Flow Torch™ 200
Compact, High-Flow Air Heating for Small-Scale Industrial and Laboratory Applications
The Flow Torch™ 200 from TUTCO Farnam is a high-performance 2-inch stainless steel air heater engineered for applications requiring efficient airflow at low pressure drop. Its compact size and open coil design make it ideal for laboratory setups, small-scale industrial processes, and specialized equipment where precision, speed, and reliability are critical.
At the core of the Flow Torch 200 is a spiral wound open coil element made from premium materials, which enables rapid heat-up and cool-down cycles while delivering maximum heat transfer. Its robust construction ensures long-life performance, helping reduce operational costs and maintenance over time.
With the ability to operate at airflows of up to 115 SCFM and pressures of up to 120 PSIG, the Flow Torch 200 provides high-performance heating in a compact footprint. It is suitable for a wide range of applications, from hot air curtains to chemical processing, and offers optional equipment such as thermocouples, stainless steel reducers, and control panels for precise temperature regulation.
| MAX WATT | MAX INLET | MAX EXHAUST | MIN SCFM | MAX SCFM | PSIG* |
| 6000 W | 250º F | 900º F | 10 | 115 | 120 |
Key Features & Benefits
High Airflow, Low Pressure Drop
The Flow Torch 200 efficiently moves air while minimizing resistance, ensuring reliable airflow even in compact systems. This reduces energy consumption while maximizing heating efficiency.
Rapid Thermal Response
The spiral wound open coil element allows for fast heating and cooling, providing precise temperature control for applications that demand tight thermal regulation.
Compact and Durable Construction
With a 2-inch stainless steel body, the Flow Torch 200 is built for long-term reliability. It is suitable for both horizontal and vertical mounting in tight spaces while maintaining high-performance output.
Wide Temperature Range
Capable of reaching a maximum output temperature of 900°F (482°C), the Flow Torch 200 accommodates a variety of industrial and laboratory heating requirements.
Flexible Power Options
Standard power ranges from 0.5 kW to 6 kW in 500-watt increments, allowing precise matching to your system needs.
Regenerative Blower Compatibility
The Flow Torch 200 can be paired with regenerative blowers for complete systems, delivering reliable high-flow heating solutions.
Specifications
Mounting....................................................Horizontal / Vertical
Heater Body...............................................Stainless Steel
Air Entryway Fitting...................................Stainless Steel
Inlet Fitting................................................Stainless Steel
Exhaust Fitting...........................................Stainless Steel
*Note: Minor leakage may occur through stranded leads. Standard Power Options: 0.5 kW to 6 kW, available in 500-watt increments
UL Recognized Components
All Flow Torch heaters, including the 200 series, are UL recognized under UL file number E365755, ensuring compliance, safety, and reliable operation.
Optional Equipment
Thermocouples and thermocouple fittings for temperature measurement Stainless steel inlet/outlet reducers for hose or pipe connections Control panels for precise temperature regulation
Ready to Build Your Solution?
Request a Quote or Contact our Applications Engineers to learn how a Flow Torch™ heater can improve your process consistency, energy efficiency, and thermal performance.
Applications
The Flow Torch 200 is engineered for high-efficiency air heating in small-scale industrial and laboratory processes, making it highly versatile.
Typical applications include:
Hot Air Curtains – Maintain temperature separation in small industrial or laboratory environments.
Air Drying – Dry materials, coatings, or components efficiently with controlled airflow.
Baking – Ideal for small ovens or laboratory baking processes requiring uniform heat.
Chemical Processing – Deliver consistent, precise heat for drying, curing, or processing chemicals.
Dehumidification – Support moisture-sensitive operations with accurate temperature control.
Laminating & Coating – Provide uniform heating for adhesives, laminates, and coatings.
Textile Applications – Dry, finish, or cure fabrics with precise airflow and temperature control.
Web & Ink Drying – Efficiently dry printed webs, inks, and coatings in compact printing systems.
Paint Baking / Drying – Support small-batch curing of paints or coatings.
Plastic Curing & Metallization – Deliver stable heated airflow for small-scale plastics processing or metallization operations.
Exhaust Gas Heating & Hopper Drying – Provide high-temperature airflow for small-scale drying, conditioning, or material handling.
Sterilization – Heat airflow for sterilizing equipment, tools, or products in laboratory or industrial settings.
The Flow Torch 200 is compact yet powerful, providing reliable, efficient, and precise heating across these diverse applications.
Advantages Over Conventional Heaters
The Flow Torch 200 offers distinct benefits compared to traditional air heaters:
High Airflow, Minimal Resistance – Efficiently delivers airflow with reduced pressure drop, minimizing energy usage.
Fast Thermal Response – Rapid heating and cooling enable tight temperature control and improve process efficiency.
Compact, Durable Design – Stainless steel construction ensures longevity and reliable operation in small spaces.
Flexible Integration – Optional thermocouples, reducers, and control panels allow seamless integration into custom systems.
Energy Efficiency – Optimized heat transfer reduces energy waste while maintaining high performance.
Why Choose the Flow Torch 200?
The Flow Torch 200 is a compact, high-performance solution for small-scale industrial, laboratory, and manufacturing applications. Its open coil design, rapid thermal response, and durable stainless steel construction make it ideal for processes that demand precision, efficiency, and reliability in a compact form factor. Whether you need a standard Flow Torch 200 or a custom-configured unit, TUTCO Farnam provides the engineering support, high-quality materials, and expertise to ensure your system operates efficiently and reliably.
Resources
Additional Information
This self-extinguishing thick-walled sleeve offers excellent thermal protection. Critical system components are protected from direct flame, high heat, and molten metal. Thermal insulation keeps hot lines hot and cold components cool. Provides protection by reducing the surface temperature of hot lines. Extends service life of assemblies and provides personnel protection.
- High-quality, texturized fiberglass, coated with a self-extinguishing silicone polymer
- Meets UL 94 HB Requirements
- Meets UL 94V-0 Requirements
- Continuous Working Temperature: 500 °F / 260 °C
- Short Term Temperature: 2200 °F / 1200 °C
- Will not melt, burn, or support combustion
- Does not emit toxic smoke Resistant to hydraulic fluids, fuels, lubricating oil, and water
- For use in industrial applications
Frequently Asked Questions
Yes. All Flow Torch heaters—including the 200 series—use UL Recognized Components under UL file E365755, helping meet safety, compliance, and quality requirements in industrial and laboratory environments.
Yes. Optional thermocouples, thermocouple fittings, and control panels are available to enable closed-loop control, providing improved accuracy, process stability, and safety.
The open coil design enables rapid thermal response, often reaching operating temperature in seconds. This fast cycling capability makes it ideal for applications requiring tight temperature control or frequent thermal adjustments.
Yes. In fact, it is well-suited for regenerative blower systems, which deliver the high airflow at low pressure drop needed to maximize the heater’s performance and efficiency.
The Flow Torch 200 offers higher airflow capacity (up to 115 SCFM) in a compact 2-inch body, making it ideal for small-scale processes requiring high air movement with minimal pressure drop. Its open coil design enables faster response times than insulated or closed-element heaters.
