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Snapper G1000 Generator
Stopping the Engine
1. Turn OFF and unplug all electrical loads from
generator panel receptacles. NEVER start or stop
engine with electrical devices plugged in and turned
ON.
2. Let engine run at no-load for several minutes to
stabilize internal temperatures of engine and generator.
3. Turn engine off according to instructions given in the
engine owner’s manual.
4. Move fuel valve to “Off” position.
Charging a Battery
Your generator has the capability of recharging a discharged
12 Volt automotive or utility style storage battery. DO
NOT use the unit to charge any 6 Volt batteries. DO NOT
use the unit to crank an engine having a discharged battery.
To recharge 12 Volt batteries, proceed as follows:
1. If necessary, clean battery posts or terminals.
2. Check fluid level in all battery cells. If necessary, add
ONLY distilled water to cover separators in battery
cells. DO NOT use tap water.
3. If the battery is equipped with vent caps, make sure
they are installed and are tight.
4. Connect battery charge cable connector plug to the
12 Volt DC panel receptacle.
5. Connect battery charge cable clamp with red handle
to battery post or terminal indicated by Positive,
POS or (+) (Figure 3).
6. Connect battery charge cable clamp with black handle
to battery post or terminal indicated by Negative,
NEG, or (–) (Figure 3).
7. Start generator. Let the engine run while battery
recharges.
8. When battery has charged, shut down engine (see
“Stopping The Engine”)
NOTE: Use an automotive hydrometer to test battery
state of charge and condition. Follow the hydrometer
manufacturer’s instructions carefully. Generally, a battery is
considered to be at 100% state of charge when specific
gravity of its fluid (as measured by hydrometer) is 1.260 or
higher.
• DO NOT allow any open flame, spark, heat, or lit
cigarette during and for several minutes after charging a
battery.
• Wear protective goggles, rubber apron, and rubber gloves.
Storage batteries give off explosive hydrogen gas
during recharging.
Hydrogen gas stays near battery for a long time
after battery has been charged.
Slightest spark will ignite hydrogen and cause
explosion.
You can be blinded or severely injured.
Battery electrolyte fluid contains acid and is
extremely caustic.
Contact with battery fluid will cause severe
chemical burns.
WARNING
Red Lead
To 12 Volt DC Panel
Receptacle
Positive
Negative
Figure 3 — Battery Connections