IN-CEILING/WALL-MOUNT Speakers, Installation

IN-CEILING/WALL-MOUNT SPEAKERS

I N S T A L L A T I O N / O W N E R S' M A N U A L

MODEL IC5 / IC6 (NON-AMPLIFIED SPEAKERS)

SPEAKER SPECIFICATIONS:	MODEL IC5	MODEL IC6
	MODEL IC5	MODEL IC6
System Description	2-Way Co-Axial Speaker	2-Way Co-Axial Speaker
	1/2".Hard Dome Tweeter Ferrofluid	1/2" Hard Dome Tweeter Ferrofluid
High Frequency Driver	cooled	cooled
Low Frequency Driver	5-1/4" Paper Coated Woofer with	6-1/2" Paper Coated Woofer with
	Polyurethane Surround	Polyurethane Surround
Impedance	8 Ohms	8 Ohms
Sensitivity (1 Watt, 1 Meter)	85.2 dB	86.5 dB
Frequency Response	70Hz - 20kHz	45Hz - 20kHz
Power Rating	20 W Nominal, 40 W Max.	25 W Nominal, 50 W Max.
Recommended Amplifier
Power	40 Watts	50 Watts
Dispersion	140o	120o
Size	8" x 2-1/2	9" x 2-1/2"
Cut Out Size	6-5/8"	7-11/16"
INSTALLATION:
Speaker Placement

Before installing your OWI speakers, consider the placement carefully, taking into effect the location of electrical, plumbing and other fixtures.

Placement in Ceiling

OWI speakers should be ideally located above the primary listening area.

Placement in Wall

Optimum sound will be achieved when your OWI speakers are installed at ear level or slightly higher and the listening area is no closer to the speakers than the distance between the speakers themselves.

Mounting your OWI Speakers

Determine the best area to mount your OWI speakers. It will be necessary to run your speaker wires to that location. This location must be free of obstructions, such as electrical conduits, HVAC ducts, or water lines.

Be sure the mounting surface is between 3/8 and 1 1/4 inches thick, and there is at least a 2 3/4 inch clearance behind the mounting surface and no wall studs or other objects block the back of the speaker.

Remove the round cardboard disc from the template supplied and keep it for later use as a paint mask, if you decide to paint your speakers.

Page 11 of 14	Filename:AMP4IC6 MANUAL
	12/12/06

AMP4IC6 specifications

The OWI AMP4IC6 is an innovative and versatile robotic kit that caters to various applications, including education, hobbyist projects, and even research purposes. This sophisticated platform is designed to foster learning in robotics and electronics while offering a plethora of features that appeal to both beginners and more experienced developers.

One of the standout characteristics of the OWI AMP4IC6 is its ability to be assembled with ease. The kit contains well-structured components that guide users through the assembly process. This hands-on approach not only helps users build their technical skills but also provides a sense of accomplishment upon completion. The simplicity of the assembly process makes it accessible for users with minimal prior experience in robotics.

In terms of features, the OWI AMP4IC6 comes equipped with a variety of sensors that enhance its functionality. These sensors enable the robot to navigate its environment, detect obstacles, and even respond to external stimuli. This adaptability is critical in educational settings, where students can experiment with different programming techniques and algorithms to see how the robot reacts in real-time.

The kit also includes a robust microcontroller that forms the brain of the robotic system. Users can program this controller using popular programming languages, allowing for a wide range of customization options. The flexibility in programming supports both block-based coding for beginners and advanced languages like Python or C++ for experienced users, making it a highly versatile platform.

Another notable characteristic of the OWI AMP4IC6 is its modular design. Users can easily adapt the robot by adding or modifying components based on their requirements. This modularity promotes creativity and innovation, enabling users to explore different project ideas and functionalities without the need for extensive reworking.

The AMP4IC6 does not just rely on technical features; its design is also aesthetically pleasing. With a sleek and modern look, the robot appeals to users who appreciate both form and function. Moreover, the lightweight materials used in the kit ensure ease of handling and maneuverability during operation.

In summary, the OWI AMP4IC6 combines user-friendly assembly, advanced sensors, a powerful microcontroller, and a modular design. These features make it an ideal choice for educational institutions, hobbyists, and research organizations alike. Whether users are looking to teach robotics concepts or explore advanced programming, the OWI AMP4IC6 serves as a valuable tool that bridges the gap between theory and practical application in robotics.