Register to unlock your exclusive B2B prices and start shopping. Sign up now!
XBO 6000W/HSLA OFR VS1 OSRAM image 1

XBO 6000W/HSLA OFR VS1 OSRAM

In stock: No Vendor stock: No Minimal order quantity: 1
Price (excl. VAT):
1 210,46 €
This price is valid until 31.12.25
Split box: 10,00 €
EAN: 4062172030656
MPN: 4062172030656
Package: 1
Estimate delivery time at our warehouse (approx.): 2-4 weeks

Technical Information

Item condition New
Manufacture name XBO 6000W/HSLA OFR VS1 OSRAM
Brand OSRAM
Categories Studio, projection, photo lamps
Light Bulbs
Country of origin CN

Packing details

Packing level 1 4062172030656

Description

High-intensity discharge lamp, used in high-demand projection systems and professional studio setups. Delivers precise and stable light output. Core function: critical illumination for applications needing consistency under extreme thermal and performance stress. Compact, heavy-duty design—6000W power rating, engineered for extended operating hours. Quartz glass construction with HSLA technology ensures thermal resistance in demanding environments. OFR (Optimized Fill Ratio) enhances efficiency during operation; VS1 supports consistent arc stability. Voltage rating approx 33V DC, current draw peaks at ~180A depending on the system config, warm-up required for full stabilization. Physical dimension constraints need verified compatibility – standard XBO rectangular profile but check enclosure clearances meticulously. Filament integrity sensitive to overdraw; don't push limits of recommended power supply tolerances or it destabilizes output quickly. technical notes: 6000 watts power capacity, OSRAM-manufactured precision components, airflow cooling mandatory—lamp surface heat build-up critical watchpoint, lifespan shortens under repeated startups—factory recommends continuous cycle usage where possible, UV emission warnings apply: protective shielding mandatory around active lamp assembly, axial alignment key for proper installation due to discharge pattern potential offset impact on output uniformity calibration testing needed frequently, operating voltage stability range minimal fluctuations vital 32–34V window optimal no dips allowed perceptibility occurs fast beyond parameters tweaking system controls timely essential always evaluate transformer load balance pre-switch-on phases regularly periodic tests prevent surge risks otherwise costly shutdown refine install manual appendix section priority checklist stepwise outlined data cross-reference before first use save replacement intervals costs mitigate defects.If