Ushio 1001391 QIH480-6000RI IR Heater Lamp

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6000 Watt - 480 Volt - T3 Bulb Type - NC/L Base - 3,150K - (QIH) Quartz - Infrared - Heater

These high-efficiency lamps are able to transfer large amounts of heat while maintaining absolute controllability. Quartz tubes are best used for radiant applications that need instant on, instant off, such as heat sensitive materials that may have to linger in a heat source. USHIO’s quartz lamps are the best choice where precise high wattage density is necessary for high speed production processes while maintaining even heat controlled zones.

IR Lamp Advantages:

• High Efficiency: Up to 95% of Energy Converted to IR Radiation
• Long Life: Typically Greater Than 5,000 Hours
• Fast Response: Typically < 1 Sec. to Reach 90% Output
• Output Maintenance: Typically <10% Drop in Output Over Life
• Variable Power Control
• Reliability: High Quality Parts and Stringent Processes Used to Produce a Superior Product

SPECIFICATIONS:

• Energy Used: 6000 watts
• Average Lifetime: 5000 hours
• Volts: 480
• Bulb Type: T3
• Base Type: NC/L
  
• Filament Type: C-6
  
• Length: 11.8 in
• Color / Finish: Clear
• Width: 4 in
• Color Temperature: 3,150K 

Industrial IR Heater Lamp Applications:

Graphic Arts:

IR bulbs are ideal for drying ink for graphic arts and silkscreen presses when printing on surfaces such as paper or textiles. With short and medium wavelengths, with wattages ranging from 375W to 6000W and the flexibility to customize lamps, USHIO’s graphic art lamps are repeatedly chosen for their quality.

Scientific & Medical:

The controlled heating available with the IR heater lamps allow these lamps to be used to accurately and instantaneously control the temperature of the surrounding environment. USHIO provides an array of different power levels, different geometries and a wide range of color temperatures to fit your specific heating needs. The IR lamps are used in applications such as infant environment warming, heat therapy for aching muscles, spa and sauna heating and environmental control for laboratory experiments.