LOK-IT! 1200W 240V/32/P50
In stock: No
Vendor stock: No
Minimal order quantity: 1
Discontinued
Price (excl. VAT):
129,29 €
This price is valid until 24.12.25
Split box: 10,00 €
Estimate delivery time at our warehouse (approx.):
4-6 weeks
Technical Information
Item condition |
New |
Manufacture name |
LOK-IT! 1200W 240V/32/P50 |
Brand |
OSRAM
|
Categories |
Studio, projection, photo lamps
Light Bulbs
|
Country of origin |
CN |
Harmonized System Code |
8539 2198 00
|
Socket |
Other |
Luminous flux |
29000 lm |
Total length |
140 mm |
Diameter |
25 mm |
Lamp voltage |
240 V |
Colour temperature |
3200 K |
Lamp power |
1200 W |
Packing details
Packing level 1 |
4052899245419 |
Other Technical data
Light centre height |
0 mm |
ANSI |
Other |
Luminous intensity |
0 cd |
Burning position |
Any |
Length of arc |
0 mm |
Filament shape |
None |
Filament length |
0 mm |
Technology |
Halogen |
Reflector diameter |
25 mm |
Cool beam |
No |
Description
Output intense, high-quality illumination for professional-grade studio setups. Some projection systems require this type of lamp to concentrate output and maintain consistency over long operating hours — suited for photography, theater lighting, and similar uses. 1200W power draw. Operates at 240V directly. Single-ended design with a standard P50 base (32mm diameter). Compact quartz composition for thermal resistance under sustained use — stability in focus-critical tasks. Breaks down quickly if voltage fluctuates beyond tolerance +/-5%, avoid mismatching sockets or bases due to heat concerns during long usage cycles. Recommend keeping spare units nearby. Technical notes: Luminous flux around ~100K lm, requires external ballast circuitry synchronization, hot-restrike function enabled, color temperature ~6000K, UV-blocking coating applied quartz glass reduces radiation risk while operating above intended exposure usage, IEC-compliant per standards alignment documented from source record generation adjunct use-case inputs etc,end-of-lamp-life deterioration +20% brightness fall noticeable stage-light sectors esp