NEMA ESPG 2017 - 50


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STANDARDS & OTHER PUBLICATIONS: Lighting
NEMA LE 6-2014
Procedure for Determining Target
Efficacy Ratings for Commercial,
Industrial, and Residential Luminaires
Provides a procedure for the
determination of TER for luminaires
under laboratory test conditions and
describes categories or types of product
used in common indoor and outdoor
lighting applications. This standard does
not apply to luminaires for specialized
applications, including but not limited to
products intended to be aimed, accent
luminaires, rough or hazardous use
luminaires or emergency lighting.
$72

NEMA LE 7-2015
Recessed Luminaires Intended for
Contact with Expanding Polyurethane
Foam Insulation
Defines a subset of insulation contact
(Type IC) luminaires that are appropriate
for use with polyurethane spray foam.
This standard also provides
requirements and recommendations for
Type IC recessed luminaires intended for
installation in contact with low-density
and medium-density polyurethane foam
thermal insulation.
$51

ht p:/ w w.nema.org/Standards/Pages/Procedure-for-Det rmin g-Target-Effica y-Ratings-for-Com ercial-Industrial-and-Residential-Luminaires.aspx

NEMA LL 8-2010
Limits on Mercury Content in
Self‑Ballasted Compact Fluorescent
Lamps
Covers limited integral, self-ballasted
compact fluorescent lamps of all base
types. Applies to integral, self-ballasted
compact fluorescent lamps manufactured
or imported after September 2010.
$41

ht p:/ w w.nema.org/Standards/Pages/Rec s ed-Luminaires-Intended-for-Contact-with-Expanding-Polyurethane-Foam-Insulation.aspx

ht p:/ w w.nema.org/Standards/Pages/Limits-on-Mercury-Content-in-Self-Bal sted-Compact-Fluorescent-Lamps.aspx

NEMA LL 9-2011
Dimming of T8 Fluorescent Lighting
Systems​​
Provides recommendations for
dimmable T8 fluorescent lighting
systems for the full range of light output.
$49

ht p:/ w w.nema.org/Standards/Pages/Dim ing-of-T8-Fluorescent-Lighting-Systems.aspx
NEMA LSCR-PP 1-2015
Light Source Color Rendition
​Responds to the Illuminating Engineering
Society's standard TM-30-15 IES Method
for Evaluating Light Source Color
Rendition.
$0

ht p:/ w w.nema.org/Standards/Pages/Light-Source-Col r-Renditon.aspx
NEMA LSD 1-2003 (R2011)
Tungsten Halogen (TH) Lamps (Bulbs)
Ultraviolet, Rupture and High
Temperature Risks
Addresses the benefits and the safe
operation of TH lamps.
$0

ht p:/ w w.nema.org/Standards/Pages/Tungsten-Halogen-Lamps-Ultraviolet-Rupture-and-High-Temperature-Risk .aspx

new Sceptalight LED
Introducing the NEW Sceptalight LED light fixture and adapter kit. Sceptalight LEDs offer significant energy savings and can last
beyond 50,000 hours without a single need for maintenance. Certified and tested for use in indoor, outdoor, wet locations, wash
down and corrosive environments, Sceptalight LEDs are certified to the latest LED light fixture standards and NEMA 4X approved.

STANDARDS

RETROFIT OPTION

Sceptalight LEDs can easily retrofit onto
existing installations for increased energy savings.

CORROSION RESISTANT

Heat sink is coated with a durable e-coat layer
that prevents corrosion.

NEMA 4X AND IP66 RATED

Approved for wet locations, wash down and
corrosive environments.

LIGHT FIXTURE
(LVPF/LVPE-LED)
CSA C22.2 250.0/UL 1598
LIGHT ENGINE
(LLED-15)
CSA T.I.L. B-79A/UL 1598C

HEAT DISSIPATION

Specially designed heat sink ensures long life and
optimum performance for over 50,000 hours.

ENERGY EFFICIENT

1,000 lumens of light output is produced with
only 15 Watts of electricity.

DIMMABLE

Lights are dimmable down to 5% for maximum
control of the lighting environment.

visit ipexna.com

POLYCARBONATE GLOBE

Impact and weather resistant for tough
environments.

