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Compatibility Matrix Datasheet

AVIKA2X25050T1M

50 x 50 mm Street lighting solution Great for residential and pedestrian walking areas with up to 1:8,5 pole height to distance ratio EN13201 : P & C class design. Applications: Residential and Bicycle roads. Where to use: Roads where road width is less than the pole height. IESNA*: Type I Medium Cutoff class: Cutoff (Full Cutoff with protective glass) Glare Index Class: D5

Compatibility Matrix

Measured results in black Simulated results in blue
LED Manufacturer LED Reference FWHM 1 FWHM 2 FWTM 1 FWTM 2 LOR Efficacy 1 Efficacy 2 CCI
CREEJ SERIES 5050C 6V E CLASS85.60.7
CREEXP-G381.41.0
LUMILEDSLUXEON 5050 HE SQUARE LES 24V85.00.7
LUMILEDSLUXEON XR-5050 SQR 2X486.30.7
LUMILEDSLUXEON XR-HL2X84.61.0
LUMINUSMP-5050-240E85.70.6
NICHIANVSW219CT-V285.11.3
OSRAMOSCONIQ S 5050 GW Q9LR3585.40.7
OSRAMOSLON SQUARE GW CSSRM3.PM83.71.2
PHILIPSFORTIMO FASTFLEX 2X2 DA UHE80.70.6
PHILIPSFORTIMO FASTFLEX LED 2X2 DA G581.31.3
SAMSUNGLH351C86.61.2
TRIDONICRLE 2X4 2000LM 730 HP EXC2 OTD85.61.3

AVIKA2X25050T1M with CREE J SERIES 5050C 6V E CLASS

Simulated results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
0.7
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/CREE/CREE.jpeg
CREEJ SERIES 5050C 6V E CLASS
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with CREE XP-G3

Simulated results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
1.0
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/CREE/CREE.jpeg
CREEXP-G3
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with LUMILEDS LUXEON 5050 HE SQUARE LES 24V

Simulated results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
0.7
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/LUMILEDS/LUMILEDS.jpeg
LUMILEDSLUXEON 5050 HE SQUARE LES 24V
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with LUMILEDS LUXEON XR-5050 SQR 2X4

Measured results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
0.7
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/LUMILEDS/LUMILEDS.jpeg
LUMILEDSLUXEON XR-5050 SQR 2X4
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with LUMILEDS LUXEON XR-HL2X

Simulated results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
1.0
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/LUMILEDS/LUMILEDS.jpeg
LUMILEDSLUXEON XR-HL2X
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with LUMINUS MP-5050-240E

Simulated results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
0.6
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/LUMINUS/LUMINUS.jpeg
LUMINUSMP-5050-240E
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with NICHIA NVSW219CT-V2

Simulated results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
1.3
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/NICHIA/NICHIA.jpeg
NICHIANVSW219CT-V2
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with OSRAM OSCONIQ S 5050 GW Q9LR35

Simulated results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
0.7
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/OSRAM/OSRAM.jpeg
OSRAMOSCONIQ S 5050 GW Q9LR35
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with OSRAM OSLON SQUARE GW CSSRM3.PM

Simulated results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
1.2
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/OSRAM/OSRAM.jpeg
OSRAMOSLON SQUARE GW CSSRM3.PM
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with PHILIPS FORTIMO FASTFLEX 2X2 DA UHE

Measured results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
0.6
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/PHILIPS/PHILIPS.jpeg
PHILIPSFORTIMO FASTFLEX 2X2 DA UHE
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with PHILIPS FORTIMO FASTFLEX LED 2X2 DA G5

Measured results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
1.3
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/PHILIPS/PHILIPS.jpeg
PHILIPSFORTIMO FASTFLEX LED 2X2 DA G5
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with SAMSUNG LH351C

Simulated results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
1.2
https://www.optic-gaggione.com/wp-content/uploads/led_manufacturer_logo/SAMSUNG/SAMSUNG.jpeg
SAMSUNGLH351C
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics

AVIKA2X25050T1M with TRIDONIC RLE 2X4 2000LM 730 HP EXC2 OTD

Measured results
Beam angle @50% (Deg.) Major axis or Narrow Pos.Beam angle @50% (Deg.) Major axis or Wide Pos.Beam angle @10% (Deg.) Major axis or Narrow Pos.Beam angle @10% (Deg.) Major axis or Wide Pos.Efficacy (cd/lm) Major axis or Narrow Pos.Efficacy (cd/lm) Minor axis or Wide Pos.
1.3
TRIDONICRLE 2X4 2000LM 730 HP EXC2 OTD
A lengthB heightC foot
50.0(mm)7.0(mm)50.0(mm)
Normalized Intensity
Viewing angle (deg.)
LDT fileIES file2D Schematics3D Schematics
GAGGIONE S.A.S DOCUMENTS AND DATA All data provided in our datasheets, mechanical drawing and all other downloadable documents on our website www.optic-gaggione.com  are subject to change at any time without prior notice. GAGGIONE S.A.S. do not guarantee any of its own document nowhere else than on its own websites. As a consequence, all GAGGIONE S.A.S. documents that are downloadable on distributors, partners or other third-party websites or mobile applications are NOT guaranteed by GAGGIONE S.A.S. All data provided in our documents are based on our own measurements and evaluation and performed in-house in our optical laboratory, or in a certified third-party laboratory. Also, all data, even simulated data, are provided for reference and design purpose only. All data may change at any time if GAGGIONE S.A.S. improves its products/services or improves its own laboratory equipment. GAGGIONE S.A.S. is not responsible for the final use conditions and takes no responsibility under certain use conditions, out of the material specification (PMMA, PC, Silicone, any other material used in our products). USE OF CHEMICAL AGENTS FOR CLEANING OR ANY OTHER PURPOSES GAGGIONE S.A.S. recommends only the use of an optical duster along with purified water. Any other product containing chemical agents, especially alcohol or glue, may damage the mechanical or photometrical properties of the product. This applies for direct contact with the product or nearby chemical agents vapors or drops. Always wear clean gloves not to alter the product’s optical performances. GAGGIONE S.A.S. recommends the user to test its products in both prototypes and series assembly conditions in the end-fixture.