CB12250S-CGB battery12V25AH-Suitable for precision instruments

**■Features**

- AGM valve regulated sealing technology;

- High strength ABS material for container & lid;

- Wide temperature scope of application (-15~45℃);

- Best temperature of application (20±5℃);

- No leaking, safe and reliable;

- Standing or lying down for using, convenient to transport and install;

- High sealed reaction efficiency, little loss of water, no need to add distilled water or electrolyte, simple to use and maintain;

- Low self-discharge rate.

**■Specifications**

- Nominal Voltage: 12V

- Capacity: C20 25Ah (10.5V, at 25℃)

- Nominal Capacity (C20): 25Ah (10.5V, at 25℃); C10 22.5Ah (10.5V, at 25℃)

- Dimension:

  - Length: 166mm

  - Width: 175mm

  - Height: 125mm

  - Total Height: 125mm

- Internal Resistance: Approx. 15 mΩ (25℃)

- Max Short-duration Discharge Current: 750A (25℃)

- Weight: Approx. 9.0kg

- Terminal: FP-01/RT-05/RT-26/FO-21

**■Charge**

**Using Mode** **Charging Voltage** **Temperature Compensation** **Max Charging Current**

- Standby Use: 2.275±0.025V/cell (25℃), -3.3mV/℃/cell, 7.5A

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

**■Storage**

- Batteries should be stored in a dry and clean warehouse with a good air exchange system. Batteries should avoid direct sunlight. Batteries should not be near heat sources (such as a radiator, the distance should be more than 1m). Batteries should avoid contact with any toxic gas or organic solvent.

- When the ambient temperature is less than 25℃, the longest storage life is 6 months. If the ambient temperature is higher, the longest storage life varies as specified in the table below:

| Storage Temperature (℃) | ≤25   | 26～33 | 34～40 |

|--------------------------|--------|--------|--------|

| Storage Time (Month)     | 6      | 3      | 1      |

- Batteries should be recharged within the storage life or before using. Charging methods include a maximum charging current of 7.5A, constant voltage of 2.45±0.05V/cell (25℃), charging time of 15~20 hours. The temperature compensation coefficient is -5mV/℃/cell.