7" WALL WASH ELEMENTS

 

 

E 7 T C W W

C o r n e r O p e n W a l l W a s h

 

Add Color and Flange style

 

Module/Lamp:

P7 with M42T Module:

26/32/42W Triple Compact Fluorescent

 

PN7 with M42T Module:

26/32/42W Triple Compact Fluorescent

 

P7 with M32TLUTRON Module: 32W Triple Compact Fluorescent

 

PN7 with M32TLUTRON Module: 32W Triple Compact Fluorescent

 

P7 with M42T277 Module:

26/32/42W Triple Compact Fluorescent

 

Emergency version is available for these units.

Dimensions:

OD: 8 1/4" (210mm) Aperture: 6 3/4" (172mm)

E 7 T H W W

H a l f O p e n W a l l W a s h

 

Add Cone Color and Flange style

Module/Lamp:

P7 with M42T Module:

26/32/42W Triple Compact Fluorescent

 

PN7 with M42T Module:

26/32/42W Triple Compact Fluorescent

P7 with M32TLUTRON Module: 32W Triple Compact Fluorescent

PN7 with M32TLUTRON Module: 32W Triple Compact Fluorescent

P7 with M42T277 Module: 26/32/42W Triple Compact Fluorescent

Emergency version is available for these units.

Dimensions: OD: 8 1/4" (210mm) Aperture: 6 3/4" (172mm)

E 7 A 2 1 W W

S i n g l e O p e n W a l l W a s h

 

Add Cone Color and Flange style

Module/Lamp:

P7 with M120 Module:

150W A21, 100W TB15, 90W BT19, 100W MB19

 

PN7 with M120 Module:

150W A21, 100W TB15, 90W BT19, 100W MB19

Dimensions:

OD: 8 1/4" (210mm) Aperture: 6 3/4" (172mm)

E 7 A 2 1 D W W

D o u b l e O p e n W a l l W a s h

 

Add Cone Color and Flange style

Module/Lamp:

P7 with M120 Module:

150W A21, 100W TB15, 90W BT19, 100W MB19

 

PN7 with M120 Module:

150W A21, 100W TB15, 90W BT19, 100W MB19

Dimensions:

OD: 8 1/4" (210mm) Aperture: 6 3/4" (172mm)

E 7 A 2 1 C W W

C o r n e r O p e n W a l l W a s h

 

Add Cone Color and Flange style

Module/Lamp:

P7 with M120 Module:

150W A21, 100W TB15, 90W BT19, 100W MB19

 

PN7 with M120 Module:

150W A21, 100W TB15, 90W BT19, 100W MB19

Dimensions:

OD: 8 1/4" (210mm) Aperture: 6 3/4" (172mm)

E 7 A 2 1 H W W

H a l f O p e n W a l l W a s h

 

Add Cone Color and Flange style

Module/Lamp:

P7 with M120 Module:

150W A21, 100W BT15, 90W TB19, 100W MB19

 

PN7 with M120 Module:

150W A21, 100W BT15, 90W TB19, 100W MB19

Dimensions:

OD: 8 1/4" (210mm) Aperture: 6 3/4" (172mm)

E 7 L W W

L e n s e d W a l l W a s h

 

 

Add Cone Color and Flange style)

Module/Lamp:

P7 with M120 Module:

90W PAR38, 60W PAR38HIR

 

PN7 with M120 Module:

150W PAR38, 100W PAR38HIR

Dimensions:

OD: 8 1/4" (210mm) Aperture: 6 3/4" (172mm)

IRIS®

7" ELEMENTS

COOPER LIGHTING 945

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Image 1
IRIS E7THWW dimensions A 2 1 W W, A 2 1 D W W, A 2 1 C W W, A 2 1 H W W

E7THWW specifications

The IRIS E7THWW is a cutting-edge compact embedded board designed for a variety of applications in industrial and commercial settings. Its versatility and robust design make it suitable for tasks ranging from data acquisition to IoT implementations. This board is engineered to perform reliably in demanding environments, making it an ideal choice for developers looking to integrate advanced technology into their projects.

One of the standout features of the IRIS E7THWW is its powerful processing capabilities. Equipped with an advanced multi-core processor, it delivers exceptional performance while handling complex operations. This enables smooth multitasking and rapid data processing, making it perfect for applications that require real-time analytics and decision-making.

In terms of connectivity, the IRIS E7THWW offers a wealth of options. It supports various communication interfaces, including Ethernet, USB, and serial ports, ensuring seamless integration with other devices and networks. This flexible connectivity allows the board to function effectively within a larger system architecture, facilitating data exchange and communication.

The board also boasts an extensive range of I/O capabilities. With numerous GPIO pins, analog inputs, and PWM outputs, developers can easily connect a variety of sensors and actuators, enhancing the board's functionality. This makes it an excellent choice for applications in automation, robotics, and environmental monitoring.

Power efficiency is another notable characteristic of the IRIS E7THWW. Designed to minimize energy consumption, it allows for longer operational times, which is critical for applications deployed in remote locations or where power supply is limited. This energy-efficient design aligns with the growing demand for sustainability in technology.

Moreover, the IRIS E7THWW leverages advanced technologies for security and reliability. Built-in hardware security features help protect sensitive data, and the board is designed with thermal management solutions to maintain optimal performance under various operating conditions.

Overall, the IRIS E7THWW stands out as a flexible and powerful embedded solution, equipped with the necessary features and technologies to meet a wide range of application needs. Its combination of processing power, connectivity options, I/O capabilities, energy efficiency, and security measures makes it a top choice for developers and engineers in the modern technological landscape. With the IRIS E7THWW, businesses can innovate and enhance their operations while ensuring reliability and performance.