Difference between revisions of "Heating Coils"
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[[File:Heating Coils.jpg|thumb|200px|right|Heating Coils]] | |||
'''Heating Coils''' or Coil heaters and cable heaters are heating elements formed from straight, uncoiled segments of heating cable. | |||
Coil heaters and cable heaters are made from several different types of materials and typically include insulation. Sleeve, sheath, and jacket materials include aluminum, brass, copper, iron, nickel alloy, steel, and stainless steel. Insulation materials include ceramics, mica, minerals, and fiberglass. Mica is highly resistant to acids while fiberglass is impervious to many caustics. Some coil heaters and cable heaters may be fully or partially immersed in heated substances, while others are corrosion-resistant or suitable for cryogenic use. Clamping straps provide additional protection for coils and connections. | |||
There are many applications for coil heaters and cable heaters. For example, larger devices are used in plastic injection molding machines, holding tanks, metallurgical analyzers, and pulp and paper processing. Coil heaters and cable heaters are also used in blow molding machines, oil reclamation equipment, and food and candy extruders. Smaller, localized devices are used in labeling, bag sealing, hot stamping, and packaging equipment. | |||
==Typical Features== | |||
Operating temperatures to 1200ºF Heater's low mass allows for rapid heating and cooling Heating elements sealed from contamination constructed with no open seams Standard 304 stainless steel sheat provides corrosion resistance Optional internal thermocouple for temperature control Square coil heaters (0.130 x 0.130) Flat coil heaters (0.090 x 0.150) 40" Teflon insulated leads = standard Round coil heaters (0.125") Round coil heaters (0.150") | |||
==Video== | |||
<youtube>0T_spIVzb9k</youtube> | |||
Latest revision as of 21:52, 27 August 2012
Heating Coils or Coil heaters and cable heaters are heating elements formed from straight, uncoiled segments of heating cable.
Coil heaters and cable heaters are made from several different types of materials and typically include insulation. Sleeve, sheath, and jacket materials include aluminum, brass, copper, iron, nickel alloy, steel, and stainless steel. Insulation materials include ceramics, mica, minerals, and fiberglass. Mica is highly resistant to acids while fiberglass is impervious to many caustics. Some coil heaters and cable heaters may be fully or partially immersed in heated substances, while others are corrosion-resistant or suitable for cryogenic use. Clamping straps provide additional protection for coils and connections.
There are many applications for coil heaters and cable heaters. For example, larger devices are used in plastic injection molding machines, holding tanks, metallurgical analyzers, and pulp and paper processing. Coil heaters and cable heaters are also used in blow molding machines, oil reclamation equipment, and food and candy extruders. Smaller, localized devices are used in labeling, bag sealing, hot stamping, and packaging equipment.
Typical Features
Operating temperatures to 1200ºF Heater's low mass allows for rapid heating and cooling Heating elements sealed from contamination constructed with no open seams Standard 304 stainless steel sheat provides corrosion resistance Optional internal thermocouple for temperature control Square coil heaters (0.130 x 0.130) Flat coil heaters (0.090 x 0.150) 40" Teflon insulated leads = standard Round coil heaters (0.125") Round coil heaters (0.150")
Video