HBO12500W/N VS1 OSRAM
In stock: No
Vendor stock: No
Minimal order quantity: 1
Price (excl. VAT):
7 712,55 €
This price is valid until 31.12.25
Split box: 10,00 €
Estimate delivery time at our warehouse (approx.):
2-4 weeks
Technical Information
Packing details
Packing level 1 |
4008321545886 |
Description
High-power arc lamp used in precision systems. Specialized for studio, projection, and photo applications demanding intense output and stable UV-rich illumination. Designed for long-lasting performance under high operational loads. Stays consistent. Rated at 12500 watts with heavy thermal management requirements due to significant heat generation during operation. Tight voltage tolerance required — 100V settings mandatory across compatible systems or may lead to shortened lifespan/disruption in emission uniformity. Compact frame despite power class—optimized balancing between footprint and effectiveness but carries weight due to glass assembly and electrode structure. Quartz envelope reinforced against degradation over extended firing cycles; engineered vacuum integrity avoids contamination inside the lamp module affecting intensity/efficacy consistency. Anode-cathode material tailored for optimized current exchange during longer-throughput use cases like projection rigs + other stationary emitters. Maximum brightness: harsh light intensity typical of OSRAM’s HBO series products, narrow-focus operations preferred rather than broad scatter setups. Technical notes: Power consumption-12,500W maximum input. Voltage-peak operation runs on strict 100V threshold stability demands. Dimensions-fixed custom capsule housing with thermal-resilience coated quartz envelope layer ensures longevity/durability under UV-rich stress levels typically unavoidable systemic heavy-use lighting equipment logistics mandates specific orientation standards unique backward wiring schematic layouts crosscut shielding placed deliberately avoid charge spikes irregular sparking field alignment failures.activate realignment clarities above routine allowance shortages.final efficiency checks regulate axial micro displacement offset specifically.Preheat unnecessary.short cycle hazards편집clarify standard