Duct Mounted UV-C Lamp with Protective Stainless Steel Grid
- Optimized for retrofit applications
- Selective UV-C Light Progress lamps (emission peak at 253.7 nm.) high efficiency, ozone free, pure quartz
- Body in stainless steel AISI 304
- All materials used are tested for resistance to intense UV-C rays
- Powered by electronic ballasts specific for Light Progress UV-C lamps
- Powered by 110 or 240V
- Hour Counter and LED Alarms (optional)
- CE mark (LVD-EMC-MD-RoHS)
- Complies with the noise standards of Directive 2006/42/EC
- Values measured according to UNI EN ISO 3746 • Non-detectable and non-transmissible vibration values
- Suitable for class 1 installations - protected areas
Specs
Available Version
UV-DUCT-FL 2/35HP-NX
Average Lamp Lifetime (hrs) - ≤ 18,000
Consumption (W) - 70
Dimensions L x W x H (in.) - 16.25 x 5.1 x 2.8
Lamp Length – “A” (in.) - 8
Weight (Ibs) - 5.3
Air Flow (CFM) - 470 - 1,180
UV-DUCT-FL 2/60HP-NX
Average Lamp Lifetime (hrs) - ≤ 18,000
Consumption (W) - 120
Dimensions L x W x H (in.) - 16.25 x 5.1 x 2.8
Lamp Length – “A” (in.) - 15
Weight (Ibs) - 5.7
Air Flow (CFM) - 755 – 2,000
UV-DUCT-FL 2/95HP-NX
Average Lamp Lifetime (hrs) - ≤ 18,000
Consumption (W) - 70
Dimensions L x W x H (in.) - 16.25 x 5.1 x 2.8
Lamp Length – “A” (in.) - 20
Weight (Ibs) - 5.9
Air Flow (CFM) - 1,300 – 3,300
Description
The series UV-DUCT-FL includes modules for disinfecting air in air conditioning systems (HVAC) with a reduction of microbial load of 99.9%.
These modules consist of a box structure (flange) from which two UV lamps emerge, in the form of "U", protected by a stainless-steel grid. They are generally applied along the ducts of air conditioning (pic. n.2).
The modularity of this device allows a straightforward application in all types of conduct, also in the final sectors of the UTA (Air Handling Unit), with the ability to adapt to different needs and different sizes of ducts.
The main characteristics of UV-DUCT-FL, as the compact dimensions and device controls, allow a quick and easy installation, directly inside the air conditioning ducts.