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PSC-12800A
Battery Charger for 4-8ah batteries - Automatic - SLA Batteries - 12V 0.80A

PSC-12800A Powersonic Battery


 
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Description
 
"A" Series 
 
Electronically regulated
current limit chargers for sealed lead-acid type batteries.

Operating temperature range
0 ºC to 40 ºC (32 ºF to 104 ºF); suitable for 105 to 129 VAC, 60 Hz. input; voltage regulation +/- 1.5% for line and load current up to nominal current rating.

LED indicators
on "A"-type chargers - 250 & 500 series: "POWER ON" and "CHARGING MODE" (ON for high-rate charging, OFF when float charging). 300, 800, 4000 and 10A series: "FLOAT" to indicate charging at float voltage, "FAST CHARGE" to indicate high-rate charging. On 2000 and 4000 series: single tri-color LED indicator.

Screw-type terminals
for 250 and 500 series, I/O cord with battery connectors for 300, 800, 4000 and 10A series chargers.

"F" Series
Float chargers are designed to provide optimum life for batteries used in standby applications where charging is continuous. The chargers deliver a constant voltage of 2.25 to 2.30 volts per cell which allows the battery to seek its own current level and maintain itself in a fully charged condition. This series is best suited for burglar and fire alarm equipment, emergency lighting, memory protection or UPS systems where the battery serves as back-up power to th AC source.

"A" Series
Automatic dual rate chargers sense battery requirements and automatically switch from the fast charge to float mode, or vise versa. LED's provide visual indication of the charging mode. Automatic chargers combine the advantages of float and cycle chargers; recharge time is short yet batteries are safe from being overcharged. This charger is safe for cyclic applications where recharge time is critical and the battery may be left on charge indefinitely. As a result charging is fool proof.

Notes:
Recharge time depends on the depth of the preceding discharge and the output current of the charger. To determine the approximate recharge time of a fully discharged battery, divide the batteries capacity stated in amp. hrs. by the rated output current of the charger (amps) and multiply the resulting number of hours by a factor of 1.75 to compensate for the declining output current during the charge cycle. If the amount of amp. hrs. discharged from the battery is known, use it instead of the batteries capacity to make the calculation.

When charging batteries in series
(positive terminal of one battery is connected to negative terminal of the other) all batteries in the string will receive the same amount of charge current, individual battery voltages may vary.

When charging batteries in parallel
(positive terminals are connected with positive terminals, negative terminals with negative) all batteries in the string are subject to the same charge voltage, but the charge current each battery receives can and will vary until equalization is reached.


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