Infrared emitter

IRmedium waveshortwave

Overview
Noblelight round tube infrared (IR) emitters are manufactured from high-quality quartz glass with a single heating filament. They deliver fast thermal response and are suited to industrial medium- and short-wave IR processes. Options include gold or QRC reflectors and a range of wavelengths, filament types and lengths to match application needs.

Key benefits
High energy transfer with short response times enables increased production speeds and accurate process control.

• Fast response for reduced cycle times
• Configurable wavelengths, filament types and dimensions
• Optional gold or QRC reflector for directional output

Specifications (table)

• Type: Fast Response Medium Wave Single Tube; Short Wave Single Tube
• Max. power: 80 W/cm (medium wave); <200 W/cm (short wave)
• Max. heated length: 1622 mm
• Cross section: 10 mm / 13.7 mm
• Max. filament temperature: 1400–1800 °C (medium wave); 1800–2200 °C (short wave)
• Max. power density: 150 kW/m2 (medium wave); 200 kW/m2 (short wave)
• Wavelength: ~1.4 µm (medium wave); 1.0–1.4 µm (short wave)
• Response time: 1 s

Applications

• Drying of print and coatings
• Welding of plastics
• Deburring and finishing of plastic parts

Documentation
Infrared Heating Emitters Brochure (PDF)

Characteristics / Technical specifications

• Product family: Round tube infrared emitters
• Construction: Single heating filament in high-quality quartz glass
• Reflector options: Gold or QRC reflector available
• Type options: Fast Response Medium Wave Single Tube; Short Wave Single Tube
• Max. power: 80 W/cm (medium wave) and <200 W/cm (short wave)
• Maximum heated length: 1622 mm
• Cross section options: 10 mm and 13.7 mm
• Max. filament temperature: 1400–1800 °C (medium wave), 1800–2200 °C (short wave)
• Max. power density: 150 kW/m2 (medium wave), 200 kW/m2 (short wave)
• Wavelength: ~1.4 µm (medium wave); 1.0–1.4 µm (short wave)
• Response time: 1 second
• Customization: Available in various wavelengths, dimensions and filament types to meet specific application requirements