Votronic 1717 MPP 260 CI Solar-Laderegler

SKU: 1717
GTIN: 4250683618139
Manufacturers: Votronic

120,74 €

incl. 0% VAT , Shipping costs for orders according to (DE) §12 para. 3 UStG

(Save 40.67%, i.e. 82,76 €)

Choose tax zone / country of delivery

0% VAT for photovoltaics (Section 12 (3) UStG). For further information, please see und here

Available immediately
Shipping in 1-3 business days (DE - int. shipments may differ)

Arrange a consultation now

OR ORDER DIRECTLY

The MPP 260 CI solar charge controller from Votronic is a state-of-the-art solution for efficiently charging your batteries with solar energy. This innovative charger has been specially developed for use in motorhomes, boats and other vehicles to ensure that you always have sufficient energy. With a maximum charging power of 260 watts and proven Maximum Power Point Tracking (MPP) technology, the charge controller maximizes the yield of your solar system by automatically determining the optimum operating point for the solar cells. This ensures efficient conversion of solar energy into electrical power and thus optimizes charging efficiency.

&About the MPP 260 CI solar charge controller

3 charging programs for lead-acid/gel/AGM
5 charging programs with temperature protection for current LiFePO4
reverse current lock (night operation)
On-board power supply filter for parallel operation with other charging sources
Automatic compensation of voltage losses on the charging cables
Lead temperature compensation/LiFePO4 protection
Connection solar computer S, VPC, Bluetooth connector, ready to plug in

Two battery charging outputs

The Votronic 1717 MPP 260 CI solar charge controller has two battery charging outputs that enable automatic charging of the main supply battery (12V), as well as trickle charging and charge retention (max. 1 A) for the vehicle starter battery (start) with built-in overcharge protection.

IU1oU2 charging characteristic

The "IU1oU2" charging characteristic of the Votronic MPP 260 CI solar charge controller ensures the prevention of damaging acid coatings in lead batteries through a defined charging voltage increase (U1);ure stratification in lead batteries and ensures an equalizing charge of the individual battery cells (lead and lithium), followed by an automatic trickle charge (U2)

Switching output "AES"

The "AES" switching output enables automatic switching of refrigerators with "AES" (Automatic Energy Selector, Electrolux/Dometic) from gas to 12 V operation in the event of a sustained solar power surplus.
Comprehensive electronic protection