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PL-BRICK HP-Z2 1900 7222X4SSG image 1

PL-BRICK HP-Z2 1900 7222X4SSG

In stock: No Vendor stock: No Minimal order quantity: 1
Price (excl. VAT):
10,36 €
This price is valid until 31.08.25
Split box: 10,00 €
EAN: 4062172255622
MPN: 4062172255622
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 1900 7222X4SSG
Brand OSRAM
Categories LED drivers

Packing details

Packing level 1 4062172255622
Packing level 2 4062172255622

Description

PL-BRICK HP-Z2 1900 7222X4SSG: Modular LED driver for high-power LED systems. For stable power output and efficient operations in demanding lighting configurations, works compatibly with varied thermal environments. Compact brick form factor, robust construction with alloy shell visibly scored—heat dissipation optimized for continuous operation. Input range supports standard low-to-high voltage systems without issues (approx. values not given here). Output channels maintain steady current control up to max limits under defined load specs, flicker < negligible at optimal conditions but untested at max stress maybe behavior changes? Test label shows input: 47–63Hz AC or DC consumed (check manual if specs mismatch onsite), depends on alignment of circuits in mounting structure clarified or manual inspection direct wiring config look there for details redundancy unclear maybe check this again when installed. Raw technical notes: DC max output current per channel: 1900mA x4, Temp tolerance claimed -20°C to +60°C, Source efficiency around ~90% (variable under load), Power type class II isolated, Dimensions: approx. thin slab/hardbrick ratio/small footprint install compatible TS standards EU note attached verify installer handbook required?. Part ID printed as PL-BRICK HP-Z2 variant suffix unknown context no trajectory reverse compatibility novices take precautions cross-check integration external factors before final ops test mandatory ensure no fluctuation direct damaging burst heavier signal sources clamp workaround possible then validate full chains vs benchmarks inputs flagged otherwise operational risk ongoing status <<= following feedback future tests produce labor checker duty!