MOD™ 2L LED Recessed Slot

by Litecontrol

Collection Name: MOD

by Litecontrol

Collection Name: MOD

The MOD™ 2L LED Recessed Slot (2L-R-D) is part of the MODx family, which is an affordably-priced, full-featured offering with best-in-class attention to detail.

Variable Intensity technology provides specifiable lumen output/wattage
End cap design eliminates visible diffuser seams/gaps
2 SDCM color variation
SpectraSync™ Color Tuning Technology available
NX Distributed Intelligence™ wired and wireless controls capability available

General

Aperture	2 in
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)	Occupancy & 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	Direct
Light Source	LED
Mounting Type	Recessed
SpectraSync™ Color Tuning	Tunable White Dim-to-Warm
Warranty Length	LED boards - 5 years LED drivers (standard) - 5 years LED drivers (Lutron) - 3 years

Dimensions

Width	2.0 in

Electrical Ratings

Lumens Per Watt	96 - 102
Voltage Rating	Universal Voltage - 120 through 277 V 347 V
Wattage	2.9 - 8.6 W

Specifications

Download All

2L-R-D Specification Sheet

Control Options Guide

Brochures

Download All

MODx 2L Sell Sheet

MODx Family Brochure

NX Application Guide

NX Brochure

SpectraSync Brochure

SpectraSync FAQ

SpectraSync Sell Sheet

Installation/Instruction Manual (IOM)

Download All

Branch Circuit Wiring

MODx 2L Recessed Drywall Fixture Assembly Installation Manual

MODx 2L Recessed LG NG SS Fixture Assembly Installation Manual

MODx Diffuser Instruction Sheet

Recessed Plaster Trim Fixture Assembly Installation Manual

SpectraSync Technical Data Sheet

BIM

2L-R

Download All

IES Files	Color Temperature	CRI	Delivered Lumens	Lm/W	Watts	Distribution Type
2L-R-AD-4-ASYM-X-CX-35K-D030 IES file	3500 °K	80 CRI	1200 lm	97	12 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D035 IES file	3500 °K	80 CRI	1400 lm	98	14 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D040 IES file	3500 °K	80 CRI	1600 lm	99	16 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D045 IES file	3500 °K	80 CRI	1800 lm	99	18 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D050 IES file	3500 °K	80 CRI	2000 lm	100	20 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D055 IES file	3500 °K	80 CRI	2200 lm	100	22 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D060 IES file	3500 °K	80 CRI	2400 lm	99	24 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D065 IES file	3500 °K	80 CRI	2600 lm	99	26 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D070 IES file	3500 °K	80 CRI	2800 lm	98	28 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D075 IES file	3500 °K	80 CRI	3000 lm	98	31 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D080 IES file	3500 °K	80 CRI	3200 lm	98	33 W	Direct: Asymmetric
2L-R-AD-4-ASYM-X-CX-35K-D085 IES file	3500 °K	80 CRI	3400 lm	97	35 W	Direct: Asymmetric
2L-R-D-4-BAT-X-CX-35K-D030 IES file	3500 °K	80 CRI	1200 lm	92	13 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D035 IES file	3500 °K	80 CRI	1400 lm	93	15 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D040 IES file	3500 °K	80 CRI	1600 lm	94	17 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D045 IES file	3500 °K	80 CRI	1800 lm	95	19 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D050 IES file	3500 °K	80 CRI	2000 lm	95	21 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D055 IES file	3500 °K	80 CRI	2200 lm	96	23 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D060 IES file	3500 °K	80 CRI	2400 lm	96	25 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D065 IES file	3500 °K	80 CRI	2600 lm	96	27 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D070 IES file	3500 °K	80 CRI	2800 lm	97	29 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D075 IES file	3500 °K	80 CRI	3000 lm	97	31 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D080 IES file	3500 °K	80 CRI	3200 lm	97	33 W	Direct: Batwing
2L-R-D-4-BAT-X-CX-35K-D085 IES file	3500 °K	80 CRI	3400 lm	97	35 W	Direct: Batwing
2L-R-D-4-DRP-X-CX-35K-D030 IES file	3500 °K	80 CRI	1200 lm	92	13 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D035 IES file	3500 °K	80 CRI	1400 lm	93	15 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D040 IES file	3500 °K	80 CRI	1600 lm	94	17 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D045 IES file	3500 °K	80 CRI	1800 lm	95	19 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D050 IES file	3500 °K	80 CRI	2000 lm	95	21 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D055 IES file	3500 °K	80 CRI	2200 lm	96	23 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D060 IES file	3500 °K	80 CRI	2400 lm	96	25 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D065 IES file	3500 °K	80 CRI	2600 lm	96	27 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D070 IES file	3500 °K	80 CRI	2800 lm	97	29 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D075 IES file	3500 °K	80 CRI	3000 lm	97	31 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D080 IES file	3500 °K	80 CRI	3200 lm	97	33 W	Direct: Lambertian
2L-R-D-4-DRP-X-CX-35K-D085 IES file	3500 °K	80 CRI	3400 lm	97	35 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D030 IES file	3500 °K	80 CRI	1200 lm	97	12 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D035 IES file	3500 °K	80 CRI	1400 lm	98	14 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D040 IES file	3500 °K	80 CRI	1600 lm	99	16 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D045 IES file	3500 °K	80 CRI	1800 lm	99	18 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D050 IES file	3500 °K	80 CRI	2000 lm	100	20 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D055 IES file	3500 °K	80 CRI	2200 lm	100	22 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D060 IES file	3500 °K	80 CRI	2400 lm	99	24 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D065 IES file	3500 °K	80 CRI	2600 lm	74	35 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D070 IES file	3500 °K	80 CRI	2800 lm	80	35 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D075 IES file	3500 °K	80 CRI	3000 lm	86	35 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D080 IES file	3500 °K	80 CRI	3200 lm	92	35 W	Direct: Lambertian
2L-R-D-4-SOF-X-CX-35K-D085 IES file	3500 °K	80 CRI	3400 lm	97	35 W	Direct: Lambertian