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Фрагмент инструкции
• DO NOT connect 240 Volt loads to the 120 Volt duplex receptacles. • DO NOT connect 3–phase loads to the generator. • DO NOT connect 50 Hz loads to the generator. • DO NOT OVERLOAD THE GENERATOR. See “Don’t Overload the Generator” on page 9. Stopping the Engine 1. 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. GENERATOR ADAPTER CORD SET The generator is equipped with a 25’ generator adapter cord set designed for a 240 Volt,30 Amp grounded neutral circuit (Figure 2).The generator adapter cord set provides a convenient supply of emergency power into your dwelling so that your generator can be operated safely outside. Figure 2 — Generator Adapter Cord Set The maximum load on each outlet is 20 Amps.The maximum total load on both yellow wire outlets or both black wire outlets is 30 Amps. NOTE: Follow all safety precautions when connecting any extension cord or device to the generator. RECEPTACLES The generator will be equipped with one or more of the following receptacles: CAUTION Receptacles may be marked with rating value greater than generator output capacity. • NEVER attempt to power a device requiring more amperage than generator or receptacle can supply. • DO NOT overload the generator. See “Don’t Overload Generator”. 120/240 Volt AC, 30 Amp, Locking Receptacle Use a NEMA L14–30 plug with this receptacle. Connect a 4–wire cord set rated for 250 Volt AC loads at 30 Amps (or greater) (Figure 3).You can use the same 4–wire cord if you plan to run a 120 Volt load. This receptacle powers 120/240 Volt AC, 60 Hz, single phase loads requiring up to 6,000 watts of power (6.0 kW) at 30 Amps for 120 Volts or 240 Volts.The outlet is protected by a push–to–reset circuit breaker. Figure 3 — 120/240 Volt AC, 30 Amp Receptacle 4-Wire Cord Set 240V 120V 120V W (Neutral) X (Hot)Y (Hot) NEMA L14-30 Ground (Green) 7 Portable Generator 8 120 Volt AC, 20 Amp, Duplex Receptacles Each duplex receptacle (Figure 4) is protected against overload by a push–to–reset circuit breaker. Use each receptacle to operate 120 Volt AC, single–phase, 60 Hz electrical loads requiring up to 2,400 watts (2.4 kW) at 20 Amps of current. Use cord sets that are rated for 125 Volt AC loads at 20 Amps (or greater). COLD WEATHER OPERATION Under certain weather conditions (temperatures below 40°F [4°C] and a high dew point), your generator may experience icing of the carburetor and/or the crankcase breather system. Build a structure that will enclose three sides and the top of the generator: 1. Make sure entire muffler-side of generator is exposed. Note that your generator may appear different from that shown in Figure 5. 2. Ensure a minimum of two feet clearance between open side of box and nearest object. 3. Face exposed end away from wind and elements. 4. Enclosure should hold enough heat created by the generator to prevent problems. Figure 4 — 120 Volt, 20 Amp Duplex Receptacle Figure 5 — Permanent Cold Weather Shelter Wind • Operate generator ONLY outdoors. • Keep at least 2 feet of clearance on all sides of generator for adequate ventilation. • DO NOT operate generator inside any building or enclosure, including the generator compartment of a recreational vehicle (RV). • Remove generator from shelter when temperature is above 40°F [4°C]. Running generator gives off carbon monoxide, an odorless, colorless, poison gas. Breathing carbon monoxide will cause nausea, fainting or death. DANGER Portable Generator DON'T OVERLOAD GENERATOR Capacity You must make sure your generator can supply enough rated (running) and surge (starting) watts for the items you will power at the same time. Follow these simple steps: 1. Select the items you will power at the same time. 2. Total the rated (running) watts of these items.This is the amount of power your generator must produce to keep your items running. See Figure 6. 3. Estimate how many surge (starting) watts you will need. Surge wattage is the short burst of power needed to start electric motor-driven tools or appliances such as a circular saw or refrigerator. Because not all motors start at the same time, total surge watts can be estimated by adding only the item(s) with the highest additional surge watts to the total rated watts from step 2. Example: Tool or Appliance Rated (Running) Watts Additional Surge (Starting) Watts Window Air Conditioner 1200 1800 Refrigerator 800 1600 Deep Freezer 500 500 Television 500 - Light (75 Watts) 75 - 3075 Total Running Watts 1800 Highest Surge Watts Total Rated (Running) Watts = 3075 Highest Additional Surge Watts = 1800 Total Generator Output Required = 4875 Power Management To prolong the life of your generator and attached devices, it is important to take car...
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