Precision Power PRO15 Owner's Manual

TM CONTENTS (Click on a topic to view) Congratulations Ported Enclosure PC PRO15 Specifications Bandpass Enclosure Introduction Bandpass Enclosure Speaker Cutaway PC PRO15 Dimensions Sealed Enclosure PC PRO15 Response Graphs Sealed Enclosure Additional Information Ported Enclosure Warranty ...

proudly design, engineer and manufacture audio products at our facility in Phoenix, Arizona. Our award winning engineering team utilizes innovative technology to consistently deliver Absolutely State of the Art TM performance, sound quality, reliability, and value. This PrecisionPower product ...

1 PRO15 Specifications Normal Power Handling 600W rms Voice Coil Diameter 5” Voice Coil Type / Former Edge wound/Aluminum Resonant Frequency 31Hz Qts-Total Damping 0.34 Qms- Mechanical Damping 1.21 Qes- Electromagnetic Damping 0.47 Vas- Equivalent Compliance Volume 108.43 Liter DC Resistance of V.C. 4Ω / 8Ω Sensitivity (SPL a ...

exciting line of loudspeakers which represent the extraordinary design achievements of the PrecisionPower Engineering Team. The PrecisionPower, PowerClass PRO Flat Piston subwoofers have been engineered from the ground up and are constructed at our factory in Phoenix from the fines ...

1. Build a sealed enclosure with internal L x W x D as specified for your woofer (See page 10). Use 1” thick MDF (medium density fiber board) for the baffle that the Subwoofer mounts in, and 3/4” thick MDF for the rest of the enclosure. Be sure to use wood glue and silicone to ensure your enclosure is s ...

Be sure to allow for speaker displacement and extra bracing (if used). Sealed speaker diagram 5 RETURN TO CONTENTS ...

1. Build a ported enclosure with internal dimensions of LxWxD as specified for your woofer (See page 10). Use 1” thick MDF (medium density fiber board) for the baffle that the Subwoofer mounts in, and 3/4” thick MDF for the rest of the enclosure. Be sure to use wood glue and silicone to ensure your enc ...

PORTED ENCLOSURE Internal dimensions should be calculated to determine the correct enclosure volume. Be sure to allow for speaker displacement, extra bracing (if used), and port displacement (only the length of the port that is INSIDE the enclosure). It may be necessary to angle the port to fit your design. To calculate the displacemen ...

1. Build a divided enclosure with internal dimensions of LxWxC1 and C2 as specified for your woofer (See page 10). Use 1” thick MDF (medium density fiber board) for the baffle that the Subwoofer mounts in, and 3/4” thick MDF for the rest of the enclosure. Be sure to use wood glue and silicone to en ...