ams OSRAM GW PUSRA1.PM DURIS® P 10 White LED High-Efficacy 3737

ams OSRAM GW PUSRA1.PM DURIS® P 10 White LED High-Efficacy 3737

Procurement Specification Summary:
* Manufacturer: ams OSRAM (Original DURIS® P 10 Series)
* Part Number: GW PUSRA1.PM
* Package Size: Standard 3737 Footprint (3.75 mm x 3.75 mm)
* Thermal Path: Industry-leading low thermal resistance (Typ. 2.4 K/W real)
* Color Rendering: CRI 70 Minimum (Optimized for maximum industrial efficacy)
* Luminous Flux: High-output binning (Typ. 300+ lm @ 700mA, 85°C)
* Binning Condition: Characterized at 85 °C to reflect real-world operating heat
* Supply Status: Bulk Tape & Reel in stock; Full batch traceability for OEM/EMS.

Description

Introduction

 

 

The ams OSRAM DURIS® P 10 (GW PUSRA1.PM) represents a strategic performance benchmark for luminaire manufacturers who require a balance of high radiant power and proven industrial reliability. Utilizing an advanced epoxy-based high-power package, the P 10 series delivers exceptional lumens-per-watt (lm/W), providing a dependable path for LED module manufacturers to meet DLC® Premium and Energy Star® requirements. Built on a standardized 3.75 mm x 3.75 mm footprint, this component handles high current densities while maintaining the thermal stability required for massive industrial arrays.

 

For fixture designers and distributors, the GW PUSRA1.PM serves as an industrial-grade "workhorse." Its superior thermal management ensures that the chromaticity you specify during the design phase matches the real-world thermal equilibrium of the finished lamp once installed on-site, effectively lowering the overall Bill of Materials (BOM) for municipal and commercial tenders.

Key Product Features

 

 

  • Verified Thermal Path Reliability: Featuring a junction-to-solder point thermal resistance of typically 2.4 K/W, the DURIS® P 10 facilitates rapid heat transfer. This stability protects the InGaN chip during continuous high-wattage operation, preserving the L70/L90 lifespan.
  • Hot-Color Targeting at 85 °C: Unlike budget-grade LEDs rated only at 25 °C, ams OSRAM characteristically bins this series at realistic operating temperatures. This ensuring minimal color variance and flux shift once the fixture warms up.
  • Superior Corrosion Resistance: Built with automotive-grade plating and high-reliability materials, the GW PUSRA1.PM is designed to withstand harsh industrial gases and outdoor humidity, a non-negotiable factor for roadway and tunnel lighting.
  • Optimized High-Lumen Output: Characterized at a nominal 700mA drive current, this SKU allows luminaire manufacturers to achieve target brightness packages with a lower component count per board, simplifying PCB routing and optic alignment.
  • Seamless SMT Integration: The standardized 3737 package is compatible with automated high-speed pick-and-place lines, ensuring consistent wetting and high production yields for contract manufacturers (EMS).

 

Parameter Performance Specification
Footprint Dimensions 3.75 mm x 3.75 mm x 2.1 mm
Dominant Wavelength / CCT 2700K to 6500K (Multiple Options)
Typical Forward Voltage 2.8 V (@ 700mA, 85°C)
Maximum Forward Current 1500 mA (Continuous DC)
Maximum Power Dissipation 4.4 Watts
Typical Luminous Flux ~310 lm – 360 lm (Bin dependent)
Thermal Resistance ~2.4 K/W
Viewing Angle 120° (Lambertian Emitter)

 

Product Category Description Order Code
GW PUSRA1.PM-N4P2-XX56-1 ΦV = 310 ... 390 lm, 3500 K (IF = 700 mA) Q65113A3978
GW PUSRA1.PM-N4P2-XX57-1 ΦV = 310 ... 390 lm, 3000 K (IF = 700 mA) Q65113A3979
GW PUSRA1.PM-N5P2-80PC-1 ΦV = 320 ... 390 lm, 8000 K (IF = 700 mA) Q65113A3980
GW PUSRA1.PM-N5P2-XX51-1 ΦV = 320 ... 390 lm, 6500 K (IF = 700 mA) Q65113A3973
GW PUSRA1.PM-N5P2-XX54-1 ΦV = 320 ... 390 lm, 4500 K (IF = 700 mA) Q65113A3976
GW PUSRA1.PM-N5P2-XX55-1 ΦV = 320 ... 390 lm, 4000 K (IF = 700 mA) Q65113A3977
GW PUSRA1.PM-N6P2-XX52-1 ΦV = 330 ... 390 lm, 5700 K (IF = 700 mA) Q65113A3974
GW PUSRA1.PM-N6P2-XX53-1 ΦV = 330 ... 390 lm, 5000 K (IF = 700 mA) Q65113A3975

The GW PUSRA1.PM series is a staple light source for performance-driven markets:

 

 

  • Industrial High-Bay & Low-Bay: Consistent emitters for warehouse fixtures where daylight contrast and lumen maintenance at high clearances are paramount.
  • Municipal Street Lighting: High-throw efficacy for roadway infrastructure projects targeting 10-year service warranties.
  • Outdoor Area & Floodlighting: Durable light engines for parking lots and perimeter security lighting requiring resistance to environmental stress.
  • Professional Retrofit Lamps: Compact high-power emitters for industrial-grade PAR and high-output replacement lamps.

Why Source through Gainer LED?

 

 

  • In the specialized electronic component distribution landscape, Gainer LED bridges the gap between ams OSRAM's primary manufacturing and your localized assembly needs.
  • 100% Original Authenticity: We guarantee verified stock in original factory-sealed reels. No mixed lots or unverified bins.
  • Verified Batch Integrity: We coordinate wholesale shipments from consistent flux and chromaticity bins to ensure project-wide uniformity.
  • Wholesale Supply Chain Stability: We maintain strategic inventory levels of the DURIS® P series to protect our B2B partners from semiconductor market fluctuations.
  • Technical Support: Our team assists LED lamp manufacturers in selecting the correct optics and heatsink designs to maximize the GW PUSRA1.PM footprint potential.
FAQ

Q: Is the GW PUSRA1.PM compatible with standard 3535 PCB footprints?

A: The footprint is 3.75x3.75mm (3737). While the solder pads are often compatible with 3535 layouts, we recommend verifying the PCB landing pattern to ensure the thermal pad correctly utilizes the low 2.4 K/W resistance path for high-current operation.

Q: What is the benefit of the 85 °C binning for my production?

A: Most LEDs shift color significantly when they warm up. By binning at 85 °C (typical fixture operating temp), ams OSRAM ensures the light quality on your production floor matches the final installation, significantly reducing rejection rates.

Q: Can I drive the DURIS® P 10 at its maximum 1.5A current continuously?

A: Yes, provided your thermal management system (MCPCB and heatsink) is capable of keeping the junction temperature within limits. For 1.5A operation, we strongly recommend a Copper MCPCB with a Direct Thermal Path (DTP).

Q: How does this model handle sulfur-rich industrial environments?

A: The GW PUSRA1.PM is built with high-quality epoxy and materials designed to pass rigorous sulfurization tests, ensuring reliable performance in harsh industrial zones or coastal areas.

 

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