The Mastervolt ChargeMaster battery charger is designed to help batteries perform better and last longer, providing fast and complete charging wherever you are. The internal metal to metal connections are all equipped with strain relief to prevent damage from corrosion or overheating, ensuring long life and less chance of failure. Even without the batteries connected, the ChargeMaster can provide a reliable DC output to power lights or keep the fridge cold!
The 3-STEP+ charging memory ensures more power and a longer life for your batteries, and will even charge depleted batteries. The ChargeMaster is suitable for all types of battery, and also has a wide input voltage range, which ensures perfect automatic operation anywhere in the world. It also has a built in memory function, so batteries will not get overcharged even if the mains supply is unreliable.
General specifications
Nominal output voltage : 12 V
Total charge current: 10 A at 14.25 V
Number of battery outlets: 1
Battery bank size: 25-100 Ah
Nominal input voltage: 230 V (180-265 V), 50/60 Hz
AC connection: connector
Power supply mode: no
Galvanisedanic isolation: yes
Display/read-out: 1 LED
Fastening: 4x screw
Dimensions, hxwxd: 180 x 121 x 50mm (7.1 x 4.8 x 2.0 inch)
Weight: 1 kg (2.2 lb)
Compliance: CE, ABYC A-31, RRR, RMRS, e-mark
Technical specifications
Charge characteristic: IUoUo, automatic 3-step+ for Gel/AGM/wet/Lithium Ion
Charge voltage Bulk: 14.25 V
Charge voltage Absorption: 14.25 V
Absorption time: 6 hours
Charge voltage Float (wet batteries): 13.25 V
Charge voltage Float (Gel/AGM batteries): 13.8 V
Temperature compensation: no
DC voltage compensation: automatic
Power consumption (DC side): < 1 mA
Full load consumption (230 V AC): 170 W
Current Control function: no
Power factor control: > 0.95
Temperature range (ambient temp.): -25 °C to 60 °C, derating < 0 °C and > 40 °C (-13 °F to 140 °F)
Cooling: natural cooling
Protection degree: IP65
Protections: over temperature, over load, short circuit, high/low battery voltage
MasterBus compatible: no