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SAE103 Linear Pendant Indirect/Direct

by Litecontrol 

A small-scale, modern, rectilinear pendant with an extremely versatile performance package.

  • Vi Technology for specifiable output/wattage
  • 76% Indirect, 24% Direct light distribution
  • Excellent Indirect light spread with 110° candela peak angle
  • Maximum color variation of 2 SDCM
  • Controls compatible for integral daylight or occupancy sensors
  • DLC® (DesignLights Consortium) Qualified - see www.designlights.org
  • Formerly the Stance 65L
  • SpectraSync™ Color Tuning Technology available
  • NX Distributed Intelligence™ wired and wireless controls capability available

Product Details

General

Color Rendering Index (CRI)
  • 80 CRI
  • 90 CRI
Color Temperature
  • 2700 K
  • 3000 K
  • 3500 K
  • 4000 K
  • 5000 K
  • SpectraSync
Controls - Integral Sensors (Non-Networked) Daylight Sensor
Controls - Networked NX Distributed Intelligence
Dimming Protocol
  • 0-10V
  • Lutron EcoSystem Digital
  • DALI
  • DALI 2.0
Dimming Range
  • 0%
  • 1%
  • 5%
  • Step-Dimming
Light Distribution Indirect/Direct
Light Source LED
Mounting Type Pendant
SpectraSync™ Color Tuning
  • Dim-to-Warm
  • Tunable White
Warranty Length
  • LED boards - 5 years
  • LED driver (Standard) - 5 years
  • LED driver (Lutron) - 3 years

Dimensions

Width 7.625 in

Electrical Ratings

Lumens Per Watt 124 - 133
Voltage Rating
  • Universal Voltage - 120V through 277 V
  • 347 V
Wattage 4.2 - 11.0 W
Wattage Range 4-11 (w/ft)

Certifications and Compliance

Compliance
  • CSAus
  • Buy American (TAA) 52.225-11
  • Buy American 52.225-9
DLC Designation DLC® (DesignLights Consortium) Qualified - see www.designlights.org

Photometry

IES Files Color Temperature CRI Delivered Lumens Lm/W Watts Distribution Type
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID055
IES file
3500 °K 80 CRI 2200 lm 131 17 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID060
IES file
3500 °K 80 CRI 2400 lm 128 19 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID065
IES file
3500 °K 80 CRI 2600 lm 133 20 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID070
IES file
3500 °K 80 CRI 2800 lm 130 21 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID075
IES file
3500 °K 80 CRI 3000 lm 134 22 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID080
IES file
3500 °K 80 CRI 3200 lm 132 24 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID085
IES file
3500 °K 80 CRI 3400 lm 130 26 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID090
IES file
3500 °K 80 CRI 3600 lm 133 27 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID095
IES file
3500 °K 80 CRI 3800 lm 131 29 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID100
IES file
3500 °K 80 CRI 4000 lm 130 31 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID105
IES file
3500 °K 80 CRI 4200 lm 128 33 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID110
IES file
3500 °K 80 CRI 4400 lm 127 35 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID115
IES file
3500 °K 80 CRI 4600 lm 126 36 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID120
IES file
3500 °K 80 CRI 4800 lm 125 38 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID125
IES file
3500 °K 80 CRI 5000 lm 124 40 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID130
IES file
3500 °K 80 CRI 5200 lm 124 42 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID135
IES file
3500 °K 80 CRI 5400 lm 123 44 W Indirect/Direct: Low-Peak Angle/Lambertian
SAE103-P-ID-LPA-4-SOF-X-CX-35K-ID140
IES file
3500 °K 80 CRI 5600 lm 122 46 W Indirect/Direct: Low-Peak Angle/Lambertian