Battery charger ALPINE 20 12/24V 18A 807546
Index: 807546
Battery charger ALPINE 20, charging voltage: 12/24 V, charging current: 18A, power supply: 230V, battery type: WET
The TELWIN ALPINE 20 charger from the Italian company TELWIN is designed for charging lead-acid batteries with a voltage of 12 and 24 V used in passenger cars, delivery vehicles, motorboats, agricultural machinery, and trucks. It is powered by a single-phase current with a voltage of 230 V.
The ALPINE 20 charger has several protections, such as against pole short-circuiting, overloading, and reverse polarity. The device is additionally equipped with a charging current meter.
TELWIN ALPINE 20 offers two charging modes to choose from: normal charging mode and Boost mode, which is fast charging. The device has cables for connecting the battery with a length of 1.5 m. The maximum charging current achieved is 18 A for 12 V batteries and 12 A for 24 V batteries. Supported battery capacities range from 30 Ah to 225 Ah for 12 V and from 20 Ah to 180 Ah for 24 V. The device comes with a 12-month warranty.
Description
The TELWIN ALPINE 20 charger from the Italian company TELWIN is designed for charging lead-acid batteries with a voltage of 12 and 24 V used in passenger cars, delivery vehicles, motorboats, agricultural machinery, and trucks. It is powered by a single-phase current with a voltage of 230 V.
The ALPINE 20 charger has several protections, such as against pole short-circuiting, overloading, and reverse polarity. The device is additionally equipped with a charging current meter.
TELWIN ALPINE 20 offers two charging modes to choose from: normal charging mode and Boost mode, which is fast charging. The device has cables for connecting the battery with a length of 1.5 m. The maximum charging current achieved is 18 A for 12 V batteries and 12 A for 24 V batteries. Supported battery capacities range from 30 Ah to 225 Ah for 12 V and from 20 Ah to 180 Ah for 24 V. The device comes with a 12-month warranty.
Technical specification
12.0V
24.0V12.0A
8.0Aoverheating
reversed polarization
short circuit


