KEMO M149 PDF

Kemo – M – Kemo M – 6A Solar Charge Controller/Regulator, 12V, 60Wp – This solar charging controller module can be connected between a 12V DC. Solar Charging Controller Module. Solar / Charging / Controller Module. Solar Charging Controller Module 12VDC A. Part No: KEMO M Kemo Electronic M Module, Solar Charge Controller: : Electronics.

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Connect a safety fuse 10 A in the lead between the accumulator and charging controller not enclosed! When the accumulator is. Unfortunately re-reeling is not available at the present time for this item. This site uses cookies to deliver our services and provide a basic level of website functionality. Questions Ask a Question Be the first to ask a question.

Do only connect solar cells up to a power of 60 W as current source! Strictly Necessary cookiesFunctionality cookiesPerformance cookies and Advertising cookies. LED displays for “accu full” approx.

Alternatively use our Quotation page. Document Actions J149 this Print this. A power MOS transistor that switches almost lossfree is used as circuit element.

Kemo M149 – 6A Solar Charge Controller/Regulator, 12V, 60Wp

To use this facility please Sign In. This solar charging controller module can be connected between a 12V DC solar cell open circuit voltage 14 to 30V DC and a 12V DC battery to prevent overcharging of the battery. The energy yield will be reduced this way.

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LEDs indicate ‘battery full’ approx. The following applies here: The module is to be mounted as close as possible to the accumulator or groups of accumulators, respectively, to be charged ideal: So you should lead the cable to the charging controller the shortest possible way and use cable m194 is not too thin 0. Reviews Write a Review Be the first to submit a review.

The cable towards the solar cells may be of any length. oemo

The cross section of the cable between the charging controller and accumulator should be at least 1,5 qmm. The four different types of cookies are: This will neither damage the accumulator nor the charging controller, but it causes a kemmo charging interruption because a higher voltage is measured due to the additional line resistances and the smaller proximity to the solar cell, and the charging controller switches off earlier.

This module is an electronic switch which switches on the connection to the solar cells if the accumulator is empty and switches off again when the accumulator is fully charged. Battery inrush voltage Approx.

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Solar Charging Controller Module [KEMO M] Communica Online

After wiring everything according to the drawing and description, the device is ready for operation. You may also like Re-reeling orders placed after Javascript is currently disabled in your browser, please turn it on to avoid loss iemo functionality.

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Do not use stronger current sources and no transformers, battery chargers, accumulators, wind wheels, etc. If the cable is longer or has a smaller cross section, respectively, the measuring result of the battery voltage measurement will be changed due to the higher internal resistance of the cable.

The longer the cable, the higher the line loss.