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Ersa universal soldering irons


            The Ersa 15+ and 25+ universal soldering irons are
            the perfect tools for cost-conscious soldering. Internally
            heated tips provide a high level of efficiency. The varied   Ersa 15+
            range of thin soldering tips of the 832 and 842 series can                                                Soldering irons and sets
            be used. The safe performance of fine soldering   Soldering tip series 832 and 842, see page 40
            applications is supported by the ergonomic design of the
            handle.

            The Ersa 35+ universal soldering iron is most suita-
            ble for applications with high heat requirements. Internally   Ersa 25+
            heated tips of the 852 series guarantee best heat transfer   Soldering tip series 832 and 842, see page 40
            at a high level of efficiency. The ergonomic handle provides
            secure tool handling for all soldering applications.


                                                       Ersa 35+
                                                       Soldering tip series 852 , see page 40


            Order no.    Description                   With         Rating/    Heating time Max. tip   Weight
                                                       soldering tip  voltage            temperature  (w/o cable)
            0E015CD      Ersa 15+ soldering iron       0832CD, ERSADUR  15 W/230 V  approx. 120 s  approx. 400 °C  50 g
            1E015CDA068                                             15 W/115 V
            0E025CD      Ersa 25+ soldering iron       0842CD, ERSADUR  25 W/230 V  approx. 120 s  approx. 450 °C  50 g
            1E025CDA068                                             25 W/115 V
            0E035VD      Ersa 35+ soldering iron       0852VD, ERSADUR  35 W/230 V  approx. 120 s  approx. 450 °C  50 g
            1E035VDA068                                             35 W/115 V










            Internally heated soldering tips for best energy efficiency











            Up to 20 % higher level of efficiency
            due to internally heated soldering tips.



                                                       The soldering tip is the “heart” of the   soldering tips. This difference in
                                                       soldering iron and responsible for the   technology raises the level of
                                                       heat transfer from the heating   efficiency of the whole soldering
                                                       element via solder to the solder joint.  iron by up to 20 %.
                                                       Depending on the soldering iron and   This is why a higher level of
                                                       application, different types of tips are   performance can be reached with
                                                       available. Prerequisites for good solder   the same input of energy. This
                                                       joints are the correct soldering iron tip   advantage is implemented
                                                       shape, perfect heat transfer, a good   consequently at all new universal
                                                       condition of the tip and reliable   soldering irons Ersa 15+, Ersa 25+
                                                       stability.                  as well as Ersa 35+.
                                                       For an optimal heat transfer from the   Good success for your soldering job!
                                                       heating element to the soldering tip,
                                                       internally heated soldering tips are
                                                       definitely superior to externally heated
                                                                                   The internal heating element ensures most
                                                                                   efficient heating transfer and therefore
                                                                                   high efficiency on the top of the tip.

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