SAE105 Linear Pendant Indirect

by Litecontrol

Collection Name: SAE Systems

+ 3 more. 6 more items in gallery.

SAE105 Linear Pendant Indirect

by Litecontrol

Collection Name: SAE Systems

A graceful curved form providing indirect illumination for office and education applications.

Five convenient output and distribution options
Patented die-cast plate at each fixture end ensures straight rows
Three housing styles providing varying amounts of indirect illumination
Excellent Indirect light spread with 115° candela peak angle
Controls compatible for integral daylight or occupancy sensors
DesignLights Consortium (DLC) qualified, with some configurations qualifying for Premium - see www.designlights.org
NX Distributed Intelligence™ wired and wireless controls capability available
SpectraSync™ Color Tuning Technology available

General

Application	Offices, Retail Public Spaces Schools, Library Healthcare, Commercial Indoor
Category General	Pendants
Color Temperature	3000 K 3500 K 4000 K
Controls - Integral Sensors (Non-Networked)	Photocell Occupancy Sensor
Controls - Networked	NX Distributed Intelligence
Dimming Protocol	0-10V
Dimming Range	1% 10%
Environmental Conditions	Damp Location
Finish Type	Powder Coat
Light Source	LED
Material - Housing	20ga CRS
New Products	Yes
Type	Architectural Pendant
Warranty Length	LED board- 5 years LED driver (Standard) - 5 years

Dimensions

Width	9.5 in

Certifications and Compliance

Compliance	CSAus Buy American (TAA) 52.225-11

Specifications

Download All

Control Options Guide

SAE105-P Specification Sheet

Brochures

Download All

NX Application Guide

NX Brochure

SAE Brochure

SpectraSync Brochure

SpectraSync FAQ

SpectraSync Sell Sheet

Installation/Instruction Manual (IOM)

Download All

SAE104/105/106 Pendant Installation Manual

SAE104/105/106 Pendant Suspension Instruction

SpectraSync Pendant Feed Cord Data

SpectraSync Technical Data Sheet

UL Listed Canopy Box

BIM

SAE105

Download All

IES Files	Color Temperature	CRI	Delivered Lumens	Lm/W	Watts	Distribution Type
SAE105-P-LPA-PF-4-35K-080 IES file	3500 °K	80 CRI	3200 lm	107	30 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-PF-4-35K-105 IES file	3500 °K	80 CRI	4200 lm	114	37 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-PF-4-35K-130 IES file	3500 °K	80 CRI	5200 lm	127	41 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-PF-4-35K-155 IES file	3500 °K	80 CRI	6200 lm	117	53 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-PF-4-35K-187 IES file	3500 °K	80 CRI	7480 lm	119	63 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-S-4-30K-080 IES file	3000 °K	80 CRI	3200 lm	107	30 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-S-4-35K-080 IES file	3500 °K	80 CRI	3200 lm	107	30 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-S-4-35K-105 IES file	3500 °K	80 CRI	4200 lm	114	37 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-S-4-35K-130 IES file	3500 °K	80 CRI	5200 lm	127	41 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-S-4-35K-155 IES file	3500 °K	80 CRI	6200 lm	117	53 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-S-4-35K-187 IES file	3500 °K	80 CRI	7480 lm	119	63 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-S-4-40K-080 IES file	4000 °K	80 CRI	3200 lm	107	30 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-SQ-4-35K-080 IES file	3500 °K	80 CRI	3200 lm	107	30 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-SQ-4-35K-105 IES file	3500 °K	80 CRI	4200 lm	114	37 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-SQ-4-35K-130 IES file	3500 °K	80 CRI	5200 lm	127	41 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-SQ-4-35K-155 IES file	3500 °K	80 CRI	6200 lm	117	53 W	Indirect/Direct: Low-Peak Angle/Lambertian
SAE105-P-LPA-SQ-4-35K-187 IES file	3500 °K	80 CRI	7480 lm	119	63 W	Indirect/Direct: Low-Peak Angle/Lambertian