turn the tank as far as it will go,
until it reaches the maintenance position ( Fig. 4 ).
5. Disconnect the connector of the general system (5) from the connector of the batteries (6) Fig. 5 ).
WARNING : This process must be carried out by qualified personnel.
6. Grip the handle on the left side of the recovery tank and turn the tank until it reaches the work position
( Fig. 6 ).
7. For BT versions, release the electronic brake and turn the lever (7) in the direction of the arrow. The
traction gearmotor is located on the left side of the device ( Fig. 7 ).
8. Using a chute, slide the machine onto the pallet.
9. For BT versions, engage the electronic brake and turn the lever (7) in the direction of the arrow. The
traction gearmotor is located on the left side of the device (
Fig. 8
).
10. Secure the device to the pallet using the wedges.
WARNING : for transportation without a pallet, secure the device according to the directives in
force in the country of use so that it does not slide or tip over.
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COMPONENT POSITIONING
The basic components of the appliance are as follows:
1. Knob for adjusting the work speed (B versions) ( Fig. 1 ).
2. Recovery tank outlet pipe ( Fig. 2 ).
3. Handle for raising the recovery tank ( Fig. 2 ).
4. Solution tank cap/measuring device ( Fig. 3 ).
5. Tube for quick filling of the solution tank ( Fig. 3 ).
6. Tube for solution tank level/drainage (
Fig. 4
).
7. Handle for raising the squeegee unit ( Fig. 4 ).
8. Rod for adjusting the detergent solution flow ( Fig. 4 ).
9. Tap control lever ( Fig. 5 ).
10. Squeegee unit vacuum hose ( Fig. 5 ).
11. Brush head control pedal ( Fig. 6 ).
12. Solution tank cap/filter ( Fig. 6 ).
13. Hour meter display (B versions) ( Fig. 7 ).
14. Battery charge level display (B versions) (
Fig. 7
).
15. Button for switching brush head gearmotor ON and OFF (B versions) ( Fig. 7 ).
16. Button for switching vacuum motor ON and OFF (B versions) ( Fig. 7 ).
17. Button for switching water system solenoid valve ON and OFF (B versions) ( Fig. 7 ).
18. Dead man's lever ( Fig. 7 ).
19. Handlebar ( Fig. 7 ).
20. Main switch (B versions) ( Fig. 7 ).
21. Control display (BT versions) ( Fig. 8 ).
22. ECO-MODE program selection button (BT versions) ( Fig. 8 ).
23. Button for adjusting the water flow in the device water system (valid only for BT versions with CDS)
(
Fig. 8
).
24. Button for enabling or disabling reverse mode (BT versions) ( Fig. 8 ).
25. Brush release button (BT versions) ( Fig. 8 ).
26. Button for adjusting the detergent solution percentage in the device water system (valid only for BT
versions with CDS) ( Fig. 8 ).
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