Fusion PPSW12E, PPSW12H, PPSW15E, PPSW15H, PPSW10H, PPSW10E Enclosure Test Curves, Subwoofer PP-SW10E

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ENCLOSURE TEST CURVES

SUBWOOFER PP-SW10E

SEALED

Amplitude Response (dB-SPL/Hz at 1 m) with 750 watts

123

117

111

dB 105 99

93

87

81

5

10

50

100

500

1000

20K

Hz

PORTED

Amplitude Response (dB-SPL/Hz at 1 m) with 750 watts

123

117

111

dB 105 99

93

87

81

5

10

50

100

500

1000

20K

Hz

15

Image 15
Contents Powerplant Fusion Culture PowerplantTable of Contents Subwoofer Features PP-SW10E PP-SW12E PP-SW15E Subwoofer THEILE/SMALL ParametersSubwoofer THEILE/SMALL Parameters Subwoofer PP-SW10E DimensionsSUBW00FER PP-SW12E Subwoofer PP-SW15E SUBW00FER PP-SW10H Subwoofer PP-SW12H SUBW00FER PP-SW15H Optimum Enclosures EnclosuresEnclosure Construction Enclosure PlacementEnclosure Tuning Calculating Enclosure ‘BOX’ VolumeEnclosure Test Curves SUBW00FER PP-SW12E Subwoofer PP-SW15E 123 117 111 DB 105 100 500 10K 20K Subwoofer PP-SW12H Amplitude Response dB-SPL/Hz at 1 m with 1500 watts Power Cable Calculator Tech TipsOhms LAW Simplified Subwoofer Ruler Guide Page Parallel Voice Coil Wiring 2 Ohm operation Series Wiring Formula for 2 Speakers Parallel Wiring Formula for 2 SpeakersInstallation Warning Trouble ShootingPublished by Fusion Electronics Limited

PPSW10H, PPSW12H, PPSW10E, PPSW12E, PPSW15E specifications

The Fusion PPSW series, which includes the PPSW15H, PPSW15E, PPSW12E, PPSW10E, and PPSW12H models, represents a cutting-edge advancement in the field of portable power systems and renewable energy solutions. These models are designed to meet the growing demands for efficient, reliable, and sustainable power sources across various applications, from industrial needs to outdoor activities.

The PPSW15H and PPSW15E stand out with robust power output capabilities, providing 1500W and harnessing advanced inverter technology to deliver clean and stable energy. The high wattage allows users to run multiple devices simultaneously, making these models ideal for off-grid living, emergency backup, or powering tools at job sites. The inverter is optimized to maintain low total harmonic distortion (THD), ensuring compatibility with sensitive electronics.

On the other hand, the PPSW12E and PPSW12H models are slightly more compact but still deliver impressive performance. With a power rating of 1200W, these units offer a perfect balance of size and power, catering to users who need a portable solution without sacrificing functionality. Their lightweight design and built-in wheels enhance portability, making them easy to transport to various locations.

The PPSW10E model, being the smallest in the series, combines mobility with efficiency. It provides a lower power output of 1000W, catering primarily to lighter, everyday tasks. This makes it an ideal option for casual campers or for use in small workshops. Its sleek design and simple interface make it user-friendly, enhancing accessibility for all users, regardless of their technical expertise.

One of the core characteristics of the Fusion PPSW series is its energy storage capabilities. Equipped with long-lasting lithium-ion batteries, these units offer longer life cycles compared to traditional lead-acid batteries, and they charge quickly, minimizing downtime. The smart battery management system ensures optimal performance and safety, preventing overcharging and overheating.

Furthermore, the integration of solar charging capabilities in these models aligns with environmentally conscious energy solutions, allowing users to harness solar power as a sustainable energy source. The models are equipped with multiple output options, including AC, DC, and USB ports, enabling a wide range of devices to be powered seamlessly.

In conclusion, the Fusion PPSW series offers versatile and powerful portable power solutions tailored to diverse needs, reinforcing the brand’s commitment to innovation in renewable energy technologies. Whether for industrial, recreational, or emergency use, these models deliver reliable performance and user-friendly features that cater to the modern world's evolving energy demands.