UV lamp transformer 380V

Sat, 27 Jun 2026 08:31:51 +0800

Export presses sit on the dock, and compliance paperwork can tie them up longer than any job changeover. We built the 380V UV lamp transformer into a CE-marked UV curing system to take that headache out of the equation. It’s specced for the voltage and safety requirements global markets expect, so you clear customs without re-testing or refitting. What matters is what you can measure on the floor. The 380V input is matched to industrial supply, which cuts voltage drop across long cabinet runs and keeps arc stability consistent. You get stable spectral output from the mercury vapor lamp, with tight control over peak irradiance and wavelength so the photoinitiators trigger cleanly. We hold output flat over life: units track less than 5% drop after 5,000+ hours, and the reflector’s dichroic coating keeps spectral integrity across the arc length. That translates to repeatable curing energy density, mJ/cm², shift after shift. Here’s why it works in practice: compliance turns into speed. With CE marking, you sidestep redundant compliance costs and move approvals along, turning a cost center into cycle-time. The transformer delivers stable ignition and consistent lamp current, so curing is repeatable from the first sheet to the last—even at high press speeds. Fewer rejects, fewer lamp swaps, and predictable power draw add up to a lower operating cost per impression. A few practical notes before you roll it in. Confirm your press wiring and connector termination match the transformer’s 380V lugs and grounding scheme. Make sure the lamp and reflector are compatible with your ink’s photoinitiator window, or you’ll risk under-cure at high speeds. Treat the system as an engineered pair—transformer and lamp. Not interchangeable parts.

Transformer on UV Lamp Plus

UV lamp transformer 380V