Osram HSD250/80 Gy 9,5 250 Watt Metal Buharlı Ark
Osram HSD250/80 Gy 9,5 250 Watt Metal Buharlı Ark
- Marka: Osram
- Ürün Kodu:: mars006893
7.411,25TL
9.264,07TL
Vergiler Hariç: 6.176,05TL
Havale ile 7.188,92 ₺
- ADET FİYATIDIR MİNUMUM SİPARİŞ ADETİ 5 ADET OLMALIDIR 5 ADET ALTINDA Kİ SİPARİŞLER İPTAL EDİLİR
- The OSRAM 4ArXS HSD
- 250W/80 is an ultra-longlife metal
- halide lamp with outer bulb and blue-bright 8000 K. The lamp is
- characterized by a high luminance and - with 3,000 hours - a high
- average service life. The “eXtreme Seal” technology enables
- higher pinch temperatures up to max. 450°C. The lam p is suitable
- for cold start only. The 4ArXS HSD
- 250W/80 is perfect for use in
- effect and architectural effect lighting.
- Technical data
- Lamp / order reference 4ArXS HSD
- 250W/80
- Rated wattage W 250
- Rated voltage V 95
- Rated lamp current (~) A 3.2
- Ignition voltage (cold) kVS 2.0
- Luminous flux lm 17,000
- Color rendering index CRI > 85
- Color temperature K 8,000
- Arc length mm 5.0
- Lamp length (overall) l1 mm max. 108
- Bulb diameter d mm max. 23
- LCL (a) mm 55
- Average service life h 3,000
- Base GY 9,5
- Lamp operation
- Maximum permissible
- base temperature °C 450 at Molybdenium foil / Pinch seal region (eXtreme Seal Technology)
- Cooling Convection or Fan
- Burning position any
- The 4ArXS HSD
- 250W/80 can be operated on electronic power supplies (ECG) and standard ballasts.
- Selection of igniters and control gear
- Ignitors: ERC 640041
- Ballasts: ERC 686823
- ECG: Schiederwerk EVG 2-25; Mitronic PE Line 400-700; Rotec MEB250MH/HPS-U
- Further information on operating and control device requirements is available with the OSRAM brochure "Guidelines for Control
- Gear and Igniters - Metal Halide Lamps Display/Optic", order reference 123T01E.
- Safety instruction
- Because of the high UV radiation emitted by 4ArXS HSD
- lamps and the fact that they operate at high pressures, they may
- only be used in purpose-built enclosed housings. Suitable filters must be used to ensure that the UV radiation is reduced to an
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