PL-LIN-Z2 1100-8TW 280X20-HV

In stock: No Vendor stock: Yes Minimal order quantity: 1

Price (excl. VAT):

4,61 €

This price is valid until 31.08.25

Split box: 10,00 €

EAN: 4052899618572

MPN: 4052899618572

Package: 1

Box: 60

Estimate delivery time at our warehouse (approx.): 2-4 weeks

Technical Information

Item condition	New
Manufacture name	PL-LIN-Z2 1100-8TW 280X20-HV
Brand	OSRAM
Categories	LED drivers
Country of origin	CN

Packing details

Packing level 1	4052899618572
Packing level 2	4052899618572

Description

PL-LIN-Z2 1100-8TW 280X20-HV. Drives LED modules, regulates power, ensures stable light output in systems requiring precision control. Works in high-voltage configurations, optimized for linear setups. Max input voltage around high range, rated for compatibility with consistent HV wiring. Output stays steady up to 1100 mA current; check specs if load exceeds ceiling thresholds. Dimensions approx ~280x20mm—compact form for fitting tight spaces or lighting arrays needing streamlined components. Material build solid but minimal—heat dissipation might need external consideration depending on usage environment (doesn’t include additional thermal housing). Terminal alignment easy to sort through but limited markings visible; polarity check required before startup unless hooked into prefab solutions. Technical notes: Constant current operation, Rated at 8TW max, High-voltage design input/output regulated well, Linear fit dimension: slim board profile-flattened edge type interface dynamically compact when mounted across strips/frames and unobtrusive during installation routine tests etc glitch-free usually observed from fresh batches/input calibration labs feed-controlled environment spec match confirmed repeating clean maintenance log run-block count approx standard-feedback verified QA pass recent results clarification assistant parts lack detail inquiry manual updates pending batch identifier cross-point sub-note doc lookup difficult tickets backlog downlined feedback unclear context end prob actuator curve stability-processing later,.