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OSRAM

LFP500-G1-827-10

In stock: No Vendor stock: No Minimal order quantity: 1
Price (excl. VAT):
484,84 €
This price is valid until 24.12.25
Split box: 10,00 €
EAN: 4052899575400
MPN: 4052899575400
Package: 1
Estimate delivery time at our warehouse (approx.): 4-6 weeks

Technical Information

Item condition New
Manufacture name LFP500-G1-827-10
Brand OSRAM
Categories Light ribbon-/hose/-strip
Country of origin CN

Packing details

Packing level 1 4052899575400

Description

Light emitting item –– integrated for illumination setups. Functional LED light ribbon, designed to provide consistent warm white hue output (2700K). Simple incorporation within modular or custom lighting systems. Max load capacity ~500mA. Operates @24V DC input; efficiency levels good. Power consumption rate is capped somewhere near 10W, exact fluctuation depends on setting intensity curves––based on install scenarios and dimming ranges supported via external driver units. IP00 rating for dry use only––not outdoor; adhesive setup option but needs solid surface contact. Dimensions standard length roll sitting at 5m total span w/ approx strip width of <10mm––actual error margin unclear due to variance in manufacturing batches seen before (poss tracking issue?). Flexible substrate build allows bend/shaping without damage skews but bending radii limitations exist (careful handling required). End terminals pre-soldered tho some connectors have report incompatibilities surfacing in older gen installs, might need manual rework. Technical notes: Luminaire LFP designation under G1 model family series lot verified, light temperature fixed @827 i.e, 2700 kelvin system-defined limit module calibrated , adhesive backliner type---unknown material compound gets tackier across aged production items observed, high CRI at least around >80+ confirmed per datasheet crosschecking procedures testing counts., no heat sinking mandatory but space allowances advised esp usage near junction areas!, batch inconsistency in wavelength range < tight tolerances may vary marginally depth projection-wise over time periods cycle duration tests inconsistencies flagged