Shindaiwa 4 Cycle Diesel Engine specifications DGW311L DGW311DM, Engine Wiring Diagram

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14. Engine Wiring Diagram

DGW311L

DGW311DM

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Contents ＤＧＷ３１１ＤＭＤＧＷ３１１Ｌ Introduction Safety Guidelines Page DGW311DM DGW311L DGW311DM DGW311L SpecificationsParts UseEquipment ECO Welding DGW311DM only Monitor Lamp Earth Leakage Breaker Earth Grounding Terminal Bonnet Grounding Grounding ROD Initialization and Pre-check Slow-Down FeatureChecking Engine Oil Checking Coolant/Water SAE10W/30Checking Fuel Lowest Ambient Temperature Mixture Ratio 30% 35% 45%Checking Fuel, Engine Oil and Water Leakage Checking BatteryOperation Initializing/Preparation ⑧ Keep the engine idle for about 5 minutes IshesStopping Generator/Welder „ Restart after stopping due to fuel shortageWelding Operation Selection Welding Cable Connection Welding Cable PolarityECO Single Dual Welding Rod Φ2.0 φ4.0 Φ2.6 φ6.0 Welding Duty Cycle35-280A45-310A φ2.0-φ6.0 『DUAL 』Maximum output from the terminals U, V, W is 10kVA 380V 400V 415V 380V 400V 415V 2.2 1-Phase Output TerminalsOutput Limitation Operation Simultaneous Use of Welding and Generating Checking and Maintenance 50hrs Clean/Change Fuel FilterAdjust Tension V-Belt Adjust Engine Valve ClearanceUnscrew the retaining ring by turning counterclockwise, Turn the fuel line valve lever to 『CLOSE』Remove the cup and fuel filter element Long Term Storage Excessive Welding Arc TroubleshootingInsufficient Fuel Water or contaminants in fuelEngine does not stop Stop Solenoid disorder No AC outputAC Output is Weak Slow-Down does not activateDGW311L DGW311DM Engine Wiring DiagramGenerator Wiring Diagram DGW311L W220B DGW311L W380A DGW311L W400A DGW311L W415A Telephone 81-82-849-2220 FAX