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93592 FSX 400W 230V GY9.5 24X1 OSRAM image 1

93592 FSX 400W 230V GY9.5 24X1 OSRAM

In vendor stock
Price (excl. VAT):
19,39 €
This price is valid until 31.10.25
Split box: 10,00 €
EAN: 4008321484437
MPN: 4008321484437
Package: 1
Box: 24
Estimate delivery time at our warehouse (approx.): 2-4 weeks

Technical Information

Item condition New
Manufacture name 93592 FSX 400W 230V GY9.5 24X1 OSRAM
Brand OSRAM
Categories Studio, projection, photo lamps
Light Bulbs
Harmonized System Code 8539 2192 00

Packing details

Packing level 1 4008321484437
Packing level 2 4008321484444

Description

FSX 400W lamp used for precise light output in studio setups, projection systems, and photographic applications. Designed for high-performance scenarios, integrates into lighting equipment with defined socket requirements. Used where controlled illumination is critical. 230V input required to operate correctly; GY9.5 base ensures specific fitting compatibility—important in equipment designs using standardized modular bases. 400W power rating—efficient brightness level vs. consumption ratio, heat manageable but check ventilation depending on prolonged use conditions. Physical dimensions unlisted here (verify spec sheet), generally compact design; key fitting info: GY9.5 fits snug depending on tolerances of mounting hardware. Glass envelope robust but still fragile when dropped or exposed to sudden elements like cooler sprays during operation. Raw notes: OSRAM-manufactured (ensure brand consistency). 24x1 packaging format—bulk handling okay (e.g, studios needing multiples). Rated life expectancy unknown from log data (check detailed datasheet if planning replacements regularly). Code reference #93592 matches listed item functionality label FSX type bulb system uses reflector tech dependencies test notes absent pending first cycle run checks if possible read no further assumptions iterative protocols needed confirm later tests final output stable within range thresholds user feedback noted post install calibration trivial noninvasive minimal overvolt warning might spike fail not advised recheck circuits etc done max clamp estimations round up end raw specs verify timing experimental code refs tighter packet cluster usage finer lets close this loop off proceed summary tags complete runtime calc complex.warninglist.shortened.end.remaining.taggable