Sterling SVL-A, SVL-B, SVL-D SVL-C Two inlet Installation, To Install the Ratio Option

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SVL-C (Two inlet) Installation

Any SVL loader may be equipped for “ratio” or proportioning loading so that two materials (usually virgin and regrind) may be loaded simultaneously. The equipment for this function consists of a “Y” tube and coupler that is installed on the inlet stub of the loader, two controls (one for each component,) a pick-up device (feed tube), a second venturi and both compressed air lines and material hoses. If included at the time of original purchase, all of these items will be included with your SVL. If not included, they may be added later and installed along with your original system. (See “Spare Parts Lists” for required part numbers.)

To Install the Ratio Option

Install the “Y” tube using the included “O” ring coupler (see Fig 6.3) onto the inlet of the SVL-C loader, then connect the flex hoses to the “Y” tube from the two venturis. Connect the second venturi to the second solenoid package in a manner similar to the first venturi/solenoid.

Compressed air must be provided to the second filter/regulator in exactly the same fashion as the first and the second venturi should be joined to the second solenoid in a similar manner as the first.

Note: Unlike the other types of loading systems that alternately load virgin and then regrind(back and forth), compressed air conveying systems load the two materials at the same time, through the “Y” tube conveying material through both venturi assemblies occurs at the same time as well.

Position the 2 proximity sensors so they are approximately the same height on the sight glass, then properly adjust the sensors. (See Section 4-3)

Once completed, the installation should provide dual-energized compressed air solenoids, connected directly to two regulators, so that the material flow through each venturi may be regulated independently as material flows.

See Section 4-2, Adjusting Compressed Air Flow to properly adjust air flow.

SVL-A, SVL-B, SVL-C, & SVL-D Self-Contained Material Loaders - Venturi Style 18 of 49

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Contents Operation and Installation Instructions SVL-A, SVL-B, SVL-C, & SVL-DPage Shipping Information Unpacking and InspectionTable of Contents Technical Data Safety Instructions How to Use This ManualExplanations and Information For Your Safety How to Use This ManualUnit Safety Maintenance ResponsibilityInstallation General InformationOror Installing the Material Receiver Not to scalePage To Digital Dosing Feeder SF-1 FeederInstalling the Control Assembly AssemblyShop Air Connecting the Compressed Air Supply 10 Venturi AssemblyConnecting Material Lines PerformanceSVL-C Two inlet Installation To Install the Ratio OptionElectrical Connection Functional Description Operational SummaryVenturi Assembly Method of FunctioningControl Assembly Control and Regulator UnitSetup Adjusting Compressed Air FlowPreparations Setting the Mixing Ratio of the Components SVL-C Units Electrical Connection Basic Setting of the Filling Level in the Conveyor HopperMounting OperationEmpty adjustment ProgrammingFull adjustment LockingError messages UnlockingSet-up / Operation Maintenance Maintenance IntervalsDaily Weekly Every 3 months Cleaning the Conveying Filter Pertaining to the use of compressed airCleaning the Compressed Air Filter SVL-AAdjusting the Level Probe DisassemblyTroubleshooting Remedy See Test Steps BelowPage Technical Data Dimension Sheet SVL-ASVL-B SVL-C SVL-D Spare Parts Lists SVL-B SVL-C Control Assembly Wand Assembly 10 Take-Off Wand Assembly Quick Start Guide -SVL Self Contained Material Loader Technical Assistance Parts Department

SVL-D, SVL-C, SVL-B, SVL-A specifications

The Sterling SVL series, comprising models SVL-A, SVL-B, SVL-C, and SVL-D, represents a cutting-edge advancement in modern vehicle technology. Each model has been meticulously designed to cater to various consumer needs while maintaining high standards in performance, safety, and comfort.

The SVL-A model is renowned for its versatile urban efficiency. Engineered with a compact design, it excels in city driving, making it easy to navigate through tight spaces. The SVL-A features an eco-friendly hybrid powertrain, allowing for reduced emissions and improved fuel economy. Inside, it boasts an intuitive infotainment system, providing seamless connectivity with smartphones, and a suite of advanced safety features including lane departure warning and adaptive cruise control.

Transitioning to the SVL-B, this model emphasizes robustness and capability. Ideal for adventure enthusiasts, it includes an all-terrain drive mode that adapts to various surfaces, from rugged hills to muddy paths. The SVL-B is equipped with all-wheel drive and sturdier suspension systems, ensuring stability and control. Comfort is not compromised, as the interior is adorned with premium materials, and additional features such as heated seats and a panoramic sunroof enhance the driving experience.

The SVL-C steps into the luxury segment while maintaining practical elements. Designed for families, it offers generous interior space, three rows of seating, and advanced entertainment options for passengers. Safety is a top priority, with enhanced features like automated emergency braking and a comprehensive set of airbags. Its advanced climate control system ensures optimal comfort regardless of weather conditions.

Lastly, the SVL-D model epitomizes innovation with its fully electric powertrain. This environmentally conscious vehicle boasts impressive range and quick charging capabilities, appealing to those who prioritize sustainability. The SVL-D is packed with smart technologies including an advanced driver-assistance system that utilizes AI-based functions to enhance driving efficiency and safety. Additionally, an over-the-air update capability ensures that the vehicle can continuously improve after purchase.

Overall, Sterling's SVL series showcases a commitment to diversity in automotive engineering, offering something for every driver, from eco-conscious urbanites to adventurous families and tech-savvy individuals, all while prioritizing high performance and safety standards.