OWI SAT823 specifications Pendant Speaker Saturn, Model Number

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PENDANT SPEAKER: SATURN

ARCHITECTS AND ENGINEERS

8 OHMS

SPECIFICATIONS / TECHNICAL DATA

 

GENERAL SPECIFICATIONS

MODEL NUMBER:

SAT823

 

 

DESCRIPTION:

2 ea. 3" Polycarbonate Woofer

 

1 ea. 1" Tweeter

 

2 Bass Ports

 

 

COVERED OUTDOOR:

Yes

IMPEDANCE:

8 Ohms

 

 

SENSITIVITY (1W/1M):

85 dB

MAX POWER:

40 Watts

NOMINAL POWER:

20 Watts

 

 

FREQUENCY RESPONSE:

90 Hz - 22 kHz

CROSSOVER:

2 kHz

DISPERSION :

360° H x 180° V

 

 

WOOFER SIZE:

3" - 2 Each

WOOFER MATERIAL:

Polycarbonate

 

 

TWEETER SIZE:

1"

 

 

TWEETER MATERIAL:

Polycarbonate

BASS PORTS:

2 Each

 

 

ENCLOSURE:

Polyethylene

GRILL MATERIAL:

Painted Steel

DIMENSIONS:

9" Diameter x 8.5" Height

 

 

WEIGHT:

8.55 lbs.

COLOR(S):

Black, White

MOUNTING HARDWARE:

1" dia. X 12" 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 SaturnSAT823

SAT823 specifications

The OWI SAT823 is a sophisticated and versatile educational robotics kit designed to introduce users, particularly students, to the world of robotics and programming. This all-in-one system combines various features and technologies that make it suitable for both beginners and those with some experience in robotics.

One of the standout features of the OWI SAT823 is its modular design. This allows users to build and customize their robots according to different projects or lessons. The kit includes various components, such as motors, sensors, and chassis parts, enabling users to explore various types of robotic designs, from simple automated vehicles to more complex interactive robots. The modularity not only enhances hands-on learning but also encourages creativity and problem-solving skills.

The OWI SAT823 employs advanced technology, including microcontroller programming. Users can program the robot using an intuitive software interface, often compatible with multiple programming languages, making it accessible for learners with varying levels of coding experience. The ability to experiment with programming fosters critical thinking and an understanding of robotics' underlying principles.

Another key characteristic of the OWI SAT823 is its educational focus. The kit is designed to align with STEM (Science, Technology, Engineering, and Mathematics) educational standards, making it an excellent choice for classrooms and educational institutions. By engaging with this robotics kit, students develop not only technical skills but also teamwork and collaboration as they work together on projects.

Additionally, the OWI SAT823 features user-friendly instructions and tutorials, making it easy to follow along, regardless of the user’s skill level. This accessibility is essential for educators looking to integrate robotics into their curriculum without requiring extensive prior knowledge.

Safety is also a significant consideration in the design of the OWI SAT823. The materials and components used are lightweight yet durable, ensuring a safe learning environment while maintaining resilience during hands-on activities.

In conclusion, the OWI SAT823 stands out as a valuable tool for teaching robotics in an interactive and engaging manner. Its modular design, programming capabilities, educational focus, and user-friendly approach make it an excellent choice for fostering a new generation of robotics enthusiasts. Whether used in classrooms or at home, the OWI SAT823 offers an exciting gateway into the world of robotics.