J R INDUSTRIAL HEATERS Ambattur, Chennai, Tamil Nadu

Application   Low profile heater for industrial users with clearance problems Features   Low profile (3/16” clearance needed) Easy to install and remove Key fits smoothly over band for firm, tight lockup No nuts, bolts or straps needed Lead location opposite gap Rust-resistant sheath   Standard Construction   One-piece 1/8” gap Stainless steel key lockup Watt density– 25-40 WSI  

Some advantages of Industrial Heater Corp’s thermocouples include: High temperature capabilities Rugged construction– no bulb to break under stress or vibration Quick to respond to temperature changes Versatile and widely used in industrial applications Can be built into most heating elements found in this catalogue

Thermocouple holes (7/16″ minimum) can be specified anywhere on the heater surface to accommodate a bayonet thermocouple. A gap of 5/8″ at the lockup can be specified for thermocouple insertion through the gap to a threaded hole in the cylinder using a bayonet adapter.   Spot Welded   Threaded fittings can be spot welded to the heater surface if a threaded hole does not exist on heater surface. Consult our IHCO application engineer about spot welded fittings on a heater (6″ ID miniumum).   Standoff Bracket   Threaded fittings on a standoff bracket are common on European style heaters. They are suitable for small diameter and/or width heaters that will not accommodate fittings spot-welded to the heater surface.

Application   Replacement heater for most injection molding machines   Features   English and metric sizes 22 sizes and ratings in stock Low cost   Standard Construction   Rust-resistant, Aluminized steel sheath Stainless steel strap and trunion lockup Mica plate insulation with high dielectric strength High temperature lead wires

Applications   Decontamination Stations De-icing systems Fuel Preheating Hot Water Heaters / Electric Boilers Pharmaceutical Hot Baths Point of Use Hot Water Applications Remote Showers     Features   Industrial Quality Liquid tight with custom sized NPT male fitting Use for Hot Water Heaters / Electric Boilers Several wattage, voltage and length combinations available Custom units available upon request

Some advantages of Industrial Heater Corp’s Resistance Temperature Detectors include: Wide temperature range 300°F to 1200°F (“J”) More accurate than thermocouples— especially in area sensing RTD element follows a more linear curve Usually lower in cost Stable, reliable performance especially in laboratory environments  

Features   BENDING: IHCO uses the latest construction techniques and forming machinery to bend Tubular heaters to most any shape. SERVICE LIFE: Pyrorod Tubular heaters are proven to be more resistant to contamination and abuse and have a long anticipated service life when properly used. PERFORMANCE: Quick to respond to controls, Pyrorod heaters are used in many critical environments. They can be manufactured in a wide variety of ratings to perform under adverse conditions. EFFICIENCY: Pyrorod heaters save energy costs in many applications, and are competitively priced with other brands of tubular heaters. VERSATILITY: Due to a variety of sheath materials, electrical and mechanical variations, sizes, and use as Conduction, Immersion or Radiant Heaters, IHCO PYROROD TUBULAR HEATERS are widely found in household, industrial and commercial settings.   Standard Construction   Sizes: .440, .315, .250, .197(5 mm), .157(4mm), and .118(3mm) Outside Diameter Material: Stainless Steal(All Sizes) or Inconel Tubing(.440, .315, and .250 Only) 80/20 Nichrome Resistance wire High Purity MGO  

    PYROROD RADIANT HEATERS straight, hairpin or custom-shaped heaters PYROROD tubular heater heating elements can be specified for custom frames, heat grids, replacement elements, or incorporated with customer-assembled units. PYROROD tubular radiant heaters, single element, dual element and hairpin element are assembled to order   Applications   Area heating Warming Heat boosters Various industrial and commercial applications   Features   Tubular elements Medium watt density- 25 watts per square inch Operating temperature- 1500ºF Rugged construction  

Mica-insulated Heat Emitters installed in a sheet metal frame can be specified for panel heaters up to 1000ºF. The thin wall of the emitter results in a heater quickly responsive to controls.   Application   Thermoforming machines Preheaters Temperature maintenance Textiles Shrink packaging   Features   Even heat distribution Thermal insulation Long service life Medium watt density– 20 watts per square inch Medium temperature (800ºF, 430ºC) Medium dielectric strength (300 volts maximum)

Feature : Various options,Longer functional life,Smooth performance

Application : Electronic Industry

Feature : Supreme strength, Quality components used, Quality assured

Temperature Range : 200 deg

Application : Electronic Industry

Replacement heater for most injection molding machines, High temperature lead wires, Rugged 22-gauge pressure plate, Rust-resistant paint lock sheath, Nickel-plated lockup nuts and bolts, Pem nuts mechanically pressure-fit in flange for ease of installation.

