οδηγίες χρήσης TRONIC TLG 500 B1

[. . . ] There would then be the danger of receiving an electric shock and or causing a fire!· Only charge rechargable batteries of the types , , Ni-Cd" and , , Ni-MH". NEVER recharge batteries of other types or non-rechargable batteries. Batteries not suitable for recharging can overheat and explode. [. . . ] If possible, place an anti-slip material under the device. · Compare the technical data with that of your current mains power supplier. If they are the same, connect the power cable to a mains power socket. The Battery Charger is now ready for use. Charging batteries Danger! Charge exclusively rechargable batteries of the types , , Ni-Cd" and , , Ni-MH". NEVER recharge batteries of other types or nonrechargable batteries. They could irreparably damage the Battery Charger and the inserted batteries. There is also the danger of a fire as well as an explosion! Notice: If the charging bay LED blinks red for longer than 5 seconds the rechargeable battery is not correctly inserted into the charging bay or the battery is defective. When the capacity of the battery is determined, charging process starts. -4- The various indicators have the following meanings: - The LED blinks red and green every second (Not for 9V Block batteries): The rechargeable batteries are alternately charged and discharged. . (Refresh-Function: Older batteries or those that have been stored for a long period will be refreshed. ). The LED flashes red and green in a 1/2 second rhythm (not applicable to 9V rechargeable batteries): If the rechargeable batteries do not have to be refreshed (refresh function), conditional on the length of storage or the age, the following process takes place: the rechargeable batteries are discharged to minimize the memory effect. The LED glows red constantly: The rechargeable batteries are charged with the maximum charge current. The LED glows green constantly: The batteries are fully charged and the Battery Charger has switched over to trickle charge. Note, however, that the times calculated are only indicative. Current time (Min. ) = Capacity of the battery (mAh) x 1, 5 x 60 Charging current of the appliance (mA) Automatic charging control/ Retention charging This Battery Charger controls the charging time for rechargable batteries of the types Ni-Cd and Ni-MH separately. This control is based on the ­ U (, , minus Delta U") calculation. In mathematics, with Delta differences are described. , , Minus Delta U" in this case means a negative voltage difference. This charge identification makes itself useful in the following effects: Should a battery be charged with a constant current, its voltage rises continuously. When the battery is full, its voltage reaches a maximum and falls lightly with further current flow. This light fall in voltage is recognised by the charging electronics and the charge process is terminated. The Battery Charger automatically switches to , , Retention charging". This means that the batteries are no longer being charged with continuous power, but with short power impulses instead. This counteracts the process of self-discharge, thus retaining the batteries in a fully charged condition. - - Warning! The batteries could become hot during charging. [. . . ] ­ U (, , minus Delta U"). , , Minus Delta U" . - 13 - : , . - . · . Ni-Cd Ni-MH AA//C/D 9 V . [. . . ]