User manual NILFISK SCRUBTEC 343B

[. . . ] The undersigned certify that the above mentioned model is produced in accordance with the following directives and standards. Support brosse / plateau support disque 31. Couvercle réservoir eau de récupération (ouvert) Joint d'étanchéité couvercle réservoir eau de récupération Support de brosse / disque (en position d'utilisation) Compartiment réservoir eau de récupération Goulotte de remplissage réservoir solution Grille d'aspiration avec fermeture automatique à flotteur Orifice de drainage eau de récupération Moteur système d'aspiration Moteur brosse / plateau support disque Batteries Schémas de branchement batteries Tête porte-brosses / plateaux support disque Vis de réglage vitesse d'avance machine Brosse Plateau support disque Disque Vis Sens de rotation pour accrochage brosse / plateau support disque 59. Caractéristiques générales Longueur machine avec guidon plié Largeur machine avec embouchure Largeur machine sans embouchure Hauteur minimum / maximum machine avec guidon réglable Poids total machine Rayon minimum de braquage Largeur de nettoyage Dimensions logement batteries Diamètre roues centrales sur essieu fixe Diamètre brosse / disque Pression roues arrière au sol Pression roulette avant au sol Pression brosse / disque au sol Performances Aspiration Vitesse moteur brosse / plateau support disque Pression acoustique à l'oreille de l'opérateur (ISO 11201, ISO 4871) (LpA) Puissance acoustique émise par la machine (ISO 3744, ISO 4871) (LwA) Niveau de vibrations au bras de l'opérateur (ISO 5349-1) Puissance moteur système d'aspiration Puissance moteur brosse / plateau support disque Pente maximum franchissable Tension batteries Batteries standard Contenance réservoir eau propre Capacité réservoir eau de récupération SCRUBTEC 343B 1 020 mm 720 mm 570 mm 860 - 1. [. . . ] The electric components of the machine can be seriously damaged if the batteries are either improperly installed or connected. The machine requires two 12 V batteries, connected according to the diagram (28). The machine can be supplied in one of the following modes: If the green warning light (62) turns on, the batteries are ready to be used. If the yellow or red warning light (63 or 64) turns on, the batteries must be charged (see the procedure in Maintenance chapter). Set the machine and the battery charger (if equipped) according to the type of batteries installed (WET or GEL), according to the procedure shown in the following paragraph. Set the electronic board of the machine according to the type of batteries installed (WET or GEL) as shown below: If this setting corresponds to the type of batteries installed, go to step 6. 1), then remove the electrical component box cover (B). 2) in the area (B) and slightly raise it. Disconnect the vacuum hose (C) from the tank, then remove the tank (A) with the hoses (D) and (E). NOTE Use either the brush (54) or the pad-holder (55) according to the type of floor to be cleaned. Lower the deck (10) by using the handlebar (2). engage the brush/pad-holder by pressing the brush/pad switch (65) for a few seconds. If the procedure is difficult, manually turn the brush/pad-holder counter-clockwise (58). Install the squeegee (11) and fasten it with the handwheels (12), then connect the vacuum hose (22) to the squeegee. Open the recovery water tank cover (41) and engage the support rod (59). Use the filler neck (45) to fill the tank (32) with a solution suitable for the work to be performed. Do not fill the solution tank completely, leave a few centimetres from the edge. Always follow the dilution instructions on the label of the chemical product used to prepare the solution. Adjust the handlebar (2) with the knobs (3) to reach a comfortable position. Lower the squeegee (11) with the lever (19). Turn the solution flow control lever (4) to a position between the minimum limit (5a) and maximum limit (5b). In no case it is possible to close completely the water flow to the brushes during operation. [. . . ] Keeping the batteries charged make their life last longer. When the batteries are discharged, charge them as soon as possible, as that condition makes their life shorter. When using lead (WET) batteries, battery charging produces highly explosive hydrogen gas. charge the batteries in well-ventilated areas and away from naked flames. [. . . ]