Brands |
N/A Dymax® |
Reflector Housing Length |
N/A 22.9 cm9 in |
Reflector Housing Width |
N/A 26.7 cm10.5 in |
Reflector Housing Height |
N/A 19.1 cm7.5 in |
Power Supply Length |
N/A 12 in30.5 cm |
Power Supply Width |
N/A 16 in40.6 cm |
Power Supply Height |
N/A 4.25 in10.8 cm |
Initial Intensities |
N/A 105 mW/cm² |
Working Distance |
N/A 2 to 6 in5.08 to 15.24 cm |
Alternating Current (AC) Voltage |
N/A 90 to 265 V |
Frequency |
N/A 50 to 60 Hz |
Type |
N/A 2000-EC UV Light-Curing Flood System |
Typical Degradation |
N/A < 20 % |
Bulb Warranty |
N/A 2000 H |
Curing Area |
N/A 8 x 8 in20.3 cm |
Typical Intensity Output1 | N/A 105 mW/cm² |
System Options2 | N/A Modular (No Shielding or Shutter) |
N/A Dymax® broad-spectrum flood curing systems use moderate- to high-intensity (105-350 mW/cm2) UV/visible light to cure UV light-curable adhesives, coatings, and inks in as little as 5-30 seconds. Systems are available with 5" x 5" (127 mm x 127 mm) or 8" x 8" (203 mm x 203 mm) curing areas. They come standard with a 400 watt metal-halide bulb but can be outfitted with longwave, shortwave, UV, and visible replacement bulbs to fit unique applications. All bulbs have a long service life and come with a 2,000 hour warranty. |
N/A Dymax® LED flood lamp systems use high-intensity LEDs to cure a 5" x 5" (12.7 cm x 12.7 cm) area. Because these flood systems use a high-intensity LED as the curing source they produce faster cure times, more consistent frequency and intensity output, a cooler curing environment for thermally sensitive substrates, and longer bulb life than conventional arc lamps. Systems are available in three different wavelength arrays (365, 385, and 405 nm) so users can fully optimize the curing process between their light-curable material and the curing system. |
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Item # - 38560 |
N/A Intensity readings vary widely depending on the make and model of the radiometer. These intensities were measured with the ACCU-CAL™ 50 radiometer. |
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N/A
Item # - 35572 |
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The intensity generated by Dymax® flood systems is very consistent. With continuous use, bulb degradation of less than 20% over the first 2,000 hours is typical. On/off cycles will accelerate bulb degradation. |