Faital Pro HF110 8 Ohm (Ω) High-Frequency Driver

Faital Pro HF110 8 Ohm (Ω) High-Frequency Driver

Faital Pro HF110 8 Ohm is a high-frequency driver built for strong, detailed output across its specified range. 110 dB sensitivity, 40 W AES power handling and a 1-inch throat. All that gives system designers clear reference points for crossover selection, fit planning and overall driver matching.

Strong Output from a Compact Driver

The 110 dB sensitivity makes the HF110 capable of producing substantial output from a 1 W/1 m reference input. Its 40 W AES power handling and 80 W maximum power handling define the stated ratings, while the 8 Ohm nominal impedance and 7 Ohm minimum impedance provide clear electrical values for system planning.

High-Frequency Coverage with Defined Crossover Data

Its 2÷20 kHz frequency range covers the high-frequency content assigned to the driver, while the 2 kHz minimum crossover frequency gives system designers an important reference when setting the crossover point. The 37 mm voice coil uses an Al winding, with a Kapton former and Ketone Polymer dome diaphragm.

Focused Construction and Practical Fit Details

A neodymium ring magnet, 2.1 T flux density and annular phase plug design form the driver’s specified magnetic and acoustic construction. The 34° conical exit angle, 57 mm mounting-hole diameter and 35 mm depth provide useful information when checking the intended physical arrangement before installation.

Clear Measurements for Installation Planning

The 25.4 mm throat diameter and 72 mm overall diameter make the HF110’s interface and outer dimensions easy to assess against a planned layout. Its 520 g net weight also gives a straightforward figure for handling and placement, while the 0.115 dm³ net air volume records the space occupied by the HF driver.

Key Features

• Strong output supported by 110 dB sensitivity
• Defined electrical and power-handling ratings for system planning
• Ketone Polymer dome diaphragm with annular phase plug design
• Neodymium ring magnet with 2.1 T flux density
• Detailed mounting and dimensional information for fit planning