D I M E N S I O N SD E S C R I P T I O N

FAIL-SAFE®

TRANSIT

 

B

M O U N T I N G

D

The Fail-Safe VRVT2 Series fluorescent luminaires combine harsh environment protection with the latest in

Aenergy efficient technology. Their Vaportite design is U.L. listed and C.S.A. certified for wet locations. Other features include continuous seal gasketing, reinforced fiberglass housing, steel mounting brackets, and end hub entry (standard) or top hub entry (optional.)

C

VRVT2

2 ' , 4 ' , 8 ' L O N G

1 O R 2 L A M P

VA N D A L R E S I S TA N T L U M I N A I R E

 

A

B

C

D

VRVT2

5 7/8"

7"

6 5/8"

25 13/16"

2'

(149mm)

(178mm)

(168mm)

(656mm)

VRVT2

5 7/8"

7"

6 5/8"

49 13/16"

4'

(149mm)

(178mm)

(168mm)

(1265mm)

8VRVT2

5 7/8"

7"

6 5/8"

97 13/16"

8'

(149mm)

(178mm)

(168mm)

(2484mm)

O R D E R I N G I N F O R M AT I O N

S A M P L E N U M B E R : V R V T 2 - 2 3 2 D R - 1 2 0 V - E B 8 1 - W L - U

Fiberglass housing is

 

reinforced polyester and

 

self extinguishing (ASTM-

 

D635-74) plastic; top has

 

five embossments (2' unit);

 

watertite hubs for 1/2"

 

conduit entry. Polyurethane

 

gasketing

• Ballasts are CBM/ETL Class

 

"P" suitable to minus 20°F.

Three shielding choices:

Tandem 8T=8' Length

Series VRVT2

Number of

Lamps

1 or 2 Lamps (Not included)

Wattage (Length)

20=20W (24")1

17=17W T8 (24") BX40=40W Biax (24") BX50=50W Biax (24") 40=40W (48")

32=32W T8 (48")

48=60W (48") SL

96=110W (96") HO

96T8=59W (96") SL)

HO=High Output (800 MA)

LTS=Low

Trigger

Start (20

Watt)

HTS=High

Trigger

Start (20

Watt)

Voltage 2

120=120V

277=277V

347=347V UNV= Universal Voltage 120-277V

Ballast Type 2

Standard Magnetic

Ballast

Leave Blank

LE3= Energy Saving

Ballast

LEOC8= Energy Saving

Ballast

(T-8 Lamp

Only)

EB _ _= Generic

Electronic

Ballast

No. of

Ballasts 1 or 2

Lamp Size 2=T12 8=T8 5=T5

WL=Wet Label

Options

GL=Internal Single Element Fusing GM=Dual Element Fusing EL4=Emergency Lighting self- contained. EL8=Emergency Lighting self- contained. RIF1=Radio Interference Suppressor TH2=(2) Top Watertite Hubs3 TEH2=(2) Top & (2) End Watertite Hubs (All Watertite3 Hubs Have 1/2" Conduit Entry)

DR–clear, low brightness

pattern acrylic with 15%

high impact additive;

DR-100–clear, low

brightness pattern acrylic

with 100% high impact

additive; LEX, low

brightness pattern, high

impact LEXAN

polycarbonate

• Four sturdy cam latches

(2’ unit), six (4’ unit), and

twelve (8’ unit) with

integral stainless steel

TORX® screws. Clamp

diffuser tightly for a

Lens

DR=Internal Prismatic Lens/15% DR High

Impact Additive (Standard)

DR-100=100% High Impact Additive

LEX=High Impact Clear Polycarbonate LEXAN

Lens/Low Brightness Pattern

(For Specific Electronic

Ballast Specify Brand

and Catalog Number)

TILW=Tandem In-

Line Wiring Option

PI/CPI=Plug-In

Option

RLS=Rotor-Lock

Socket (T8 Lamps

Only)

positive seal between

housing, gasketing and

diffuser.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

DL=Damp Location

DD=Deep Diffuser

Labeled

(Available On 4'

WL=Wet Location

Fixtures. Deep

Labeled

Housing

 

 

 

 

 

Standard On 8'

 

 

 

 

 

Fixtures)

NOTE: For additional options, consult your Cooper Lighting Representative. Specifications and Dimensions subject to change without notice.

1Standard Ballast (Non-LE3). 2 Contact Pre Sales Technical Support. 3 Optional VT2 1/2" stem bushing available. 4 Ambient Thermal

Conditions: Operating Ambient Temperature Limitations Are Applicable. Contact Sales Engineering for Full“Operating Temperature

Range” of Specific Fixture.

COOPER LIGHTING 1509

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Cooper Lighting 1509 dimensions Fail-Safe, VRVT2

1509 specifications

Cooper Lighting Solutions has established itself as a leader in the lighting industry, and among its myriad of innovative offerings, the Cooper Lighting 1509 stands out for its versatility and efficiency. Designed for various applications, the 1509 model is an ideal solution for both commercial and industrial settings, providing exceptional illumination while prioritizing energy efficiency.

One of the main features of the Cooper Lighting 1509 is its advanced LED technology, which provides a high lumen output without the excessive energy consumption typical of traditional lighting solutions. LEDs not only offer a longer lifespan but also come with lower heat emissions, significantly reducing the risk of heat-related damage in sensitive environments. This technology allows the 1509 to deliver bright, white light that enhances visibility and safety.

Another significant characteristic of the Cooper Lighting 1509 is its robust construction. Built with durable materials, the fixture is designed to withstand harsh conditions, making it suitable for various environments, including warehouses, manufacturing plants, and outdoor applications. Its weather-resistant housing adds to its reliability, ensuring longevity and reduced maintenance costs over time.

In terms of installation, the 1509 is user-friendly, featuring a streamlined design that allows for quick mounting and adjustment. This design feature is particularly beneficial for projects with tight timelines. Furthermore, the Cooper Lighting 1509 offers compatibility with various dimming systems, providing users with the flexibility to adjust lighting levels according to their specific needs, which can contribute to energy savings.

The integration of smart lighting capabilities is another noteworthy attribute of the Cooper Lighting 1509. With options for wireless controls and integration with building management systems, users can monitor and manage energy usage effectively, enabling smarter, data-driven decisions concerning lighting operations.

Sustainability is a paramount focus in modern design, and the Cooper Lighting 1509 embodies this principle. By utilizing energy-efficient LEDs and durable materials, the fixture minimizes environmental impact while still delivering optimal performance. Overall, the Cooper Lighting 1509 is a quintessential example of how sophisticated lighting technology can enhance functionality, safety, and efficiency across various settings, making it a wise investment for any facility looking to upgrade its lighting infrastructure.