| Features |
Benefits |
| Combustion efficiency is 96%. Infrared component of the total heat output is 67%. This compares to the certification standard of a minimum 35% IR output. |
- Very Low operating costs
- Lower installation costs
- Fewer heaters
- Smaller gas pipe sizes
|
| Innovative insulated construction reduces convection heat loss. |
- Less heat energy lost to ceiling level.
|
| Produces and emits high- and low-intensity infrared energy. |
- Full spectrum of infrared radiant energy is directed to the application, utilizing the unique characteristics of all wavelengths.
|
| Unique Delta Mixing Chamber design produces precise pressurized gas/air combustion mixture. |
- Uniform, complete, and clean combustion across entire surface of heater for high efficiency.
|
| Burner design reduces pollution products and greenhouse gasses. |
- Negligible NOx from an environmentally friendly appliance.
- Fuel conversion maximized to safe, comfortable heat.
|
| Venturi tube built into insulated double wall of reflector: Preheats combustion air, insulates reflector |
- Increases efficiency
- Permits smaller clearances above the heater.
|
| Each heater has a direct spark ignition and flame monitoring control dedicated to only one burner panel. |
- Ultimate safety and fuel economy.
- Eliminates possible non-ignition of burner panel in conventional multi-burner designs.
- Time proven reliable design for industrial environments.
|
| Full operating temperature and safe cool-down reached in 60 seconds. |
- No long inefficient warm-up periods.
|
| Ceramic tile modules identical throughout entire range of Schwank heaters, both high- and low-intensity. |
- Time proven, high efficiency design.
- Clean environmentally friendly combustion.
|
| Aluminum, cold-bonded clad steel enclosure and advanced press-joint construction. |
- Entraps heat and permits full utilization of heat previously lost.
- Durable and withstands corrosion for longer life.
|
| Refractory mesh reclaims energy from entrapped convection heat. |
- Increases efficiency and infrared heat output.
|
| Suitable for natural or LP gas. |
|
| Specifications and Literature available in Published Info area |
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