MICA STRIP HEATERS are the most versatile of all types of heaters for industrial and commercial applications. They are used in a wide variety of environments, Flexible leads– incorporated in small heaters (less than 1 14” wide or heaters with less than 5 square inches of heater surface) to allow for maximum heating surface, Nickel-chromium resistance ribbon– precision wound on custom machines to ensure proper resistance rating, Rust-resistant sheath– zinc-impregnated steel for excellent heat transfer (18 gauge steel pressure plate, 24-gauge shell).

Replacement heater for most injection molding machines. English and metric sizes. Rugged 22-gauge pressure plateRust-resistant paint lock sheathNickel-plated lockup nuts and boltsMica plate insulation with high dielectric strengthHigh temperature lead wires Pem nuts mechanically pressure-fit in flange for ease of installation.

IHCO MICA STRIP HEATERS are the most versatile of all types of heaters for industrial and commercial applications. They are used in a wide variety of environments.   Application   Commercial Warming trays Food Processing Industrial Machinery parts Dies, molds, platens Research and Development Hot plates Test equipment Incubators   Standard Construction   Rust-resistant sheath– zinc-impregnated steel for excellent heat transfer (1/8 gauge steel pressure plate, 24-gauge shell) Mica insulation– high dielectric and mechanical strength; no breakdown under adverse conditions Nickel-chromium resistance ribbon– precision wound on custom machines to ensure proper resistance rating Screw terminals– 10-32 stainless steel with double nut for firm electrical contact Ceramic terminal caps at no extra charge Flexible leads– incorporated in small heaters (less than 1 1/4” wide or heaters with less than 5 square inches of heater surface) to allow for maximum heating surface Maximum operating temperature– 750ºF

Features   Energy-efficient High watt density Even heat distribution Installed vertically or horizontally 1000ºF   Applications   Preheating Insulation curing Wire striping Printing Enameling Overcoating Tape sintering Lacquering Plastics

IMMERSION HEATERS are designed to be attached to flat surfaces of tanks or mating flanges in order to heat liquids. The number of hairpin-shaped elements varies according to wattage and size of flangeL, Incoloy for immersion in materials corrosive to copper and stainless steel and high heat environments (to1600o F), Stainless Steel for environments corrosive to copper (1200oF), Copper for water heating and Liquids not corrosive to copper (to 350o F).

HEATERS, 1 12” wide, were originally designed to fit grooved 1 12” wide channels, earning them the name “Channel Heaters”.Stainless steel sheath– resistant to deterioration from exposure to chemicals and contaminants, Ceramic insulation– MgO (magnesium oxide)– high purity with excellent heat transfer capability when compacted, Nickel-chromium (8020) resistance wire– coiled on custom machines assuring accurate rating.

Application : Chemical Industry

IHCO MICA STRIP HEATERS are the most versatile of all types of heaters for industrial and commercial applications. They are used in a wide variety of environments. Rust-resistant sheath– zinc-impregnated steel for excellent heat transfer (18 gauge steel pressure plate, 24-gauge shell), Mica insulation– high dielectric and mechanical strength; no breakdown under adverse conditions, Nickel-chromium resistance ribbon– precision wound on custom machines to ensure proper resistance rating.

IHCO FLANGED IMMERSION HEATERS are designed to be attached to flat surfaces of tanks or mating flanges in order to heat liquids. The number of hairpin-shaped elements varies according to wattage and size of flange.   Construction and Features   FLANGE Material and rating- 150 pound Carbon steel (sizes available: 3″, 4″, 5″, 6″)   Elements   SHEATH MATERIAL Sizes available: .440, .315 HOUSING Incoloy for immersion in materials corrosive to copper and stainless steel and high heat environments (to1600o F) Stainless Steel for environments corrosive to copper (1200oF) Copper for water heating and Liquids not corrosive to copper (to 350o F) NEMA 1- without thermostat options TEMPERATURE CONTROL Thermostat option (see previous page) Thermocouple may be spot welded to element sheath CIRCUITS Single-phase: one or two elements Three-phase: three, six or nine elements Number of elements possible by Flange size: 3″- 1, 2 or 3 4″- 2, 3, 4 or 6 5″- 2, 3, 4, 6, 8 or 9 6″- 2, 3, 4, 6, 8 or 9

Application Replacement heater for most injection molding machines   Features   English and metric sizes Standard Construction   Rugged 22-gauge pressure plate Rust-resistant paint lock sheath Nickel-plated lockup nuts and bolts Mica plate insulation with high dielectric strength High temperature lead wires Pem nuts mechanically pressure-fit in flange for ease of installation