Products are manufactured by IPEX Electrical Inc. Sceptalight™ is a trademark of IPEX Branding Inc.

2017 ELECTRICAL STANDARDS & PRODUCTS GUIDE

www.nema.org


http://www.nema.org/Standards/Pages/Dimming-of-T8-Fluorescent-Lighting-Systems.aspx http://www.nema.org/Standards/Pages/Recessed-Luminaires-Intended-for-Contact-with-Expanding-Polyurethane-Foam-Insulation.aspx http://www.nema.org/Standards/Pages/Procedure-for-Determining-Target-Efficacy-Ratings-for-Commercial-Industrial-and-Residential-Luminaires.aspx http://www.nema.org/Standards/Pages/Light-Source-Color-Rendition.aspx http://www.nema.org/Standards/Pages/Tungsten-Halogen-Lamps-Ultraviolet-Rupture-and-High-Temperature-Risks.aspx http://www.nema.org/Standards/Pages/Limits-on-Mercury-Content-in-Self-Ballasted-Compact-Fluorescent-Lamps.aspx http://www.ipexna.com http://www.NEMA.org

Table of Contents for the Digital Edition of NEMA ESPG 2017

NEMA ESPG 2017 - Cover1
NEMA ESPG 2017 - Cover2
NEMA ESPG 2017 - 1
NEMA ESPG 2017 - 2
NEMA ESPG 2017 - 3
NEMA ESPG 2017 - 4
NEMA ESPG 2017 - 5
NEMA ESPG 2017 - 6
NEMA ESPG 2017 - 7
NEMA ESPG 2017 - 8
NEMA ESPG 2017 - 9
NEMA ESPG 2017 - 10
NEMA ESPG 2017 - 11
NEMA ESPG 2017 - 12
NEMA ESPG 2017 - 13
NEMA ESPG 2017 - 14
NEMA ESPG 2017 - 15
NEMA ESPG 2017 - 16
NEMA ESPG 2017 - 17
NEMA ESPG 2017 - 18
NEMA ESPG 2017 - 19
NEMA ESPG 2017 - 20
NEMA ESPG 2017 - 21
NEMA ESPG 2017 - 22
NEMA ESPG 2017 - 23
NEMA ESPG 2017 - 24
NEMA ESPG 2017 - 25
NEMA ESPG 2017 - 26
NEMA ESPG 2017 - 27
NEMA ESPG 2017 - 28
NEMA ESPG 2017 - 29
NEMA ESPG 2017 - 30
NEMA ESPG 2017 - 31
NEMA ESPG 2017 - 32
NEMA ESPG 2017 - 33
NEMA ESPG 2017 - 34
NEMA ESPG 2017 - 35
NEMA ESPG 2017 - 36
NEMA ESPG 2017 - 37
NEMA ESPG 2017 - 38
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NEMA ESPG 2017 - 40
NEMA ESPG 2017 - 41
NEMA ESPG 2017 - 42
NEMA ESPG 2017 - 43
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NEMA ESPG 2017 - 45
NEMA ESPG 2017 - 46
NEMA ESPG 2017 - 47
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NEMA ESPG 2017 - 49
NEMA ESPG 2017 - 50
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NEMA ESPG 2017 - 86
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NEMA ESPG 2017 - 88
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NEMA ESPG 2017 - 91
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NEMA ESPG 2017 - 97
NEMA ESPG 2017 - 98
NEMA ESPG 2017 - 99
NEMA ESPG 2017 - 100
NEMA ESPG 2017 - 101
NEMA ESPG 2017 - 102
NEMA ESPG 2017 - 103
NEMA ESPG 2017 - 104
NEMA ESPG 2017 - 105
NEMA ESPG 2017 - Cover3
NEMA ESPG 2017 - Cover4
http://www.nxtbook.com/ygsreprints/NEMA/espg_nxtbook
http://www.nxtbook.com/ygsreprints/NEMA/2014_espg
http://www.nxtbook.com/ygsreprints/NEMA/2013_espg
http://www.nxtbook.com/ygsreprints/NEMA/g33088_nema_ei_apr13
http://www.nxtbook.com/ygsreprints/NEMA/espg_nxtbook2012
http://www.nxtbook.com/ygsreprints/NEMA/2011_espg
http://www.nxtbookMEDIA.com