Product Tripix 300 Catalog number Lens Option Standard. Tripix300_ ies

Transcription

1 Tripix 300 and 1200, Tripix 300 Standard (Without diffuser) (20 ) Photometric Report Martin R&D Optics Laboratory, 28-Jun-2010 Data sheet conforms to American National Standard E Product Tripix 300 Catalog number Lens Option Standard Spread N/A IES file Tripix300_ ies Procedure Test lamp Model Rated life The goniometer consists of a computerized robot IRB 6000 and a LMT Digital Illuminance Meter B 520 that provides luminous intensity measurements for computerized data collection. The computerized robot IRB 6000 is initialized so that the center of the luminaire's front lens is positioned 7 m from the luxmeter. The luminaire is rotated around both the horizontal and vertical axis per IESNA's type C photometry in 15 increments in the horizontal plane (rotational) and 3 increments in the vertical plane (radial). 3-1 LED hours Test conditions Ambient temperature 25 ± 5 ºC Consumed power 40 W AC supply 230 V/50Hz Lamp age 65 hours Ballast Type Electronic Ballast factor Output Total One-tenth peak Half-peak Efficacy 360 lumens 280 lumens 130 lumens 9.1 lumens per watt Illuminance Cutoff angle 78 One-tenth-peak angle 47 Half-peak angle 20 Cutoff diameter x distance One-tenth-peak diam x distance Half-peak diam x distance Intended throw Luminous intensity Luminaire type meters 1800 candela Far field

2 100%=18 lux at 10m (distance from origin)=(throw distance) X (throw distance multiplier)

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4 Tripix 300 and 1200, Tripix 300 Standard (Narrow diffuser) (24 ) Photometric Report Martin R&D Optics Laboratory, 03-Aug-2010 Data sheet conforms to American National Standard E Product Tripix 300 Catalog number Lens Option Standard Spread - IES file Tripix300_Standard_ ies Procedure Test lamp Model Rated life The goniometer consists of a computerized robot IRB 6000 and a LMT Digital Illuminance Meter B 520 that provides luminous intensity measurements for computerized data collection. The computerized robot IRB 6000 is initialized so that the center of the luminaire's front lens is positioned 7 m from the luxmeter. The luminaire is rotated around both the horizontal and vertical axis per IESNA's type C photometry in 15 increments in the horizontal plane (rotational) and 3 increments in the vertical plane (radial). 3-1 LED hours Test conditions Ambient temperature 25 ± 5 ºC Consumed power 40 W AC supply 230 V/50Hz Lamp age 65 hours Ballast Type Electronic Ballast factor Output Total One-tenth peak Half-peak Efficacy 360 lumens 280 lumens 120 lumens 8.9 lumens per watt Illuminance Cutoff angle 95 One-tenth-peak angle 55 Half-peak angle 24 Cutoff diameter x distance One-tenth-peak diam x distance Half-peak diam x distance Intended throw Luminous intensity Luminaire type meters 1200 candela Far field

5 100%=12 lux at 10m (distance from origin)=(throw distance) X (throw distance multiplier)

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7 Tripix 300 and 1200, Tripix 300 Standard (Medium diffuser) (49 ) Photometric Report Martin R&D Optics Laboratory, 12-Aug-2010 Data sheet conforms to American National Standard E Product Tripix 300 Catalog number Lens Option Medium Spread N/A IES file Tripix300_Medium_ ies Procedure Test lamp Model Rated life The goniometer consists of a computerized robot IRB 6000 and a LMT Digital Illuminance Meter B 520 that provides luminous intensity measurements for computerized data collection. The computerized robot IRB 6000 is initialized so that the center of the luminaire's front lens is positioned 7 m from the luxmeter. The luminaire is rotated around both the horizontal and vertical axis per IESNA's type C photometry in 15 increments in the horizontal plane (rotational) and 3 increments in the vertical plane (radial). 3-1 LED hours Test conditions Ambient temperature 25 ± 5 ºC Consumed power 40 W AC supply 230 V/50Hz Lamp age 66 hours Ballast Type Electronic Ballast factor Output Total One-tenth peak Half-peak Efficacy 210 lumens 210 lumens 170 lumens 5.3 lumens per watt Illuminance Cutoff angle 60 One-tenth-peak angle 59 Half-peak angle 49 Cutoff diameter x distance One-tenth-peak diam x distance Half-peak diam x distance Intended throw Luminous intensity Luminaire type meters 430 candela Far field

8 100%=4 lux at 10m (distance from origin)=(throw distance) X (throw distance multiplier)

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