Multiquip MQP30GM, MQP20IZ, MQP40IZ Lifting the Generator Set, Always drain fuel prior to lifting

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IMPORTANT SAFETY INSTRUCTIONS

Lifting the Generator Set

Transporting

Before lifting, make sure the generator's lifting devices are secure and that there is no apparent damage to the generator itself (loose screws, nuts and bolts). If any part is loose or damaged, please take corrective action before lifting.

Always drain fuel prior to lifting.

Always make sure crane or lifting device has been properly secured to the hook of guard frame on generator.

NEVER lift the machine while the engine is running.

Use adequate lifting cable (wire or rope) of sufficient strength.

When lifting the generator, always use the balanced center-point suspension hook and lift straight upwards.

NEVER allow any person or animal to stand underneath the machine while lifting. Make sure the lifting path of the generator set is clear before moving.

When loading the generator on a truck, be sure to use the front and back frame bars as a means to secure the generator during transport.

Do not lift the generator set by the lifting eyes attached to the engine and/or alternator. These lifting eyes are used only during generator assembly and are not capable of supporting the entire weight of the genset.

A four-point lifting method is necessary to lift the genset. To maintain generator balance during lifting, the lifting apparatus must utilize the four skid lifting holes. One method of lifting the genset uses an apparatus of hooks and cables joined at a single rigging point. The use of spreader bars is necessary with this method to avoid damage to the set during the lifting procedure. The spreader bars should be slightly wider than the genset skid so the set is not damaged by lifting cables and only vertical force is applied to the skid while lifting. The genset may also be lifted by placing bares through the skid lifting holes and attaching hooks to the end of the bars. Be sure all lifting equipment is properly sized for the weight of the genset.

Always shutdown engine before transporting.

Never transport generator with air intake doors open.

Tighten fuel tank cap securely.

Drain fuel when transporting generator over long distances or bad roads.

Always tie-down the generator during transportation by securing the generator.

If the generator is mounted on a trailer, make sure the trailer complies with all local and state safety transportation laws. See the operation manual for towing procedures.

The transporting vehicle/trailer must be sized for the dimension and weight of the genset. Consult the set dimensional drawing or contact the factory for information (weight, dimensions) pertinent to planning transport. The overall height of a generator set in transit (including vehicle/trailer) must not exceed 13.5 ft (4.1 m) unless special hauling permits are obtained (check Federal, State, and local laws prior to transporting). Larger units (above 1000 kW) should be transported on low-boy-type trailers with a deck height of 25 in. (635 mm) or less to meet clearance requirements. Large (unboxed) generators with radiators should be loaded with the radiator facing the rear to reduce wind resistance while in transit. Radiators with free-wheel fans must have the fan secured to prevent rotation that might introduce flying objects to the radiator core or fan blades.

Even the heaviest of units is capable of movement during shipment unless properly secured. Fasten the set to the vehicle/trailer bed with properly sized chain routed through the mounting holes of the skid. Use chain tighteners to remove slack from the mounting chain. Cover the entire unit with a heavy-duty tarpaulin and secure tarpaulin to the genset or trailer as circumstances dictate.

