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Low surface temperature
Quick mounting due to clip fixing
Double insulated (plastic)
Wide voltage range
Small size
Compact heater for the use in enclosures with electrical/electronical components. The design of the heater supports the natural convection which results in a high air-current of warm air.
The surface temperatures on the accessible side surfaces of the housing are kept down as a result of the heater design.
Our complete range of thermostats and hygrostats can directly be connected to the heater CS 060.
This heater is also available in a version with plug-in thermostat requiring no additional wiring (CSF 060).
Both versions are designed for permanent operation.
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Low surface temperature
Integrated thermostat
Quick mounting due to clip fixing
Double insulated (plastic)
Wide voltage range
Small size
Compact heater for the use in enclosures with electrical/electronical components. The design of the heater supports the natural convection which results in a high air-current of warm air.
The surface temperatures on the accessible side surfaces of the housing are kept down as a result of the heater design.
This model with plug-in thermostat does not require additional wiring.
The heaters are designed for permanent operation.
This heater is also available in a version without thermostat (CS 060).
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Switchgear cabinet heating waterproof
Types: Wadi IP 65-AL, Wadi LH IP-65-AL
Tensions: 115V - 500V
Achievements: 180W - 380 W
Safety class system I (protective grounding) - enclosure IP 65
Temperature attitudes:
A 25°C (35°C) - from 55°C (65°C) (Eigentemperatur)
Other attitudes on request
Connection types:
Connecting cable (AL) 0,5m 3 x 0.75 mm ² PVC
Other lengths on request
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Fast Heat offers variety of band heaters to accommodate any cylindrical application. Fast Heat's product offering ranges from the patented better band using mineral insulated technology to the better belly band used for compressor applications.
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Since 1957 Fast Heat has been designing and building quality cartridge heaters utilizing only the best materials and state of the art manufacturing techniques. Understanding that every application is unique, Fast Heat has a broad range of products, termination styles and sizes to accomodate your needs.
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Ribbed heating elements/Air duct heaters/Convectors
Ribbed resistance heaters are ideal for the convection-heating of air in stoves, industrial ovens, drying cabinets and facilities, air-conditioning equipment etc. Ribbed heaters are generally used to heat air or non corrosive gas by natural or forced convection.
The heating elements are made of Z6 CNT 18-10 stainless steel (ST. ST. AISI 321) tubes of diameters 8.5, 10, 13 and 16 mm. The sheaths are fitted without clearance with electrogralvanized steel ribs.
Air duct heater are equipped with pin or spiral formed sheathed heating elements mounted on a stainless steel or galvanized iron casing. They are used to heat circulating air.
Convectors perfectly meet industrial requirements. They can be equipped with regulation devices.Waterproof and ATEX certified products are available for power ranging from 250W to 6kW.
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These are particularly suitable for heating and maintaining the temperature of large volumes or heating circulating fluids such as water, heavy fuel oil, thermal fluid, air or gas. They can be fitted on tanks, cisterns, boilers and circulation reheaters and are the best electrical heating system for a range of industries such as food processing, chemicals, textiles, plastics etc.
The stainless steel or incolloy armoured elements are generally hairpin-shaped and are welded to the DIN/ASA standardized flanges according to procedures which have CODAP, TÜV and ASME approval.
The watt density, ranging from 0.1 to 15 W/cm², is determined from the working parameters of the process and the exchange coefficients. For a maximum immersion length of 3300 mm, the power delivered by a flange immersion heater can reach several MW.
The electrical cabling in one or more paces gives access to several power steps. Connection blocks and rods are used to ensure the electrical connection.
Devices can be produced according to ATEX directives.
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Immersion heaters
Screw-on immersion heaters are made of copper, stainless steels or incolloy heating elements, brazed or welded on assembly plugs, with metric or British thread sizes.They are used for heating static or circulating water, oils or specific liquids, air or gas, at a maximum operational pressure of 15 bars. Power ranges from 100 W to 35 kW, for 230–380 or 690V or other specified voltages. ATEX certified products are available for explosive atmospheres
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Caloritech™ immersion heaters are available in a wide range of configurations, including flanged, bottom-mount, over-the-side and screwplug.
