Paragon W14, WTNFII-19 AN Operator should be in Attendance AT ALL Time, Heating Rate Temperature

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8)REMEMBER - The furnace must be attended for the first hour so that the wax tray can be removed (the use a of Steam Wax Eliminator will eliminate this). NOTE: FOR SAFETY REASONS -

AN OPERATOR SHOULD BE IN ATTENDANCE AT ALL TIME.

9)All times are entered as follows:

For 30 minutes

Press 30

Display shows 00.30

For 1 hr. 15 min.

Press 115

Display shows 01.15

For 2 hr. 45 min.

Press 245

Display shows 02.45

* It is not necessary to put in the decimal.

Your WW Computerized Programmer uses a RAMP/HOLD method of programming. It can handle as many as 20 segments of time and temperature. Each segment raises or lowers the temperature and holds it for the length of time you specify. Most burnout programs use only 3 segments, but you have the capability of programming 20 segments.

Each segment is controlled by:

A) HEATING RATE

[ rA ]

B) TEMPERATURE

[ °F ] or [ °C ]

C) TIME

[ HD ]

In other words, furnace temperature can be brought up from ambient to 300 °F in 15 minutes or over a period of several hours. This is governed by the RATE [ rA ].

To figure the HEATING RATE, 3 variables must be considered:

1)The ending temperature desired.

2)The starting temperature.

3)The length of time that this rate should take.

For example: If we want to heat a 300 °F furnace to 1350 °F over a 6 hour period, we would calculate as follows:

ENDING TEMPERATURE (°F)

1350

 

 

STARTING TEMPERATURE (°F)

-300

 

 

DIFFERENCE (°F)

1050

 

 

DIVIDE THE TEMPERATURE DIFFERENCE

1050

1050

1050

BY THE NUMBER OF HOURS

... 6

5

3

TO GET DEGREES PER HOUR

..... .175210

350

We have illustrated above how to figure the rate for 5 hours and for 3 hours. Of course, to decrease the temperature, we would simply subtract the ending temperature from the starting temperature (in other words - reverse the procedure). Also, a decreasing rate is limited by how long it takes for a heated mass to cool when the heating elements are turned off (in other words, the larger the flask, the longer it takes to cool).

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Contents Operating Instructions Specifications Operating InstructionsWW Electric Burnout Furnaces 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 Cplt Dela ElecETH FailPlog RSTSfty SkipHOW to Select F or C Safety RulesTime and Temperature Display Permanent Program no EL Used for WAX Elimination onlyWAX Elimination Enter Program no EL AS Follows Action DisplayFlask Temperature for Casting Action DisplayPermanent Program no 12 Hr Programming a Delay Firing dELA Programming Entering a Custom ProgramAttendance is Required Heating Rate Temperature Ending Temperature FStarting Temperature F Divide the Temperature DifferenceProgramming Your WW Programmer Action Display CommentsDelay Fire Setting the Alarm Before Firing BeginsHold Soak Time Present StatusPower Failures Setting the Alarm During FiringSteam 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.

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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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