You Coil the input and output cords, Charger

Charge Time Needed if Amp-Hours is Known

•Find the Charge Factor for your battery in the table on page 11.

•Multiply by the Amp-Hour rating of the battery.

•Divide by the Charger Setting (either 2 Amp or 10 Amp.)

•Multiply by 1.25 to get the approximate Hours Neededto bring the battery to full charge.

Example: 15 Amp-Hour (AH) Battery, 50% State-of-Charge, 2 Amp Charger Setting

[(AH x Charge Factor) + Charger Setting] x 1.25 = Hours Needed (15 x 0.5 + 2) x 1.25 = 4.7 Hours

Charge Time Needed if Reserve Capacity is Known

•Find the Charge Factor for your battery in the table on page 11.

•Multiply the Reserve Capacity rating of the battery.

•Divide by the Charger Setting (either 2 Amp or 10 Amp).

•Multiply by 0.73 to get the approximate Hours Needed to bring the battery to full charge.

Example: 95-Minute Reserve Capacity (RC) Battery, 25%

State-of-Charge, 10 Amp charger Setting

[(RC x Charge Factor) + Charger Setting] x 0.73 = Hours Needed [(95 x 0.75) + 10] x 0.73 = 5.2 Hours

To keep your battery charger working properly for years:


,	Clean	the clamps each			time		you	.	Coil the input and output cords
	are finished		charging.		Wipe		off any		neatly when storing		the charger.
	battery	fluid	that	may have		come in			This will	help prevent accidental
	contact	with	the	clamps	to	prevent			damage	to the cords	and charger.

corrosion.

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