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In your case you should decide better for 6100 or 6000 with electronic engine. The 230V entrance of the Pumpentrafos is then attached directly to the exit IKS computers with plug. The number of revolutions of the pump is then adjustable, as with each Turbelle electronics.

the Streams goes from 12-20V, the old Turbelle went to 22V. Had my with 24V to run, but the drivers became there already powerfully hot.
In principle there are two variants.

Either I take the Simmod and head for with it the driver. That is which the multi-CONTROLLERS of Tunze makes. However there the control voltages agree not completely, so that the Simmod must be adapted.

Or I dimme with a dimmbaren connector strip the trafos. Funzt however only with a PhasenABschnittsdimmung. I white now not whether IKS a section or a ANschnittsdimmung operates. With a PhasenANschnittsdimmung it does not function!

I had measured times a single CONTROLLER (7091) of Tunze. Even a multi-CONTROLLER for the pumps wanted to build.

Steckerbelegung:
Pin 2: Green, +8V
Pin 3: Yellow, 0V/GND
Pin 5: Red, tax exit 0 to +8V

The tension for max. Pumpenleistung is, for min pumpenleistung 3V. the fodder stop pressed is still another residual voltage of for instance +0,5V against the tax exit resting to 8V.


Plug of the single CONTROLLER regards from the front.

the control voltage of 8 V could supply a Simmod. Firm 8 V exit one was not needed probably, since this serves for the supply of the multi-CONTROLLER.

The question is the achievement (river), which the control inlet needs. A Simmod does not supply there sicherlcih much.

That would have to be tested times. If I the information here in such a way do not see am difficult it probably at all.