Heating and Filtration Solutions Engineered Electric Heat Elements and Specialty Heaters

Contents Bolt Heaters Band Heaters/Cast-In Heaters Calvane Heaters Cartridge Heaters Cast-In Heaters Finned Tubular Heaters Hot Plate & Drum Heaters Specialty Tubular/Cartridge Strip & Finned Strip Heaters Transit Heaters Tubular Band Heaters Tubular Heaters

Edmonton, Alberta Houston, Texas Orillia, Ontario Greensburg, Indiana We invite you to visit www.ccithermal.com to view the broad range of innovative industrial heating products manufactured by CCI Thermal Technologies Inc. Oakville, Ontario As a leader in heating and filtration solutions, CCI Thermal Technologies Inc. is committed to ongoing research, product development and above all, excellence in customer service. With facilities across North America, CCI Thermal manufactures six of the top brands in industrial heating in addition to a comprehensive line of engineered industrial filtration...

Caloritech™ Catalog: Section A Caloritech™ Catalog: Section D Calvane™ heaters, tubular heaters, circulation heaters, heat transfer bolt heaters, tubular band heaters, systems, custom engineered mitosis heaters, finned tubular products, panel heaters, control Elements and Specialty Heaters Engineered Products panels, technical data. heaters, cartridge heaters, strip and finned strip heaters, hot plate/drum s Heater ecialty Section A and Sp heaters, cast-in heaters, transit heaters. Caloritech™ Catalog: Section B Caloritech™ Catalog: Section E screwplug heaters, domestic hot water boilers, steam...

Cata-Dyne™ Catalog Norseman™ Catalog natural convection explosion-proof catalytic heaters, high temperature heaters, forced air explosion-proof industrial infrared heaters, heaters, thermostats. infrared gas catalytic heating systems, accessories. ers oof ic Heat sion-Pr s Catalyt Ga oof ts sion-Pr ermosta c Exploaters & Th He Ruffneck™ Catalog DriQuik™ Catalog explosion-proof electric air heaters, long, medium and short heat-exchanger unit heaters, wavelength infrared ovens and corrosion-resistant washdown emitters, dusters, cooling tunnels, unit heaters, convection heaters, thermostats. control...

Tubular Heaters - HX and IX CCI Thermal Technologies Inc. has one factory dedicated to the production of the highest quality tubular heating elements. We use only the best commercially available materials and we use design parameters proven to maximize element life expectancy. Operating Principles LIFE (HOURS) Refer to Figure 1 page A8 for typical heating element construction. The coil and terminal pins are electrically isolated from the outer metal sheath with highly compacted magnesium oxide which also serves as a conductor for the heat generated by the coil. When voltage is applied to the...

Insulation Resistance If an unsealed element is to be installed in a damp area, the element insulation resistance to ground may decrease and, in severe cases, approach zero ohms. Elements with low insulation resistance have high leakage currents which, under certain circumstances, could be hazardous. Factory installed seals which prevent moisture from entering at the terminal ends of the element are available. Dielectric Strength Tests One hundred percent (100%) of the elements we manufacture are dielectric strength tested before they are released for shipment. This test, conducted at many times...

Typical Shapes Factory Bending Tubular heaters can be factory formed to vir­u­ l­y any t al shape. Inside bending diameters as small as one element diameter are some­imes possible. Figures 1 to 11 illustrate t some of the most commonly used element shapes. If your application can be satisfied with one of these shapes, you may wish to refer to these figures when ordering or requesting pricing in­for­ma­tion. Tubular Heaters

Figure 14 In pipe wells Figure 15 High wattage resistors Figure 16 To radiate heat Figure 17 Immersed in liquids Figure 18 Clamped to walls, Figure 19 In drilled holes in Figure 20 Sandwiched hoppers and pipes plates or cylinders between plates Figure 21 Cast-in to iron, Figure 22 Bent to conform to Figure 23 In finned heater aluminum or copper system geometry assemblies Tubular Heaters

TABLE 2 - Sheath Diam. vs. Max. Allowable Voltage Most tubular elements are made-to-order. The following procedure (Step 1 to Step 9) will simplify the selection of the element best suited to your needs. If you need assistance we will, without obligation, determine your kW requirements and provide design sketches. Step 1 - Determination of wattage requirements. Refer to Section D of the Caloritech™ catalog for technical data and sample calculations. Step 2 - Selection of voltage rating and phase. Remember that, for any fixed voltage, the higher the wattage rating, the higher will be the current....

Step 6 - Determination of total required heated length. Using the maximum allowable watt density from Step 5 and the selected diameter from Step 4 refer to Figure 1 below to determine the wattage per unit of length. VOLTS2 WATTS x HEATED LENGTH WATT DENSITY (1) .260” (0.66 mm) & .315” (0.80 mm) Diam. elements are available in lengths up to 285” (7240 mm) in low volume runs (check factory). (2) Lengths beyond maximums shown above can be increased by splicing. Check factory for limitations. WATTS PER UNIT OF LENGTH Figure 1 Surface Watts vs Linear Watts Next divide this number into the required...

Standard Terminal Types TYPE A EPOXY SEAL Allowable current for each terminal type depends, in part, on the application - check fac tory for details. Terminal Type Specifications TERM. *1 1/8” (28.6 mm) available as 1” (25.4 mm); #10-32 available in #8-32; type JF, Q = 2 1/4” (57.2 mm) for .375” (9.53 mm) and 2 3/4” (69.9 mm) for 0.430” (10.9 mm) Tubular Heaters

Watt Density - Temperature Data Figure 1 Watt density vs. sheath temperature of tubular elements in 21°C (70°F) air. 40 Figure 4 Allowable watt density on tubular elements in distributed air velocity of 9 ft. / sec. Figure 2 Allowable watt density on tubular elements in distributed air velocity of 1 ft. / sec. 40 Figure 6 Allowable watt density for clamped-on tubular elements based on work temperature. Figure 3 Allowable watt density on tubular elements in distributed air velocity of 4 ft. / sec. Figure 5 Allowable watt density on tubular elements in distributed air velocity of 16 ft. / sec....