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PL-BRICK HP-Z2 2850 8302X6SSG image 1

PL-BRICK HP-Z2 2850 8302X6SSG

Order Only
Price (excl. VAT):
14,31 €
This price is valid until 30.11.25
Split box: 10,00 €
EAN: 4062172255806
MPN: 4062172255806
Package: 1
Box: 120
Estimate delivery time at our warehouse (approx.): 2-4 weeks

Technical Information

Item condition New
Manufacture name PL-BRICK HP-Z2 2850 8302X6SSG
Brand OSRAM
Categories LED drivers

Packing details

Packing level 1 4062172255806
Packing level 2 4062172255806

Description

Drives multi-channel LED configurations, feeds stable power supply for luminaire systems requiring high precision output and extended operational consistency. Compact build optimized for integration into advanced lighting assemblies (modular). Works with demanding setups, suitable for both high-power applications and layered light grids. Input voltage range 90-305V AC, universal input design supports fluctuating mains — strong redundancy measures embedded. Output current max: 2850mA adjustable current settings allow response to system variances. Efficiency rated >93%, thermal management onboard IP67-rated housing protects internal components from environmental exposure (water/dust). Dimensions approx 165mm x 47mm x25mm, lightweight alloy casing paired with fins — passive heat dissipation architecture included in frame layout. Slots pre-designed for mounting kits; terminal connections labeled straightforward per standard polarity protocol. Cable insulation durable enough under mid-stress conditions but less adaptable in tighter fixtures w/ limited wiring space. Technical notes: LED driver PL-BRICK HP-Z2 model code listed as SKU: 8302x6SSG, Input frequency tolerance at ~50/60Hz, Surge protection enabled up to Class II standards, Dimming control compatible—specific vendor software integration may be required, RoHS-compliant manufacturing process confirmed by datasheet source ref no #4062172255806,Operating temp -40°C to +85°C limits reliability window extremes during service runtime cycles initialization period documented test shows solid startup>phase stability over a hundred hours field run node versatility