The flanged and screwplug immersion heaters are typically used in liquid and gas heating applications, for water, oils, gases and mildly corrosive liquids. They are available in a range of sizes and voltages to suit virtually any application, as well as a range of sheath materials, such as copper, incoloy and stainless steel.
The bottom-mount and over-the-side immersion heaters are available in a range of materials such as copper, incoloy, inconel, stainless steel and titanium to suit almost any liquid heating application, from water to corrosive solutions.
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The heating cartridges are used for the heating until 750°C of metal parts such as moulds, systems with hot channels, dies, tools of welding and marking in the industry of the plastics and the machines of conditioning.
The heating collars are used for the heating of cylindrical parts. Of robust design, the characteristics (insulator-connector industry) are closely related to the operating conditions
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The elements are specially shaped so as to obtain the best curtain type exchange surface and are fixed on a stainless steel or steel plate. Fitted with an electrical connection box separate from the plate for uses at temperatures over 120 °C, the batteries may be powered by three-phase supplies up to 750 V.
The heating elements are wired with high temperature cables, generally in busbars mounted on insulators at one or more rates.
Designed to be used at temperatures up to 850 °C, the plates may be mounted on steel or stainless casings to allow their installation on the duct network
Devices can be produced according to ATEX directives.
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U.L. Recognized - E56973 C.S.A. Certified - 016386-0-000
Applications:
Cylinders, Dies, Drums, Holding Tanks, Injections and Blow Molding Machines, and Plastic Extruders.
Features:
-The Hotwatt Standard Band Heaters are manufactured in one or two piece constructions with maximum inside diameters of 11 1/2" and 22 1/2" respectively. Three or more sections are employed when heaters of larger diameters are needed (as for blown film extrusion dies).
-Holes and cutouts are available. Maximum wattage may be reduced with the addition of holes and cutouts. Drawing required for specific location.
-Made in U.S.A
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Economy Drum Heaters are ideal for situations where durability and flexibility is not critical.
Approvals:
UR pending
Specifications:
Power cord 6 feet (183cm) long
Patented grounded heating element
Heating element is laminated between two layers of, 15 mil, fiberglass reinforced silicone rubber
Silicone rubber density of 16.8 oz/yd² (0.06 grams/cm²) per layer
Adjustable thermostat, 50-425°F (10-218°C)
500°F exposure temperature
Moisture resistant
Chemical resistant
The spring closure can be expanded 3" (7.6cm)
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U.L. Recognized - E56973 C.S.A. Certified - LR-16386
Applications:Compressor Crankcase Heating, Copiers, Dies, Food Processing, Glue Pots, Heat Sealing, Hot Melt Adhesive, Labeling, Medical Equipment, Packaging, Photographic Processing, Plastic Molding, Platens, Wax Pots.
-Hotwatt Precision Cartridge Heaters provide localized heat to restricted work areas requiring close thermal control. Dies, Platens, and a variety of other types of processing equipment are efficiently heated. Closely controlled work temperatures up to 1250°F are obtained by a combination of heater location and proper wattage output.
-Basic designs are readily adaptable to a wide variety of special requirements, sizes, or ratings.
-Maximum surface temperatures up to 1250°F.
-Designations are etched on the sheath to preserve accurate shape.
-Heating elements arranged just beneath outside surface for maximum heat transfer, minimum core temperature and faster heating.
-Made in U.S.A.
-Where specified, units can be supplied liquid tight.
-Long, trouble free service.
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The cartridges of Calor heating are appropriate more particularly under certain conditions for the direct heating of aqueous and nonliquid fluids.
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Mechanically-bonded continuous fin assures excellent heat transfer and helps prevent fin vibration at high air velocities.
Several standard formations and mounting bushings available.
Standard fin is high temperature painted steel with steel sheath.
