PIT Non-Indicating Temperature Controllers [Technical Overview]
Specifications for PIT, non-indicating temperature controllers. For a variety of process applications requiring a rain-tight, PIT controllers may be used in pipe tracing and snow melting applications with electric heating cable
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Start-up & Commissioning
Minimize any chance for costly setbacks by having a Chromalox qualified personnel for on-site start-up and commissioning anywhere in the world
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Heat Trace [Design Guide]
The Chromalox Heat Trace Design Guide provides support to calculate pipe heat loss, guidance to select the right type of heat trace cable and installation tips through a quick install guide
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TRI .246" Dia. Round Cross-Section [Technical Overview]
Specification for TRI .246" Dia. Round Cross-Section. Small Diameter Tubular Elements — Most easily bent to conform to work surfaces and to “pack” heat into confined spaces. Because of the small cross-section, these tubulars also heat up and cool rapidly.
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TMI-CS Corrosive Solution Applications [Technical Overview]
Specification for TMI-CS Corrosive Solution Applications. Flanged immersion heaters are one of the most widely used methods for commercial heating of gases and liquids, such as water, oil, heat transfer fluid, and corrosive solutions. Designed for use in tanks and pressurized vessels, they are easy to install and maintain to provide heat for many processes. The direct immersion method is energy efficient and easily monitored and controlled. Flanged immersion heaters are used in a wide variety of applications, such as hot water storage tanks, warming equipment, preheating oil, food processing equipment, cleaning and rinsing tanks, heat transfer systems, process air equipment, boiler equipment, and freeze protection.
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Legacy - 1605 1/16 DIN Temperature Controller [Technical Overview]
Specification for 1605 1/16 DIN temperature controller. The 1605 ramp/soak controller provides a sophisticated, programmable 4-segment ramp/soak profile (program) in a compact 1/16 DIN package. With its expansive memory and flexible programming capabilities, the 1605 can be cost-effectively applied to a wide range of applications requiring time and temperature profiling. Advanced ramp/soak features such as Guaranteed Soak and Ramp Tracking assure optimum performance. Out puts 2 and 3 can be programmed as “Event” output and “End of Cycle” indicators to further enhance ramp/soak operator capabilities.
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Component Heaters Component Selection Guidelines [Technical Overview]
Components selection guidelines for component heaters, strip, ring and disc heaters, cartridge heaters and flexible heaters. Strip, ring and disc heating elements are rugged and easy to install for heat transfer by conduction or convection to heat liquids, air, gases and surfaces with sheath temperatures up to 1600°F and watt densities to 35 W/in2 . Common applications include drying, melting, baking and curing. Strip heater sizes range from 0.5" wide to 2.5" and lengths to 72" long. Heaters bolt or clamp to many surfaces. Nested ring heaters can provide concentrated heat in small areas.
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Impedance Heating Skid System [Technical Overview]
Specification for the Impedance heating skid system. Impedance style heating, through the Joule effect, uses the pipe itself as the heating source. This allows uniform heating around the process with minimal impact on the installation site.
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IntelliTherm™ Screw Plug Heating Solution [Technical Overview]
Specification for IntelliTherm™ screw plug heating solution. The IntelliTherm™ is a complete heating solution that includes digital controls and diagnostics in an integral package. It is designed for indoor area use directly mounted to a catalog screw plug heater assembly. It's compact size minimizes space required and as an option, the panel is remote mountable.
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GIT-1 Gutter Ice Sensor [Technical Overview]
Specification for GIT-1 gutter ice sensor. An automatic control system for gutters and downspouts, employs one or more GIT–1 Gutter Ice Sensors and either APS–3C or APS–4C Control Panel. Heaters operate only if moisture occurs at temperatures below 38°F (3.3°C), thus saving energy and ensuring reliable ice melting.