With this 24V charging converter and 10 ampere charging current you will never arrive at your destination with empty batteries!
This is ensured by the Dometic PerfectPower DCC 2424, in which your supply batteries are optimally charged while driving or their charge level is maintained.
At the same time, the charging converter delivers sufficient power even over short distances and completely charges batteries on longer trips without the risk of overloading. This will ensure that sulphation is prevented, which is usually the cause of lead acid battery premature failure and extend the life of your batteries significantly.
Even with modern vehicles in the EURO 6 class with intelligent alternator, this DC charging converter works reliably and generates a stable output voltage. With the constant power supply even sensitive devices can be used.
Transformation: | 24 V → 24 V |
Nominal input voltage: | 24 V |
Input voltage range | 16 V - 32 V |
Charging current: | 10 A |
Charging voltage: | 26.4 V - 29.4 V |
Output: | 250 W |
Residual ripple of output voltage at rated current: | <100 mVeff |
Efficiency up to: | 90 % |
Idle power consumption: | <0.4 A |
Ambient temperature for operation: | -20 ˚C to +50 ˚C |
Ambient humidity: | ≤95 %, non-condensing |
Device dimension: | 153 x 73 x 220 mm (Width x Depth x Hight) |
Weight ca.: | 1.6 kg (3.4 lbs) |
Protection devices
Input: | High voltage, low voltage, reverse polarity protection (internal fuse) |
Low voltage shutdown: | 8 V |
Low voltage restart: | 10 V |
High voltage shutdown: | 16 V |
High voltage restart: | 15.5 V |
Temperature: | Shutdown |
Short circuit protection: | YES, Ipk |
In the delivery are included
- the DCC 2424-10, and
- a multi-lingual installation and operating manual
Other accessory like mounting material, a battery sensor or something else are not part of the delivery!
The 24 volt voltage of a vehicle starter battery is transformed into a stable DC voltage to a 24 volt supply or on-board battery. Due to the galvanic isolation of input and output voltage, the output voltage can be kept stable regardless of voltage fluctuations in the input circuit.
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