0.6C High charging current ability lead carbon battery

0.6C High charging current ability lead carbon battery   Lead - Carton Battery, which is the newest and highly technology of USA, the quality is very good,The life time is 8-10 years, the cost of Lead Carton BAT is 20% less than OPZV tubular Gel Battery.The life time of lead carton is 3 times or 2 times more than Deep cycle BAT and GEL BAT.       Lead Carton BAT is true front terminal, saving space and easy for installation and repair.   Warranty 3 years, if quality problem we assure to supply a new BAT to replace of a bad BAT within the guarantee periods.   Sealed Lead Carbon Battery The advantages of Lead carbon battery:
1).The cycle life is over 30,00 cycles for 50% DOD.
2).Partial State of Charge (PSoC) : Lead sulfate formation is inevitable under PSOC operation. (Lead sulfate formation is one of the major failure reasons of AGM battery.)
3).Carbon battery wide operation temperature: -23oC to 60oC.
4).Due to add the carbon material which is good for heat conduction, carbon battery is suitable working at high temperature environment.
5).Good discharge performance in low temperature: The discharge rate of carbon battery at -20oC is 66% which is higher than the traditional lead acid battery (50%).
6).High charging current ability: The max. charging current of carbon battery is 0.6C which is higher than the traditional lead acid battery (0.2C). It can shorten the charging time and especially suitable for solar system application.
7).PROFLEX carbon battery is true front terminal battery. It is easy for maintenance. No maintenance space between tier to tier, it can save the installation area. Applied Scope :
1. Communication Systems: Switch, Microwave Stations, Mobile Base Stations, Data Centers, Radio and Broadcasting Stations
2. Motivity Field: Robots, Electric Toys, Electric Tools & Portable Vacuum Cleaners
3. Solar & Wind Power Generation Systems
4. Signal System & Emergency Lighting Systems
5. EPS & UPS Systems  

Nominal Voltage			12V
Nominal Capacity (20 hour rate)			192Ah
Capacity 25oC (77°F)		36 hour rate (11.0A)	200Ah
		10 hour rate (35.4A)	175Ah
		1 hour rate (132A)	116Ah
Internal Resistance		Full Charged Battery 25 °C	≤2.5mΩ
Capacity affected by Temperature  (10 hour )		40 °C (104°F)	102%
		25oC (77°F)	100%
		0oC (32°F)	85%
		-15oC (5°F)	65%
Self-Discharge 25oC (77°F) Capacity		after 3 month storage	90%
		after 6 month storage	80%
		after 12 month storage	62%
Charge (Constant Voltage) 25oC (77°F)	Float	Initial Charging Current Less than 40A Voltage 13.6-13.8V
	Cycle	Initial Charging Current Less than 40A Voltage 14.4-14.9V

Note The above data are average values, and can be obtained within 3 charge/discharge cycles. These are not minimum values. Cell and battery designs/specifications are subject to modification without notice. Contact Prostar for the latest information.      
- Samples support

Available for on-site testing, laboratory tests as well as third party testing, sample will be ready within 7 working days

- Warranty support

From the date of shipping, we provides 18 months warranty against defects in materials and workmanship for inverter’s quality control, free spare parts 2% against definite order quantities

- After sales

We use the service speed to win customer satisfaction; we commit to resolve any service issues within 48 hours

- OEM Service

Based on the ISO9001 quality assurance, the ISO14001 Environmental protection management system certificate, as well as the ISO18001 occupational health and safety management system certificate, involves the effective teamwork of departments from sales, purchasing, designing, production, Q&A and R&D, assuring a high quality product and prompt delivery.

- Design Service

Personalized packaging design, label design, warranty card as well as catalogue               FAQ:



1. What is the definition of "cycle use" and "standby use"?
"Cycle Use" - direct power source:
Cycle Use It can provide the power supply to power tools, and portable electronic products. It can also be used for cycling charging and discharging usage such as electronics motorbike or vacuum cleaner.
"Standby Use" - back up power:
Standby Use is mainly used for emergency power to avoid future damage that may be caused by a sudden power outage.

2. What are the concerns when using PROFLEX batteries in a parallel or a serial series?
1. Do not mix brands, models and date codes?
2. No separate discharge then charging in a serial configuration.
3. Under parallel usage, pay close attention to the differences in voltage in each circuit.
4. If the difference in voltage in each circuit is too high, do not charge/discharge as parallel.
5. The environment of all circuits must be similar.

3. How can you check a battery’s performance?
Different usage applications will use different methods for evaluating a battery’s performance. Using a 20 hour rate or the 10 hour rate, you can use 0.05CA or 0.1CA to discharge the battery until the battery reaches a terminal voltage of 10.25 volts. You can then calculate the amp hours to see if the battery fits the specifications or not. For a 5 minutes rate, such as the HC1221W, you can use a 21 watts/cell discharge till the terminal voltage reaches a terminal voltage of 9.6 volts and then measure the discharge time to see if it meets the final specifications or not.

4. How can the conversion be made between "watts (W)" and "amp hours (Ah)"?
W=I x V = 4I (15 minute rate) = 2CV = 2V
(Ex. HC1217W = 17/4 = 4.25Ah)

5. When should a deep-cycle battery be used?
Deep-cycle batteries are used when 50% or more of the capacity is used per cycle. The most common use of deep-cycle batteries is in applications that require deep, repetitive drain, like powerful car audio systems, trolling motors, golf carts, electric wheelchairs, or RV house power sources. Public safety and high-performance vehicles are other applications that call for the special characteristics of deep-cycle batteries.

6. Does the deep-cycle battery have a "memory"?
No. The performance of deep-cycle batteries will be reduced over time, but deep-cycle batteries do not suffer from "memory effect" such as NiCd batteries do.

7. How are batteries rated?
Lead acid batteries are rated based on a capacity given in a defined time. There is not a set industry standard for how to rate a battery.

8. How long can a battery last?
The service design life of a battery varies considerably with how it is used, how it is maintained and charged, temperature, among other factors.

9. Do I need to add water to my battery?
No. Sealed lead acid batteries do not require the use of water.

10. What determines the life of a VRLA battery?
Sealed lead acid battery life is determined by many factors. These include temperature, depth and rate of discharge, and the number of charges and discharges (called cycles).

11. What is the difference between float and cycle applications?
A float application requires the battery to be on constant charge with an occasional discharge. Cycle applications charge and discharge the battery on a regular basis.

12. Does overcharging damage batteries?
OVERCHARGING is the most destructive element in battery service. Usually the boater is not aware that this is occurring as he believes his alternator or battery charger is "automatic." Unfortunately, these automatic circuits are sensitive to voltage surges, heat, direct lightening strikes and indirect lightening electromagnetic influences and could fail or shift their calibration. When they fail, overcharging begins to affect the batteries. During overcharging, excessive current causes the oxides on the plates of the battery to "shed" and precipitate to the bottom of the cell and also heat the battery, thus removing water from the electrolyte. Once removed, this material (which represents capacity) is no longer active in the battery. In addition, the loss of water from the electrolyte may expose portions of the plates and cause the exposed areas to oxidize and become inactive, thus reducing additional capacity. Sealed batteries are not immune from the same internal results when overcharged. In fact, sealed recombination absorption and gel batteries are particularly sensitive to overcharging. Once moisture is removed from the battery, it cannot be replaced. Portions of the battery damaged due to overcharging are irretrievable. However, if detected early, corrective adjustments to the charging device will save the undamaged portion of the battery. Initial signs of overcharging are excessive usage of water in the battery, continuously warm batteries, or higher than normal battery voltages while under the influence of the charger. If overcharging is suspected, correct immediately.