Fusion UV DRS 10/12QN Nitrogen-Inerted UV Curing Conveyor

Name: Fusion UV DRS 10/12QN Nitrogen-Inerted UV Curing Conveyor
Brand: Fusion UV

The nitrogen-inerted version of the DRS floor-standing conveyor: an inerted cure zone with a chill bed reaching below 50 ppm oxygen, for chemistries that oxygen inhibits and for substrates that must not take the heat.

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Fusion UV

Key Benefits

Why Choose the Fusion UV DRS 10/12QN Nitrogen-Inerted UV Curing Conveyor

Nitrogen-inerted cure zone with chill bed

Below 50 ppm O₂ at 15 m/min (50 fpm) with a 6.4 mm (0.25 in.) snout opening

Oxygen analyzer available

Rotatable lamp boots

Chill bed protects thermally sensitive substrates

Same lamp flexibility as the DRS 10/12 — 6-inch and 10-inch systems, one or two rows

Welded steel construction with built-in exhaust blower

LED heads available as a custom solution

Technical Overview

At a Glance

Inerting

Nitrogen-inerted with chill bed

Oxygen Level

<50 ppm at 15 m/min (50 fpm), 6.4 mm (0.25 in.) snout opening

Oxygen Analyzer

Available

Lamp Boots

Rotatable

Nominal UV Width

254 mm (10 in.) or 305 mm (12 in.), depending on lamp system

Lamp Systems

F300S, LH6 Mark II, F600S, LH10 Mark II, LH10 Mark III (sold separately)

Specifications

Technical Specifications

Inerting	Nitrogen-inerted with chill bed
Oxygen Level	<50 ppm at 15 m/min (50 fpm), 6.4 mm (0.25 in.) snout opening
Oxygen Analyzer	Available
Lamp Boots	Rotatable
Nominal UV Width	254 mm (10 in.) or 305 mm (12 in.), depending on lamp system
Lamp Systems	F300S, LH6 Mark II, F600S, LH10 Mark II, LH10 Mark III (sold separately)
Belt Speed	Variable in five ranges: 0.3–4.6 · 1.5–22.9 · 3–45.7 · 4.6–68.6 · 10.7–152.4 m/min (1–15 · 5–75 · 10–150 · 15–225 · 35–500 fpm)
Power Options	115/230 VAC or 200/220 VAC, single phase, 50/60 Hz
Construction	Welded steel frame and lamp housing
Mercury	Lamps contain mercury — manage per local, state or federal disposal laws

Documents

Brochures & Guides

BrochurePDF · opens in a new tab Range Overview BrochurePDF · opens in a new tab

Best For

Ideal Applications

Oxygen-inhibited chemistries that will not surface-cure in airLow-migration and food-contact-adjacent coatingsThermally sensitive films and substratesMatte and low-gloss finishes requiring an inert atmosphereProcess development where oxygen level must be measured, not assumed