OTI DALI 35/220-240/1A0 NFC I

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

Price (excl. VAT):

22,61 €

This price is valid until 31.08.25

Split box: 10,00 €

EAN: 4062172201810

MPN: 4062172201810

Package: 1

Box: 16

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

Technical Information

Item condition	New
Manufacture name	OTI DALI 35/220-240/1A0 NFC I
Brand	OSRAM
Categories	LED drivers

Packing details

Packing level 1	4062172201810
Packing level 2	4062172201810

Description

Part of LED system control chain — OTI DALI 35/220-240/1A0 NFC I facilitates dimming, power regulation, communication between light fixtures and control setups. Robust unit for managing LEDs within specified current ranges, designed with compatibility in mind for diverse configurations. Operates on AC mains input (220–240V) with output tailored to adjustable currents from 200mA up to 1000mA. Power capacity maxes at 35W. Physical profile compact; rectangular enclosure suitable for integration into tight installations. Developed for indoor use only — IP20 rating suggests caution against exposure to severe environmental conditions like moisture or dust-heavy areas. Driver leverages near-field communication tech (NFC) for quick setup without hard-wiring programming interfaces; supports DALI protocol group-based controls. Designed per safety and operational benchmarks mandatory under EU standards. Technical notes: Wide-output range (200–1000mA). Max power delivery capped at ≤35W output load. Input voltage fixed at AC mains range ~220-240VAC @50/60Hz. DALI interface onboard — compliance certified DSAL standard V2+. NFC read/write support integrated in casing — programmable via handheld tools instantly onsite setup switchable profiles supported firmware revision variable across batches inventory runtime environments stable documented interactive test-high reliability factor observed during field eval-deployment stages no anomalies beyond upper thermal limits τεsti-ng passed TA ratings verification conducted September form Q2 module stability.