Multiquip SP706020, SP706016, SP706036, SP706030, SP706026 Belts and Pulleys, Belt Tension

Page 45

MAINTENANCE

BELTS AND PULLEYS

This saw uses a pair of Blade Shaft Drive Belts (5G 3VX 530) and a Hydrostatic Pump Belt (AX-35).

2

1

Engine must be at idle when engaging or disengaging blade shaft drive:

To STOP Blade shaft Rotation:

Push rocker switch labeled BLADE SHAFT forward. Engine will tilt forward, disengaging the drive belt.

To START Blade shaft Rotation:

Push rocker switch lableled BLADE SHAFT backward. Engine will tilt back, engaging the belt drive.

3

1.Blade Shaft Drive Belt

2.Pump Drive Belt

3.BeltTensioner Pulley

Figure 48. Belt Locations

V-Belt Tension

CAUTION — Keep belts clean

Keep belts clean of foreign material that may cause slippage. Never dress belts as this can cause premature failure.

The V-belt tension on this saw is automatically controlled by the hydraulic system that actuates the blade shaft engage/disengage system. Hydraulic pressure exerted on the engine tilt cylinder applies force on the belt drive system to engage blade shaft rotation.

1 2 3

5

4

1.Engine Sheave

2.Tensioner Nut

3.Tensioner Base

4.Jackshaft Pulley

5.Tensioner Pulley

Figure 49. Belt Drive System

SP7060 PAVEMENT SAW • OPERATION MANUAL — REV. #0 (02/13/09) — PAGE 45

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Contents Models Proposition 65 Warning Respiratory Hazards SILICOSIS/RESPIRATORY Warnings Silicosis WarningTable of Contents Page Training Checklist Training ChecklistRead Operator’s Manual completely Machine layout, location of components, checking of engineDaily PRE-OPERATION Checklist Daily PRE-OPERATION ChecklistHardware and damage check Safety Message Alert Symbols SafetyHazard Symbols Always wear approved respiratory protection when requiredSaw to be elevated Rotating blade can cut and crush. Keep hands and feet clearRules and Regulations General Safety Always keep the work area well-organized  Examine blade flanges for damage and excessive wear Diamond Blade SafetyTransporting VIA TRUCK/TRAILER SAW Lifting and Loading SafetyBattery Maintenance SafetyEmergencies See Figures 1 and 2 and for saw dimensions DimensionsOil bath design, fully enclosed housing SpecificationsBF3L2011 Engine SpecificationsHydro-gear hydrostatic transmission pump Lbs KgIntended USE / Familiarization FeaturesIntended USE EngineSerial TAG Information Serial TAGSerial TAG is bonded to the inside of the console , Item Controls and Indicators Socket Connector Use to plug in optional lightDepth Stop Allows repeatable cutting depths Components ComponentsFuel Filter Removes dirt and water from the engine fuel Basic Engine InformationLinked to the accelerator system Oil in crankcaseChoosing Proper Blade Size Choosing Proper Blade SizeEngine RPM and Surface Feet per Minute Sfpm Speeds Ratio Speeds and Blade Guard SizeSurface Feet per Minute Sfpm Data ~ No Load Blade RPM vs. Surface Feet Per Minute SfpmSpecifictoolsto be Used Specific Tools / SAW BladesSAW Blades Failure to thoroughly inspect the diamond blade FigureInstalling the Blade Installing the BladeAlign flange pin through the blade into the inner flange 12 In .48 cm Lbs 56.7-79.4 Kg Stacking Blades for Wide CutsBlade Guard Blade GuardsRemoving a Blade Guard To accomodate different cutting jobsInstalling a Blade Guard Installing the Flange GuardConnect the water delivery hose to the blade guard Figure Water Delivery System Water Delivery SystemsBattery Setup STAY-LEVEL HANDLEBARS/BATTERYTo adjust the handlebar height STAY-LEVEL Handlebars SLHFueling the SAW Fueling the SAWPriming the Fuel System Storage With Fuel In SystemPointer Adjustment Cold Weather OPERATION/POINTER AdjustmentColdweather Operation Block HeatersUntil readjusted Setting the Depth IndicatorRAISE-LOWER Controls Raise Lower ControlsBlade Shaft Rotation Disengagement System Blade Shaft Engage System / Wheel Drive SystemTo Stop blade shaft rotation To Start blade shaft rotationStarting and Stoppingthe Engine OperationStarting the Engine Allow the engine to warm up for several minutesRestarting After Running Out of Fuel Stopping the EngineOperating Synopsis Crank the engine normally until it startsLOADING, Unloading Andtransportingthe SAW Loading and TransportingMaintenance MaintenanceMaintenance Schedule AIR Cleaners DailyAir Cleaner Components Checking Engine Oil Oil Filter 125 HoursChanging Engine Oil And Filter Oil And Fuel Lines Fuel Filter 500 HoursEngine Tune-Up LubricationCheck and clean battery terminals for corrosion BATTERY/CHARGING SystemCooling System Disconnect the air intake hose at the lifting bale , Item aRemovable Guards and Access Panels Replacing the BatteryRemove rear access panel Replace guards and panels prior to starting the engineBelt Tension Belts and PulleysAdjust to 3-1/2 notches on the tensioner Blade Shaft AssemblyRotary Belttensioner Blade ShaftDrive System Alignment Adjustment Removal and ReplacementBlade Alignment Drive System AlignmentRemoving the Inner Blade Flange Blade Flange REMOVAL/INSTALLATIONBlade Shaft Tolerance Inner Flange Inside Face Installing the Inner Blade FlangeCircuit Breakers and Starter Relays Maximum CUT Depth AdjustmentRAISE-LOWER System PTO Drive MaintenanceRaise-Lower System Troubleshooting Raise-Lower System TroubleshootingR Control Adjustment Hydraulic System MaintenanceHydraulic Oil System Hydraulic System Drainingthe Hydraulic SystemStay-Level Handles SLH Tips When Draining and Filling the Hydraulic Oil SystemLongterm Storage Decommissioning SAW/COMPONENTSTroubleshooting Engine Battery and starter Loose, damaged wiring?Intake air restricted? NecessaryBlade Troubleshooting Troubleshooting BladePage Electrical Diagram UP to S/N AF3700155 Electrical Diagram to SN AF3700155Electrical Diagram S/N AF3700156 and UP Electrical Diagram SN AF3700156 & UPHydraulic Schematic to SN AF3700155 Hydraulic Schematic to SN AF3700155Hydraulic Schematic SN AF3700156 and UP Hydraulic Schematic SN AF3700156 & UPYour Local Dealer is HERE’S HOW to GET Help
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SP706016, SP706026, SP706030, SP706036, SP706020 specifications

