User manual RYOBI DC500

[. . . ] Remove the battery (6) by pressing the unlock button and pulling it out of the handle towards the front. Once the battery has been charged, place it back on the power tool and unplug the battery charger. A new battery does not reach its full charge until after several cycles of charging/discharging. Do not charge the battery until it is discharged and thus unable to drive in any more screws. [. . . ] Insert the drill bit or screwdriver bit using the quick clamping drill chuck. Depending on the your work, select the appropriate speed (3) and the screwdriving, drilling or impact drilling function (2). Screwing Speed 1: suitable for large screws Speed 2: suitable for small screws The torque is set by means of an adjusting ring. The power tool must be switched off when the screwdriver bit is placed in the screw/nut. You will hear a click when the adjusting ring reaches the selected torque position; you can then let go of the ring (5). Drilling Speed 1: suitable for drilling large holes Speed 2: suitable for drilling small holes. Open the drill chuck and unscrew the locking screw (Phillips screw, left-hand thread). Insert the Allen key into the drill chuck and loosen the drill chuck by giving the key a light tap (right-hand thread). Drill/Driver Motor Chuck Capacity Drilling Capacity (in steel/wood) No load speed (low/high) (rpm) Torque Net Weight Impact Drill/Driver Motor Chuck Capacity Drilling Capacity (in steel/wood) (in concrete) No load speed (low/high) (rpm) Impacts per minute Torque Net Weight ST-1200 ST-1201 700 10mm 10mm/20mm 300/0-1000 min-1 24Nm 2. CE DÉCLARATION DE CONFORMITÉ Nous déclarons sous notre propre responsabilité que ce produit est en conformité avec les normes ou documents normalisés suivants : 89/336/EEC, 73/23/EEC, 98/37/EEC, EN50144, EN292, EN55014, EN60335 CE DECLARATION OF CONFORMITY We declare under our sole responsibility that this product is in conformity with the following standards or standardized documents. It is essential that you read the instructions in this manual before mounting and operating this machine. Return the battery pack to your nearest RYOBI SERVICE CENTRE for checking or replacement. When your battery pack becomes fully charged, the red light will go off and the green light will come on. If you remove the battery pack from the charger and reinsert it immediately (within less than 5 seconds) into the charger, the green light will come on indicating a full charge. If you remove the battery pack from the charger and wait more than 5 seconds before reinserting it in the charger, the charger will function normally. After normal use, it takes about 1 hour of charging time for the battery to be fully charged and 1 1/2 hours if the battery was really run down. The battery pack will become slightly warm to the touch while charging. When moving the charger suddenly from a low temperature location to high temperature location, check whether moisture has formed on the unit. If moisture has formed, allow the charger to sit for 1 to 2 hours with the plug disconnected from the outlet before using it. Display Of Charging Lights Steady Green Light Steady Red Light Flashing Red Light Finished Charging While Charging Temperature of battery is too high Battery pack is very run down Charging is impossible · Before cleaning, pull out the mains plug. Carry out the following operations once a week, or more often if the charger is used more frequently: · Risk of injury Servicing, testing and repairs should only be carried out by electrical engineers in conformity with the regulations valid in the country where the device is used. maintenance and repairs We recommend our repair centres: RYOBI AUTHORISED SERVICE CENTRES. [. . . ] Before you use it for the first time, the battery pack must be charged up. The batteries reach their full rated capacity after 3 to 5 charging cycles (1 cycle = charging, using and recharging)!The battery packs have a mechanical coding system to avoid any confusion when allocating the batteries to the respective machines. Charged batteries are subject to spontaneous discharging at a rate which depends on the ambient temperature. [. . . ]