Electric System; Battery Maintenance - Wetrok Speedmatic Tornado P Mode D'emploi

Electric system (petrol version)
FIG 24
Electric system (electric version)
FIG 25
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The electrical system operates at 24 V and is powered by two 24 V, 140 Ah batteries connected in series fig. 25-25a-25b-25c. Never continue operating
the motor-sweeper until the batteries run completely flat. When indicator 12 (fig. 3) shows yellow, the batteries are starting to run down. The colour of
the indicator 12 (fig. 3) changes from green to yellow to red as the level of battery charge diminishes. Green light: batteries fully charged; yellow light:
batteries partly charged; red light: batteries discharged.
!
WARNING! Do not wait for indicator 12 (fig. 3) to show red before recharging the batteries as this can cause rapid battery wear.
Proceed as follows to recharge the batteries 1 (fig. 25):
1. Disconnect connector 2 from socket 3.
2. Connect the plug 4 for battery charger 5 to socket 3.
3. Switch on the battery charger.

BATTERY MAINTENANCE

Keep the batteries dry and clean. Pay particular attention to the terminals and terminal bolts. At intervals depending on how much the motor-sweeper is used, check
the level of the electrolyte. Top up with distilled water if necessary. Periodically check the efficiency of the battery charger. Make sure that the area in which the
battery is charged is well ventilated. Keep naked flames well away from the battery, especially while it is being charged.
Autonomy
The motor-sweeper has a working autonomy of about 4 hours. Perform the following checks if autonomy drops below this value:
1. Check that the brush is not pressing too hard on the floor.
2. Check that there is no string or wire, etc., entangled in or around the main brush which might cause friction and increase power consumption.
Wiring diagram electric elements
2. Starter relay
3. Shaker relay
4. Shaker microswitch
5. Ignition key switch
6. Starter motor /battery charge generator
7. General safety microswitch
8. Diode
9. Shaker motor
10. Engine coil
11. LED circuit for indicator light
F1. 80A fuse
F2. 50A fuse
F3. 25A fuse
F4. 10A fuse
F5. 25A fuse
D. Diode
The electrical system operates at 12 V and is powered by
a battery 12 V, 140 Ah. (fig. 24)
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