Skip to product information
1 of 1

Power-Sonic 6V 390Ah Deep Cycle AGM Battery - PS6V390

Power-Sonic 6V 390Ah Deep Cycle AGM Battery - PS6V390

Please sign in to see pricing
  • AGM VRLA battery technology – maintenance-free and non-spillable operation
  • Enhanced cyclic performance – improved overcharge endurance and deep discharge recovery
  • Lower operating temperatures – reduced acid density and increased electrolyte volume
  • Low internal resistance – supports high current discharge applications
  • Flexible installation – chargeable in almost any orientation
  • Cost-effective reliability – strong performance with low initial investment
View full details
  • Description
  • Downloads

Description

Overview

The Power-Sonic AGM VRLA Battery Range is manufactured using advanced Absorbent Glass Mat (AGM) technology to deliver reliable performance across cyclic, standby, and solar applications. Designed for cost-conscious users, this range provides a low upfront investment while maintaining strong performance, durability, and long service life.

Lower acid density, increased electrolyte volume, and greater spacing between plates help maintain reduced operating temperatures, improving battery longevity and reliability. Proven VRLA construction ensures safe, maintenance-free operation across a wide range of demanding applications.


Key Features

Advanced AGM Technology

  • Absorbent Glass Mat (AGM) construction for superior performance
  • Enhanced cyclic capability and overcharge endurance
  • Excellent recovery from deep discharge situations

Maintenance-Free & Safe Operation

  • Valve regulated (VRLA), non-spillable design
  • No routine maintenance required
  • Classified as a “non-restricted article” for air, land, and sea transport

Electrical & Thermal Performance

  • Low internal resistance for high current discharge
  • High-strength conductive terminals
  • Lower operating temperatures for improved service life

Designed-in Reliability

  • Cutting-edge manufacturing and process control
  • Meticulous quality assurance procedures
  • High capacity design with excellent deep-cycle characteristics

Downloads