Vision 6FM200 12V/200Ah 8mm

Vision 6FM200 12V/200Ah 8mm

CBbatteri

SKU:6FM200

In stock

View full details

You are not logged in and therefore do not see your prices.

The Vision 6FM200 12V/200 Ah 8mm is a rechargeable 12V DC lead-acid battery with a high capacity of 200Ah. The battery is designed for heavy-duty technical use and is equipped with 8mm terminals, ensuring robust and standardized electrical connection in industrial applications.

With a capacity of 200Ah, the battery can deliver continuous power over extended periods, making it suitable for energy-intensive systems. The battery's construction is designed for reliable operation through repeated charging and discharging cycles.

The 8mm terminals ensure mechanical stability and easy installation in systems with compatible spade connectors.

Technical Specifications for Vision 6FM200 12V/200 Ah 8mm

  • Part number: 6FM200
  • Product type: Lead-acid battery
  • Nominal voltage: 12V DC
  • Nominal capacity: 200Ah
  • Terminal type: 8 mm
  • Rechargeable: Yes

Application of Vision 6FM200 12V/200 Ah 8mm

The Vision 6FM200 12V/200 Ah 8mm is used in technical and industrial systems where high capacity and stable 12V DC power supply are required.

Typical applications include:

  • Backup and auxiliary power systems
  • Solar and energy storage applications
  • Large electrical installations with high power consumption
  • Control and monitoring equipment in industrial environments

Construction and Operation of Vision 6FM200 12V/200 Ah 8mm

The lead-acid battery consists of internal series-connected lead cells, where electrical energy is stored chemically and released as direct current (DC). The construction is designed to handle repeated charging and discharging cycles without significant capacity reduction.

During operation, the battery consistently delivers 12V DC to the load, while charging is performed via a compatible 12V charging source. The 8mm terminals ensure proper electrical and mechanical connection, supporting reliable operation in energy-intensive systems.