PL-CN50-G2-900-940-40D 20X1 OSRAM image 1

LED Module PL-CN50-G2-900-940-40D

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EAN: 4052899324275

MPN: 04052899324275

Package: 1

Box: 20

Price (excl. VAT)

14,47 €

per unit

MOQ: 1

EDT to our warehouse: 4-6 weeks

This price is valid until next price list or while stock lasts

Technical Information

Item condition	New
Manufacture name	PL-CN50-G2-900-940-40D 20X1 OSRAM
Brand	OSRAM
Categories	LED modules
Country of origin*	NL
* The actual country of origin may differ depending on the delivery batch. To confirm the specific country of origin, please contact your account manager.
ETIM	EC000996

Packing details

Packing level 1	4052899324275
Packing level 2	4052899324282

Description

Provides high-performance light output within LED systems. Optimized for precision-focused applications and integrates seamlessly into setups requiring compact module arrays. Useful for commercial and industrial lighting tasks. Rated voltage 900mA. Forward current tolerance tight; watch thermal dissipation closely under load—needs proper heat management sink to avoid efficiency drop. Lens geometry delivers consistent 40-degree light spread, fixed beam angle too narrow for wide-field apps without diffusers. Dimensions compact but require specific mounting parameters (check spacing). Multi-die OSRAM tech supports color consistency, spectral peak around 940nm ensures targeted illumination for specialized usage cases (infrared ops? unclear). Double-check connector spec before assembly with larger circuits. raw specs — PL-CN50-G2 module type, operating current draw ~900mA, forward voltage range varies per temp, IR wavelength ~940nm, non-adjustable lens at 40° dispersion angle, OSRAM multichip setup inside layout core construction sturdy polymer baseplate and metallic housing interface needed assembly tolerances narrow consult manual compatibility tables first always orientation critical during soldering limits apply careful handling essential debug required provides steady beam QUALITY.NORMALUNITSONLYNOISSUESTODATE.testing placeholder remarks only further DOI future source elucidation pending development axs