Multiquip is a prominent name in the construction equipment industry, known for its innovative and reliable products. Among its versatile offerings, the Multiquip SP706020, SP706016, SP706036, SP706030, and SP706026 stand out as notable concrete pump models. These pumps provide exceptional performance and efficiency, making them ideal for a wide range of applications.

Each model in this lineup is engineered for maximum durability and reliability. The SP706020, for instance, features a powerful and efficient hydraulic system that allows for smooth operation and consistent performance, even in demanding conditions. It is designed with a robust frame that can withstand rigorous job site environments, ensuring longevity and reduced maintenance.

The SP706016 stands out with its compact design, making it suitable for smaller job sites while still offering high output and efficiency. This model is equipped with advanced safety features, such as emergency stop buttons and pressure relief valves, ensuring safe operation for the user and surrounding personnel.

Notably, the SP706036 is designed for high-capacity pumping. It is ideal for larger projects that require higher output without compromising on efficiency. Its advanced pumping technology reduces the potential for blockages, enhancing overall productivity. The SP706030 presents a balance between power and size, making it an excellent choice for medium-scale projects.

The SP706026 is notable for its energy-efficient design, which minimizes fuel consumption while providing robust performance. This model reflects Multiquip's commitment to sustainability and cost-effectiveness, allowing contractors to save on operational costs over time.

Across the series, user-friendly controls and adjustable settings provide operators with the flexibility needed to handle various types of concrete mixes and job specifications. Additionally, these models are fitted with high-quality components that enhance performance and reduce wear and tear.

In summary, the Multiquip SP706020, SP706016, SP706036, SP706030, and SP706026 are versatile concrete pumps equipped with cutting-edge technology, ensuring high efficiency, reliability, and safety on any job site. Their various features and specifications make them a valuable addition to any construction operation, catering to diverse project needs while ensuring exceptional performance.
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