Paragon W14, WTNFII-19, W18, W13, WTNFII-10 manual Placing Flasks in Your WW Electric Burnout Furnace

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PLACING FLASKS IN YOUR WW ELECTRIC BURNOUT FURNACE

IMPORTANT NOTE: YOU MUST USE EITHER STEAM WAX ELIMINATION OR THE WAX ELIMINATION PROGRAM OF THE FURNACE. REMOVE THE WAX TRAY AFTER THE WAX ELIMINATION CYCLE HAS COMPLETED. FAILURE TO REMOVE THE WAX TRAY WILL CAUSE CARBON BUILD-UP ON THE EXPOSED ELEMENTS RESULTING IN PREMATURE ELEMENT FAILURE. THE ELEMENTS ARE NOT WARRANTED.

When starting to load your furnace for wax elimination, be sure to use a tray to catch the melted wax. We highly recommend our WWT13 or WWT18 Furnace Grate & Tray for this purpose. Place flasks sprue hole down. Do not allow flasks to touch the sides, back or door of the furnace, nor to touch each other's sides. Above all, do not allow a flask to touch the thermocouple sensor located in upper center of back wall.

When stacking flasks, be sure that the sprue hole is exposed at all times, so that no wax residue can be trapped. See illustration below. Flasks may touch edges (not sides) of each other as shown as long as the sprue holes are exposed.

After the wax elimination cycle is complete, the flasks must be removed so that the wax tray can be removed, then the flasks can be returned to the furnace, sprue hole up and again, fully exposed and the firing procedure begun. NOTE: IF THE WWT13 OR WWT18 GRATE &

TRAY IS USED, IT IS NOT NECESSARY TO TURN SPRUE HOLE UP AFTER WAX ELIMINATION.

NOTE: THESE EXAMPLES SHOW CAPACITIES FOR OUR W18 FURNACE. THE SAME PRINCIPLES APPLY FOR ANY BURNOUT FURNACE.

Stacking suggestions in 18x18x18 furnace for maximum capacity using different size flasks.

NOTE THAT SPRUE HOLE MUST BE EXPOSED BOTH DURING WAX ELIMINATION (SPRUE HOLE IS DOWN) OR WHEN FIRING (SPRUE HOLE IS UP).

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Contents Operating Instructions WW Electric Burnout Furnaces SpecificationsOperating Instructions WW Computerized ProgrammersFurnace Grates & Trays For Wax Elimination CycleInstallation Procedures for WW Electric Burnout Furnaces IndexPage Placing Flasks in Your WW Electric Burnout Furnace Programmer Display ETH Cplt DelaElec FailSfty PlogRST SkipSafety Rules HOW to Select F or CTime and Temperature Display WAX Elimination Permanent Program no ELUsed for WAX Elimination only Enter Program no EL AS Follows Action DisplayFlask Temperature for Casting Action DisplayPermanent Program no 12 Hr Programming a Delay Firing dELA Entering a Custom Program ProgrammingAttendance is Required Starting Temperature F Heating Rate TemperatureEnding Temperature F Divide the Temperature DifferenceProgramming Your WW Programmer Action Display CommentsHold Soak Time Delay FireSetting the Alarm Before Firing Begins Present StatusSetting the Alarm During Firing Power FailuresSteam WAX Elimination

WTNFII-10, W13, W18, W14, WTNFII-19 specifications

Paragon WTNFII-10, W14, W13, W18, and WTNFII-19 are advanced technological solutions in the realm of energy efficiency and resource management. These models exemplify innovation, efficiency, and versatility, catering to various industrial applications and operational needs.

The Paragon WTNFII-10 stands out for its robust design and high operational efficiency. It incorporates cutting-edge technologies that ensure optimal performance while minimizing energy consumption. This model is equipped with an intelligent control system that allows for real-time monitoring and adjustments, thus enhancing its suitability for dynamic environments.

The W14 model is specifically engineered for environments requiring reliable and consistent performance. Its durable construction ensures longevity while its operational features provide an edge in terms of energy savings. This model also supports integration with various automation systems, making it an ideal choice for facilities looking to streamline operations and reduce overhead costs.

Paragon's W13 is renowned for its compact design, making it perfect for installations with space constraints. Despite its size, the W13 delivers exceptional performance levels. It also features advanced filtration systems that improve air and resource quality, contributing to a healthier workspace and increasing overall productivity.

The W18 model emphasizes flexibility and adaptability. It is designed to meet the diverse needs of different industries, making it a versatile addition to any operational setup. With options for customization, the W18 can be tailored to fit specific requirements, ensuring that it meets the highest standards of performance and efficiency.

Lastly, the WTNFII-19 is a cutting-edge model that integrates the latest technological advancements. It features smart connectivity options that allow for remote monitoring and control, providing operators with greater oversight and the ability to respond swiftly to any inefficiencies or issues. Its energy-efficient design not only reduces operational costs but also contributes to sustainability goals, making it a responsible choice for modern businesses.

In summary, the Paragon WTNFII-10, W14, W13, W18, and WTNFII-19 models bring together advanced features, innovative technologies, and exceptional characteristics, making them indispensable tools for industries focused on efficiency and sustainability. Their diverse applications and ability to adapt to various operational needs underline Paragon’s commitment to providing high-quality, energy-efficient solutions for the modern era.
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