Optional stainless steel fin with stainless steel or incoloy sheath for corrosion resistance.
120v, 208v, 240v, 480v available.
Maximum Sheath Temperature
750°F (400°C) - Steel
900°F (480°C) - ST.ST./INCOLY
Made in U.S.A.
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Teflon® immersion heater
The technology of the immersion heater Teflon®, entirely realized in their workshops, is based on a cable heating of weak load and inertia thermics, which allows a soft and precise diffusion of heat. It is then formatted so as to obtain a large surface of exchange in small overall dimensions. This weak load generates one lifespan of the immersion heater but as product heated more important as with a traditional immersion heater of higher load. The range of power S `extends from 0,5 kw to 15 kw.
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Applications:
Dies, Heat Sealing, Hot Melt Adhesive, Plastic Molding, Platens, Shoe Machinery.
U.L. Recognized - E56973 C.S.A. Certified - 016386-0-000
Features :
-Elements are designed for maximum: Watt density, temperature, heat transfer, and heater life.
-The useful life of a cartridge heating element is determined by how quickly the heat generated in the resistance
wire can be dissipated to the outside sheath. With low and moderate watt density elements, such as Hotwatt's
standard line, the conventional method of inserting helical coils in formed ceramics is an entirely satisfactory
method of construction because the wire temperature relative to sheath temperature even though considerably
higher, is still well within safe long-life operating temperatures.
-The Superwatt cartridge heater accelerates the transfer of heat from the resistance wire to the sheath. This is
accomplished by relocating the wire so that it is closer to the sheath; and swaging the outside diameter of the
heater, thereby compressing the magnesium oxide filler so that it becomes an improved conductor of heat from
the wire while maintaining its dielectric properties. (See diagram below). By improving the heat transfer rate, it
is possible to manufacture elements of higher densities because the differential between the wire temperature
and the sheath temperature has been minimized.
-Long, trouble free service.
-Made in U.S.A.
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U.L. Recognized - E56973 C.S.A. Certified - 16386-0-000
-The Hotwatt Immersion Heater may be supplied with various junction boxes for additional terminal or lead protection.
-For corrosive environments, units can be supplied in other special alloys best suited to the operating conditions.
-The lead end of the unit may be sealed for extreme environmental conditions.
-Units may be supplied for three phase or three heat operation.
Made in U.S.A.
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The radiators to screw Emco are dedicated to the heating of noncorrosive liquids in containers, machines and installations.
A power raised in an obstruction minimum
Available out of heating tubes stainless steel with end threaded out of brass or any steel
Can be provided with thermostat
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The technology of the immersion heater Teflon®, entirely realized in our workshops, is based on a cable heating of weak load and inertia thermics, which allows a soft and precise diffusion of heat. It is then formatted so as to obtain a large surface of exchange in small overall dimensions. This weak load generates one lifespan of the immersion heater but as product heated more important as with a traditional immersion heater of higher load. The range of power S `extends from 0,5 kw to 15 kw.
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The technology of the immersion heater Teflon®, entirely realized in our workshops, is based on a cable heating of weak load and inertia thermics, which allows a soft and precise diffusion of heat. It is then formatted so as to obtain a large surface of exchange in small overall dimensions. This weak load generates one lifespan of the immersion heater but as product heated more important as with a traditional immersion heater of higher load. The range of power S `extends from 0,5 kw to 15 kw.
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Immersion heater CONTROL-THERM makes it possible to ensure in a single apparatus, in an autonomous way and without additional obstruction the heating of corrosive liquids as well as the temperature control.
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Applications
Dies, Heat Sealing, Hot Melt Adhesive, Plastic Molding, Platens, Shoe Machinery.
U.L. Recognized - E56973 C.S.A. Certified - 016386-0-000
Features
Elements are designed for maximum: Watt density, temperature, heat transfer, and heater life.
