GEL6100AG-CGB battery6V10AH-gel battery for solar and wind power systems

■FEATURES

- Design incorporates flat plate, GEL electrolyte, and AGM separator technology.

- GEL electrolyte ensures uniformity within the battery, contributing to excellent cycle life.

- The battery's GEL electrolyte boasts significant thermal capacity, preventing thermal runaway occurrences.

- Constructed with high-strength ABS material for the container and lid.

- Suitable for a wide temperature range (-15~45℃), with the optimal operating temperature being (20±5℃).

- Leak-proof design ensures safety and reliability.

- Can be used in either standing or lying positions, making it convenient for transportation and installation.

- Low self-discharge rate.

■SPECIFICATIONS

Nominal Voltage: 6V

Capacity:

- C20: 10Ah (5.25V, at 25℃)

- Nominal Capacity (C20): 10Ah (5.25V, at 25℃)

- C10: 9Ah (5.25V, at 25℃)

Dimension:

- Length: 151mm

- Width: 50mm

- Height: 95mm

- Total Height: 101mm

Internal Resistance: Approximately 10 mΩ (25℃)

Max Short-duration Discharge Current: 300A (25℃)

Weight: Approximately 1.73kg

Terminal: FO-02 / FO-03 / FO-12

■CHARGE

Using ModeCharging VoltageTemperature CompensationMax Charging Current

- Standby Use: 2.275±0.025V/cell (25℃)-3.3mV/℃/cell3.0A

- Cyclic Use: 2.45±0.05V/cell (25℃)-5mV/℃/cell

■STORAGE

- Batteries should be stored in a dry and clean warehouse with good air exchange.

- Avoid direct sunlight and proximity to heat sources (such as radiators, with a distance of more than 1 meter).

- Ensure batteries are kept away from any toxic gases and organic solvents.

- The longest storage life is 6 months when the ambient temperature is below 25℃. If the ambient temperature is higher, the longest storage life varies as specified in the chart below:

Storage Temperature (℃)Storage Time (Month)

≤256

26～333

34～401

- Batteries should be recharged within the storage life or before use.

- Charging methods: maximum charging current of 3.0A, constant voltage of 2.45±0.05V/cell (25℃); charging time: 15~20 hours; temperature compensation coefficient: -5mV/℃/cell.