OWI V6715 specifications Pendant Speaker Venus, Model Number

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PENDANT SPEAKER: VENUS

ARCHITECTS AND ENGINEERS

70 VOLTS

SPECIFICATIONS / TECHNICAL DATA

 

GENERAL SPECIFICATIONS

MODEL NUMBER:

V6715

 

 

DESCRIPTION:

6.5" Polycarbonate Woofer

 

4 ea. 2.5" Midrange Tweeters

 

1 ea. 1" Tweeter, 4 ea. Bass Ports

 

 

COVERED OUTDOOR:

Yes

IMPEDANCE:

70 Volts

 

 

SENSITIVITY (1W/1M):

89 dB

MAX POWER:

15 Watts

NOMINAL POWER:

2.5, 5, 10, 15 Watts

 

 

FREQUENCY RESPONSE:

65 Hz - 20 kHz

CROSSOVER:

2 kHz / 4 kHz

DISPERSION :

360° H x 180° V

 

 

WOOFER SIZE:

6.5"

WOOFER MATERIAL:

Polycarbonate Rubber Surround

 

 

MIDRANGE TWEETER SIZE:

2.5" - 4 Each

 

 

MIDRANGE TWEETER MATERIAL:

Paper

TWEETER SIZE:

1"

 

 

TWEETER MATERIAL:

Ceramic Soft Dome

BASS PORTS:

4 Each

ENCLOSURE:

Polyethylene

 

 

GRILL MATERIAL:

Metal

DIMENSIONS:

15" Diameter x 10.5" Height

WEIGHT:

15.00 lbs.

 

 

COLOR(S):

Black

MOUNTING HARDWARE:

1" dia. X 18" EMT (Included)

 

 

MOUNT HARDWARE OPTION:

Safety Cable (Not Included)

 

 

PAINTABLE:

No

®OWI Incorporated

17141 Kingsview Avenue, Carson, CA 90746 USA Tel: 310.515.1900

Toll Free: 800.638.1694

Fax: 310.515.1606

Web: www.owi-inc.com

E-mail: info@owi-inc.com

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Contents Model Number Pendant Speaker VenusV6715

V6715 specifications

The OWI V6715 is an innovative robotic arm designed for educational purposes, targeting students and hobbyists interested in robotics and automation. This versatile arm offers an excellent balance of functionality and affordability, making it a popular choice for those looking to explore the exciting world of robotics.

One of the key features of the OWI V6715 is its ease of assembly. The robotic arm comes with a well-structured kit that includes all necessary components, enabling users to put it together without any specialized tools. This design choice allows users to gain an understanding of the mechanical components and assembly techniques that underpin robotic systems.

The OWI V6715 operates with five degrees of freedom, allowing it to mimic the movements of a human arm. This flexibility enables users to program and control the arm to perform various tasks, such as picking up and moving objects. The arm can rotate, lift, and maneuver, providing a hands-on experience that enhances learning about kinematics and mechanics.

In terms of technology, the OWI V6715 utilizes servo motors controlled via a simple interface, ensuring accurate movements and reliability. The unit typically connects to a computer or microcontroller, which communicates with the servo motors. This allows for programming in various languages, including Scratch and Arduino, making it accessible to users with different levels of programming expertise.

One of the standout characteristics of the OWI V6715 is its adaptability. Beyond basic operations, users can modify the arm with additional sensors, grippers, or tools to expand its functionality. This versatility not only encourages creativity but also allows users to engage in more complex projects, such as automated sorting systems or interactive art installations.

The instructional materials provided with the OWI V6715 guide users through the assembly process, programming, and potential projects, ensuring that even those with minimal experience can successfully navigate the challenges of robotic building and programming. This educational focus is crucial as it inspires the next generation of engineers and technicians.

In summary, the OWI V6715 robotic arm is an effective learning tool that combines ease of use, flexibility, and adaptability. With its five-degree-of-freedom movement, servo motor technology, and comprehensive instructional support, it provides an enriching experience for aspiring roboticists eager to delve into the fundamentals of robotics and automation.