¡¡SAITE POWER SOURCE SCIENCE & TECHNOLOGY CO.,LTD.
  PV¡¡Battery(AGM Series) ¡¡¡¡¡¡¡¡¡¡
Model: BT-6M5.0AT(6V5.0AH)
 
 
¡¡Application   ¡¡General Features
             
  ¡î ¡¡Solar system     ¡î ¡¡Thick plates and high-density active material
  ¡î ¡¡Wind system     ¡î

¡¡High power density

          ¡î

¡¡Longer life in deep cycle applications

          ¡î

¡¡Excellent recovery from deep discharge

             
             
PHYSICAL SPECIFICATIONS
Nominal Voltage

6V

Nominal Capacity (20HR)

5.0AH

Dimensions
Length

170¡À1mm

Width

35¡À1mm

Container height

70¡À1mm

Total Height (with terminal)

75¡À1mm

Weight

Approx. 0.98 Kg(2.16lbs)

Internal Resistance(In full charge status)

¡Ö18m¦¸

Standard Terminals

F3(standard)

 
Constant ¨C Voltage Charge
Cycle application

1¡¢Limit initial current less than 1.25A.

2¡¢Charge until battery voltage (under charge) reaches 7.05V to 7.2V at 25¡æ(77F).

3¡¢Hold at 7.05V to 7.2V until current drop to under 0.03A for at least 3 hours.

4¡¢Temperature compensation coefficient of charging voltage is -15mV/¡æ.
Standby service

1¡¢Hold battery across constant voltage source of 6.8 to 6.9 volts with current limit 1.25A ¡¡  continuously .When held at this voltage , the battery will seek its own current level and maintain ¡¡  itself in a fully charge status.

2¡¢Temperature compensation coefficient of charging voltage is -9mV/¡æ

NOTE The battery should be charged within 6 months of storage ,Otherwise , permanent loss of capacity might occur as a result of sulfation
 
Discharge Current & Discharge Duration Time (25¡æ/77¨H)
 
Discharge Characteristic (25¡æ/77¨H)
 
The Relationship Between Lifetime and Depth Of Discharge(25¡æ/77¨H)
 
Capacity Curve at Different Temperature
 
Charg Voltage VS Ambient Temperature Curve
 
Storage Characteristics