2025 Vanguard® Power Lithium-Ion Battery Chargers Vanguard® 1425W Charger

Information

2025 Vanguard® Power Lithium-Ion Battery Chargers Vanguard® 1425W Charger

NEW!

Works seamlessly with all Vanguard battery packs.

Equipped with Bluetooth capabilities for monitoring AC input and DC output specifications.

Fast charge times for Vanguard batteries.

Features may include:

The Vanguard Lithium App
  • The Vanguard Lithium app connects to your charger with Bluetooth communication and is readily available in the app store (Apple and Google).
Accelerated Charging
  • Fast recharge times range from 3-8 hours for the Vanguard Battery product lineup.
Powerful And Convenient
  • The most powerful fan-less on/off-board charger that works on a standard wall outlet.
Reliable
  • No fan means less maintenance. Enclosure rating IP66, NEMA 4.
Safe Charging
  • The Vanguard charger is built with cooling fins that dissipate heat. Passive cooling allows you to safely, simply, and effectively charge your Vanguard batteries.

Photos

Highlights

  • Aransas Pass, Texas
  • 2025
  • Vanguard® Power
  • Lithium-Ion Battery Chargers Vanguard® 1425W Charger
  • Available

Specifications

  • 2025
  • Vanguard® Power
  • Lithium-Ion Battery Chargers
  • Vanguard® 1425W Charger
  • General
  • Current, Maximum (AC Input): <15 A
  • Voltage Range, Rated (AC Input): 100-240 Vac | Voltage Range, Operating (AC Input): 80-265 VAC (<108 VAC; reduced power) | Frequency, Rated (AC Input): 50-60 Hz | Frequency, Operating (AC Input): 45-65 Hz | Phase (AC Input): Single-phase | Efficiency (AC Input): >91% peak | Power (DC Output): 1425W | Voltage, Nominal (DC Output): 48 VDC | Voltage, Maximum (DC Output): 72 VDC | Current Maximum (DC Output): 30 A
  • Range: -25°C to 60°C (-13°F to 140°F) | Storage Range: -40°C to 85°C (-40°F to 185°F)
  • Enclosure Rating: IP66, NEMA 4 | Protection (AC Input): Current limit, surge, transient, under voltage, over voltage | Protection (DC Output): Current limit, short circuit, reverse polarity, under voltage, over voltage, wrong battery voltage