INDUSTRIAL GENERATOR SETS — APPLICATION & INSTALLATION MANUAL — REV. #4 (09/07/07) — PAGE 13

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Contents Application & Installation Manual MQ PowerPage Heres HOW to GET Help Table of Contents Page Foryour Safety and the Safety of Others Safety Message Alert SymbolsAccidental Starting Safety Message Alert SymbolsGeneral Safety Important Safety InstructionsGeneral Safety Radiator Important Safety InstructionsMaintenance Safety Operation SafetyEmergencies Always know the location of the nearest fire extinguisherBattery Safety Genset should be inspected regularly for fire hazards Fire ProtectionAlways drain fuel prior to lifting Lifting the Generator SetIntroduction Always remember Safety FIRST!!! Safety involves twoIntroduction About This ManualInstallation Application and InstallationOverview ApplicationCold Climates and Derating Factors Installation OverviewLocation Outdoor LocationsGenset Sizing Procedure „ Static Uninterrupted Power Supplies UPSGenset Sizing Generator Set Sizing CalculationsStep Sequence Guidelines 765.7 Repeat steps a and b as necessary through all the worksheets Establish the minimum size required Generator Set Sizing Calculations Select a Generator SetRunning load should not be Determining Load Characteristics Lighting Genset Sizing Determining Load CharacteristicsSingle-Phase Induction Motor Three-Phase Induction Motors Genset Sizing Determining Load CharacteristicsCalculate SkVA as follows Calculate SkW as follows Determining Load CharacteristicsFull SkVA 100201 Three Phase Nema Motor Code TableVariable Frequency Drives Synchronous MotorsStatic UPS Equation above Output kVA is the nameplate kVA capacityRadiator discharge air high frequency sound Noise ConsiderationNoise Laws and Regulations Noise Zones Peak DayEnvironmental Considerations dBA Comparison Chart dBABelow estimates the noise level from multiple noise sources Adding Additional Sound SourcesDistance Effects on dBA Effects of DistanceFollowing will help reduce structure-borne noise Reducing NoiseSee on page 32 for typical measures in reducing noise Following will help reduce airborne noiseReducing Noise Acoustic MaterialMounting Access to SetMounting on a Slab Floor Mounting on a Sub-Base Fuel TankMounting Foundation Mounting FoundationGeneral Information Mountingthe Generator SETVibration Isolators Mounting Vibration Isolators Installation and Adjustment ProcedureFuel System Installation Mechanical Installation Fuel System DieselDiesel Fuel Supply TankMechanical Installation Fuel System Diesel Minimum Fuel Supply / Return Hose and Pipe Sizes Diesel Fuel SupplyMechanical Installation Fuel System Gaseous Fuels Contaminants Mechanical Installation Fuel System Gaseous FuelsGaseous Fuel Supply Natural GAS Schedule 40 Iron Pipe Sizing Pipe and Tube SizingTypical Pipe Schematic for Propane Vapor Distribution Liquid Propane Schedule 40 Iron Pipe Sizing Mechanical Installation Fuel SystemEnvironmental Protection Fuel Storage RegulationsAdditional references include Exhaust System Installation Mechanical Installation Exhaust SystemField Installing a Generator Exhaust System Mechanical Installation Exhaust System Condensation Trap Factory Recommended Engine Exhaust Silencers Exhaust System Installation Reference DataPurpose of the Battery Mechanical Installation Battery SystemMQ Power Batteries How BatteriesWork„ See the Battery Safety Instructions on Mechanical Installation Battery SystemEngine Starting System New Battery Installation Mechanical Installation NEW BatteryPreparation of Charged and Wet Batteries Preparation of Dry Charged Charged and Moist BatteriesRemoving Old Battery Mechanical Installation NEW BatteryDry Charged Batteries Charged and Moist Batteries ActivationBatteryTesting Battery System -TESTING BatteryStep One 1 -Visual Inspection See Flow Chart, on next Step Three 3 Load ProcedureBattery Testing Chart Battery System Batterytesting ChartBattery Storage Battery System Charging BatteryCharging LowWater-loss Batteries Battery System Battery Charger FC & FCA Battery Charger Battery System Battery ChargerLC1224-500-2 Battery Charger FC1224-10-2011U Battery ChargerBattery Charger Installation Battery System Battery Charger SafetyBattery Charger Safety Engine Cooling Mechanical Installation -VENTILATION and CoolingVentilation and Cooling Vents and DuctsLouvers Mechanical Installation -VENTILATION and CoolingFactory Mounted RadiatorVentilation Mechanical Installation Mounted Radiator CoolingMounted Radiator Cooling System Mechanical Installation Mounted Radiator CoolingRadiator Set Requirements Remote Radiator Cooling optional Mechanical Installation Remote Radiator CoolingRemote Radiator Cooling Mechanical Installation Remote Radiator CoolingHot Well Installation Mechanical Installation Hotwell CoolingHeat Exchanger Mechanical Installation Heat Exchanger Cooling19,200/60x8 = 40 gpm CoolantTreatment Coolant TreatmentCoolant Heaters Electrical Installation DC Controlwiring Control Box DC Control Wiring Control BOX Back PanelControl box contains the following „ Digital Control Module „ Control Box Back Panel ComponentsL3 3 PH DC Controlwiring Control BOX Back PanelGenerator Set Wire Diagram AC Electrical Connections Transfer SwitchConnection Of Generator Leads For Correct Voltage Output AC Electrical ConnectionsMounted fuel tank is used, the electrical stub-up Electrical TerminationsBreaker Line circuit breakerAC Electrical Connections System Grounding Pole ATS AC Electrical Connections System GroundingEquipment Grounding AC Electrical Connections Equipment GroundingElectrical Distribution System Electrical Distribution SystemPRE-START Preparation Run the Generator Set PRE-START PreparationAppendix Installation Checklist Appendix MAIN-LINE Circuit Breaker For MQ Power Industrial GeneratorsAppendix MAIN-LINE Circuit Breaker MQ Power Industrial Generator Specifications Appendix Generator SpecificationsAppendix Generator Specifications MQ Power Industrial Generator Specifications Appendix Engine Specifications MQP175IV MQP200IV MQP250IV Appendix Engine SpecificationsGenerator Model MQP300IV MQP350IV MQP400IV Generator Model MQP30GM MQP45GM MQP60GM MQP80GM MQP100GM Appendix Engine SpecificationsMQ Power Generator Dimensions & Weights Appendix Dimensions and WeightsMQ Power Generator Dimensions & Weights Appendix Dimensions AndweightsHeres HOW to GET Help