Finned Tubular Duct Heater
Finned tube heat exchanger for heat transfer between air, gas, and liquids or steam. Heat exchangers with finned heating surfaces, so-called finned tube heat exchangers, offer the possibility of heat transfer between gases and liquids significantly space-saving and are more efficient to implement than it is possible with straight tubes. Our finned tubular heat exchangers are designed to transfer heat from clean air and gases with high efficiency on liquids or vapors, and vice versa. In this way, the media can be heated, cooled, or condensed, in a close space. Finned tube heat exchangers can be used for different applications and in a variety of designs. Heat Master offers various heat exchangers for economizers, air heaters, heaters for gases, air heaters, or capacitors in fin-tube design.
Specifications
- NEMA 1 General Purpose Ventilated Enclosure
- Stainless Steel Mounting Flange and Terminal Box
- Single- and Three-Phase Wiring
- 1″ (25 mm) Insulation
- Field Replaceable .430 Diameter Stainless Steel Elements
- 9/32″ (7 mm) ID Sensor Thermowell
- Stainless Steel Support Plate and Corner Posts
- Stainless Steel Insulation Housinge
- Variety of custom bends available
- Silicone seals to ensure moisture resistance in humid environments.
- Numerous types of terminations available
- Customized cold sections
- Increased surface area for faster heat transfer
- Stainless steel mounting bracket, welded to the terminal end.
- Ovens
- Air Drying/Curing Operations
- Annealing
- Autoclaves
- Booster Air Heater
- Breaking Resistor
- Core Drying
- Dehumidification
- Forced Air Comfort Heating
- Heat Treating
- Make-Up Air Heating
- Re-Heating
- Resistor Load Banks
Specifications
Options | |
Sheath Material | Copper, Steel, Stainless Steel, INCOLOY, Titanium |
Watt Density | Up to 120 W/in2 |
Fins Material | Aluminum, Stainless Steel |
Voltage | Up to 480 V AC |
Operating Temperature | Up to 1200 °F |
Diameter | 0.375”, 0.430”, 0.475” |
Wattage Tolerance | +5%, -10% |
Resistance Tolerance | -5%, +10% |