Low Self Discharge Rate 6V Marine Battery Deep Cycle Batteries
Specifications:
| Nominal Voltage | 6V | |
| Nominal Capacity (C20) | 200Ah (5.25V,at 25) | |
| Dimension | Length | 322mm |
| Width | 178mm | |
| Height | 225.5mm | |
| Total Height | 259.5mm | |
| Weight | Approx.35.67 kg | |
| Terminal | FP-08/RT-58 | |
| Internal Resistance | Approx.4 mΩ (25) | |
| Max Charging Current | 60A | |
Description:
Designed life for floating charge is 3~5 years (20);
Flexible design for multiple installation space
High strength ABS material for container & lid;
Standing or lying down for using, convenient to transport and install;
Applicable for UPS and EPS
Low self-discharge rate.
Applications:
UPS & EPS system
Telecommunication
Banks & Financial Centre
Hospital& Testing Laboratories
Emergency Power Systerm
Alarm & Security system
High Power Backup Supply
STORAGE
Batteries should be stored in dry and clean warehouse which has good air exchange system. Batteries should avoid direct sunlight. Batteries should not be near to heat (such as radiator, the distance should more than 1m). Batteries should avoid any toxic gas and organic solvent.
When the ambient temperature is less than 25, the longest storage life is 6 months. If ambient temperature is higher, the longest storage life varies as specified in below chart.
| Storage Temperature () | ≤25 | 2633 | 3440 |
| Storage Time (Month) | 6 | 3 | 1 |
Batteries should be recharged within the storage life or before using.
TECHNICAL FEATURES:
• Cyclic Service Life
More that 600 discharge/recharge cycles can be realized from CGB CB and HR batteries, dependent on the average depth of discharge.
• Float Service Life
CB, HR and SE Series batteries have an expected life span of 3 to 5 years in float service applications.
• Self Discharge - Shelf Life
The self discharge rate at room temperature is approximately 3% of rated capacity per month.
• Operating Temperature
CGB Batteries may be operated over a broad range of ambient temperatures.
• Deep Discharge Recovery
The batteries recover their capacities even after repeated deep discharges.
