OMEGA Engineering, Inc. Datasheets for Industrial Heaters
This is a general search form for all types of industrial heaters, devices which are available in a variety of sizes, shapes, and heating configurations.
Industrial Heaters: Learn more
| Product Name | Notes |
|---|---|
| • Long Life Heating Elements with Stainless Steel (8% Nickel) Sheath • For Very Weak Solutions or Industrial Process Water • Zinc Coated Steel Flange • 6 to 72 kW... | |
| 1. Corrosion Resistan- Thermoplastic fluoropolymer coated stainless steel sheath for long life in almost all types of corrosive solutions for operating temperatures up to 212F. Pin hole free, durable... | |
| ADVANTAGES Specially constructed to provide excellent service life in radiant heating applications. FEATURES Type 8 Terminals: Standard with threaded clip to facilitate wiring. Retaining Rings: locate elements in radiant heater... | |
| APPLICATIONS Versatile tubular elements can be designed for use in most applications. See guidelines in the Tubular Heater Overview section. ADVANTAGES The metal sheath isolates and protects the resistor wire... | |
| APPLICATIONS Compasses and gyroscopes, tubing wrap-arounds, oil igniters and burning off flue gases. ADVANTAGES An Extremely Versatile Element: Used where just a little heat is needed or where a... | |
| APPLICATIONS High element surface temperature clamp-on or air heating applications or where extreme rigidity is required. ADVANTAGES More uniform surface temperatures and resistance to deformation. FEATURES Type 4 Terminals:... | |
| APPLICATIONS Versatile tubular elements can be designed for use in most applications. See guidelines in the Tubular Heater Overview section. ADVANTAGES The metal sheath isolates and protects the resistor wire... | |
| APPLICATIONS Versatile tubular elements can be designed for use in most applications. See guidelines in the Tubular Heater Overview section. ADVANTAGES The metal sheath isolates and protects the resistor wire... | |
| APPLICATIONS Versatile tubular elements can be designed for use in most applications. See guidelines in the Tubular Heater Overview section. ADVANTAGES The metal sheath isolates and protects the resistor wire... | |
| Complete, ready-to-connect assembly with adjustable terminal housing, which permits easy interchange of elements to accommodate work of varying dimensions. Power connections are made at one end, using high temperature... | |
| PPLICATIONS Primarily for use in salt baths. Available in other sheath materials and watt densities for most liquids and viscous materials. Conctact sales for further information FEATURES Vapor resistant cast... | |
| APPLICATIONS Versatile tubular elements can be designed for use in most applications. ADVANTAGES The metal sheath isolates and protects the resistor wire from the environment. At the same time, it... | |
| Heavy coil construction— Watt density on the heating coil is designed for low watt density operation by increasing the coil diameter and length to give maximum coil surface area and... | |
| Lightweight, portable, easy to install L-shape construction, puts the heat at the bottom of the tank and the terminal enclosure at the top of the tank. These heaters are convenient... | |
| Omegalux® field adjustable screw plug immersion heaters can be applied to a variety of clean water and oil applications. The unique versatility of this design allows field adjustment of the... | |
| Rugged construction. Sturdy .475" diameter passivated Incoloy sheath heating elements, welded to passivated stainless steel flanges - corrosion resistance provides superior rigidity and strength. Heavy duty jumper straps and terminal... | |
| Secondary Insulation Bushing: All types except NS. Must be used when strips are mounted for air heating only or when connected in series on line voltages above 480V. Note: To... | |
| Sturdy stainless steel .475" (1.2 cm) diameter elements, welded to steel flanges provide superior rigidity and strength. Heavy duty jumper straps and terminal parts assure permanent tightness of connections and... | |
| The TTUH-CO series heater is mounted through a 27/16" dia. (6 cm) opening in bottom of vessel. Heater is inserted with gasket through top of vessel or through hand hole. | |
| The new OMEGA VP and VPT Series self-regulating, fully grounded immersion heaters are ideal for insertion into small tanks, vessels and appliance as well as compressors, oils, fluids and plating... | |
| The OMEGA TOTE Series tote tank heaters are flexible wrap-around surface heaters offered in different sizes based on height. These heaters provide a quick, easy, non-invasive way to warm your... | |
| The OMEGALUX WS series strip heater features 2 terminals placed at a right angle on one end. A standard width of 2½ inches makes them ideal for most strip heater... | |
| These heaters are lightweight and portable and provide convenient solutions to many heating applications. TLC Series heaters have two or three straight heating elements, while KTLC Series heaters have two... | |
| These over-the -side immersion heaters are designed for installing in the top of a tank with the heated portion directly immersed along the side or at the bottom. This provides... | |
| These over-the-side immersion heaters are designed for vessels where through the side immersion heaters cannot be conveniently installed. These heaters are installed through the top of the vessel with the... | |
| Tubular heating elements are brazed into a junction box. All wetted parts of TLO & KTLO Series heaters are steel. Sludge legs (to keep heated portion of the unit off... | |
| Type TTSF heaters are used in industrial water boilers and storage tanks. They feature high watt density for rapid heat transfer. The steam boiler heaters feature the highest quality, high... | |
| • 1" NPT Screw Plug • Tubular Element Design • 350 to 1500 W • Heavy Duty Construction | |
| • 11/4" NPT Brass Screw Plug • Copper Sheath Element • 64 - 86 W/In2 • 750 - 5,000 Watts • 120 and 240 Volt, Single Phase • Without Terminal... | |
| • 2" NPT Brass Screw Plug • Copper Sheath Elements • High Watt Density (61 - 67 W/In2) • 3 - 12 kW • Without Thermostat • 240 and 480... | |
| • 3, 5 & 6 Inch, 150 lb (68 kg) Stainless Steel Flange • Rugged 0.475" Diameter Incoloy Sheath Heating Elements for Use in Severe Corrosive Solutions • 240 and... | |
| • Flange Sizes 3" to 5" of High Grade Steel • General Purpose, NEMA 1 Rated Enclosure or Moisture Resistant, Explosion Resistant† Enclosure Available • Sturdy 0.475"Diameter Copper Elements • | |
| • Heavy Duty for Severe Corrosive Solutions • 3-8 Inch 150 Ib. Steel Flange • 3 to 50 kW • Premium Grade Incoloy Sheath | |
| • Rugged Steel Sheath • Low Watt Density 6 1/2" W/in2 • 1.2 to 8.4 kW • 3 & 5 Inch, 150 Ib. Steel Flange | |
| • Type E-2 Moisture Tight/Explosion Resistant Enclosure Standard* • 240 V Models Include an Integral 3 Phase Thermostat • 3" (8 cm) 150 lb (68 kg) Steel Flange • Low... | |
| • INCOLOY Sheath • 120, 240 and 480 Volt • 30 W/In2 • 1600°F Max. Sheath Temp. | |
| • INCOLOY Sheath • 800 - 3,600 Watts • 120, 208, 240, 275 and 480 Volt • 40 W/In2 • 2 1/8" Cold Ends • 1600°F(870°C) Max. Sheath Temp for... | |
| • Steel Sheath • 1000 to 5000 Watts • 120, 240 and 480 Volt • 20 - 22 W/In2 • 399°C (750°F) Max. Sheath Temp. |
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