The useful life of a cartridge heating element is determined by how quickly the heat generated in the resistance
wire can be dissipated to the outside sheath. With low and moderate watt density elements, such as Hotwatt's
standard line, the conventional method of inserting helical coils in formed ceramics is an entirely satisfactory
method of construction because the wire temperature relative to sheath temperature even though considerably
higher, is still well within safe long-life operating temperatures.
The Superwatt cartridge heater accelerates the transfer of heat from the resistance wire to the sheath. This is
accomplished by relocating the wire so that it is closer to the sheath; and swaging the outside diameter of the
heater, thereby compressing the magnesium oxide filler so that it becomes an improved conductor of heat from
the wire while maintaining its dielectric properties. (See diagram below). By improving the heat transfer rate, it
is possible to manufacture elements of higher densities because the differential between the wire temperature
and the sheath temperature has been minimized.
Long, trouble free service.
Made in U.S.A.
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U.L. Recognized - E56973 C.S.A. Certified - 016386-0-000
The Hotwatt Square and Rectangular Cartridge Heater is designed to distribute maximum heat within a desired area. Because they are completely enclosed, square units will furnish more usable heat for a given wattage than a comparable strip heater attached to the exterior of a mod, platen, or other equipment.
The units are inserted in a milled slot, permitting greater lengths than would be feasible with a drilled or reamed hole. Close dimensional tolerances are held to permit intimate fit for best heat transfer to surrounding medium.
Heating elements arranged just beneath outside surface for maximum heat transfer, minimum wire temperature, and faster heating.
Maximum surface temperatures up to 1200°F. Designations are etched on the sheath to preserve accurate shape.
Long, trouble free service.
Made in U.S.A.
Construction:
-Sealed end.
-Mica.
-Series 300 stainless steel sheath for non-oxidizing, stable service in cavities machined for them.
-Element wire situated in close proximity to outside surface for maximum heat transfer, minimum wire temperature, and faster heating.
-Magnesium oxide packing.
-Ceramic element support.
-Teflon insulated leads: 1/4" square.
Fiberglass insulated leads: 3/8" to 1/2" square, 1/4" x 5/8" and 1/4" x 1" rectangular.
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The sheath immersion heaters (plunger tubes Rotkappe) are heating systems made up of a heater formatted in a ceramics body. This unit is inserted in a sheath adapted to the chemical characteristics of the liquid to heat. Various materials used for this sheath (porcelain, quartz, titanium, stainless, PTFE...) their resistance and their quality proved.
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Watlow's circulation heaters are compact heating solutions for fluids such as purified and inert gases, supercritical fluids and liquids like de-ionized water for use in semiconductor and electronics industries as well as for general liquid and gas heating applications. Watlow's industrial process heater lines of immersion, circulation and duct heaters are used to heat a myrid of high and low viscosity fluids ranging form de-ionized and process water, oils, solvents, rinse agents, caustic solutions, etc. to process gases like air, nitrogen, purified and inert gases as well.
Applications
Oil and gas field equipment
Refineries and petrochemical plants
Chemical and industrial gas plants
HVAC duct heating
Open tanks and heat treat baths
Textile drying
Heat transfer and lube oil systems
Semiconductor processing equipment
Precision cleaning equipment
Power generation systems
Emissions control systems
Supercritical fluid heating
In-line water boilers
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These appliances are used to heat circulating fluids such as water, fuel oil, as well as air or gases in general at up to 15 bar max.
They are fitted with screw plug immersion heater, flange immersion heater or high flux rods.
Temperature sensors and controlers can control the temperarure of the flow and safety devices protect against over temperature.
Fluid circulation heaters can be connected hydraulically in series, which allows a very large heating power to be achieved.
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Heating sleeves to heat segments of 200 litre barrels per DIN. both the inner and the outer sheath of the barrel heating sleeve are made of aluminium sheet, which ensures maximum protection of the electrical components against mechanical damage. A hinge with campling closure that divides the heating surface into two semi shells permits convenient assembly, without the heating element needing to be bent. The barrel can be heated complete by using 3 sleeves.
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