AP 6.5
Woofer
|
165 mm
|
210 W Peak Power
|
4 ohm
AP 6.5 feature a 32 mm pure copper voice coil, for high power handling and outstanding low frequency control. All the woofer don't employ any filter, to maximize efficiency: the dome profile has been optimised with Klippel R & amp;D Scan Vibrometer to obtain a calibrated mechanical low-pass cut-off frequency. The surround features the exclusive shallow Triple Wave profile, for maximum excursion linearity.
Technical Specs
| Size | 165 mm |
| Power Handling - Peak | 210 W |
| Power Handling - Continuous | 70 W |
| Impedance | 4 Ohm |
| Frequency Response | 60 ÷ 5k Hz |
| Voice Coil Ø | 32 mm |
| Woofer Qes | 0,8 |
| Xmax | 2.5 mm |
Electric-acoustic Specs
| D | 129 mm |
| Re | 3.1 Ohm |
| Fs | 80 Hz |
| Vas | 7.6 l |
| Mms | 12 g |
| Cms | 0.31 mm/N |
| BL | 4.7 T•m |
| Qms | 4.7 |
| Qts | 0.7 |
| Le Standard | 0.23 mH |
| Spl | 93.5 dB |
General
| Weight | 0.78 kg |
Dimensions
| Dimension A | 165 mm |
| Dimension B | 141 mm |
| Dimension C | 60 mm |
| Dimension D | 56 mm |
Features
- 32 mm pure copper mobile voice coil, for high power handling and outstanding low-frequency control.
- Water-repellent treated paper cone, featuring a profile developed with FEM (Finite Element Method) simulation technology and optimized with the Klippel R&D Scan Vibrometer.
- No passive crossover is required to maximize efficiency: the cone is optimized with the Klippel R&D Scan Vibrometer to obtain a calibrated mechanical low-pass cut-off frequency.
-
Reduced mounting depth, providing ease of installation in OEM placements.
TPU (Thermoplastic Polyurethane) surround, featuring the exclusive shallow “Triple Wave” profile, for maximum excursion linearity. - Compact basket, protected by abrasion-resistant and scratch-proof coating, the motor is affixed with damping epoxy adhesive.
- High current fast-on terminal with double contact on positive and negative poles for high flexibility and quick connection.
- The terminal features a temperature-resistant plastic cover, protecting it against accidental short circuits.
- Developed with the KLIPPEL suite.
