Faital Pro 8HX150 8-Inch Coaxial Loudspeaker
The Faital Pro 8HX150 brings LF and HF sections together in one 8-inch coaxial loudspeaker. Therefore, giving cabinet projects a clearly defined set of electrical, acoustic, and physical parameters. Separate power, sensitivity, and frequency figures make the two sections easy to assess. Meanwhile, the published mounting dimensions simplify fit checks.
Separate LF and HF Performance Data
Firstly, power handling and frequency figures are specified independently for the LF and HF sections. The LF section is rated at 250 W AES and 500 W maximum across 75÷4000 Hz. On the other hand, the HF section is rated at 15 W AES and 30 W maximum across 1500÷18000 Hz. This separation keeps system planning grounded in the correct values.
Defined High-Frequency Coverage
Moreover, the HF section uses a dome diaphragm made from Ketone Polymer, with a 90° dispersion angle and a 1.7 kHz minimum crossover frequency. Its 25 mm voice coil, Kapton former, and neodymium ring magnet are specified alongside the LF construction, giving the coaxial format distinct details for each operating section.
Built for Accurate Cabinet Checks
Furthermore, physical fit is straightforward to verify from the supplied measurements: the baffle cutout is 183 mm, the bolt circle is 210 mm, and depth is 111.7 mm. The 223.75/207.9 mm overall diameter and 10.7 mm flange and gasket thickness add further detail when checking available space before installation.
Solid LF Construction
An aluminum basket, ferrite ring magnet, 65 mm LF voice coil, Triple Roll cone surround, and 1x constant height waves spider profile define the low-frequency section. The published 0.96 dm^3 net air volume filled by the loudspeaker and Thiele and small parameters add useful data for technical enclosure calculations.
Key Features
- Coaxial LF and HF sections with separately stated ratings
- Clear dimensions for checking baffle cutout, bolt circle, overall diameter, and depth
- Aluminum LF basket with Triple Roll cone surround
- HF dome diaphragm with 90° dispersion angle