KIT INCLUDES ALL CORRECT FITTING PARTS
Featuring a 6-1/2" woofer with a polypropylene cone and rubber surround and a 1" fabric dome tweeter, the G62 is designed to make installation easy and to provide the market leading performance you've come to expect from Audiofrog.
The woofer's steel basket is shallow enough to fit nearly every factory-provided 6" location using the included multiadapter. The height of the tweeter above the surround edge has been minimized so that the G62 can be easily installed in factory locations under factory grilles.
Since 6" coaxials are most often mounted in the factory location at the bottom of the front and/or rear doors or in the package tray in the rear of a sedan, the frequency response has been designed to compliment those locations. At high frequencies, the output of the speaker rises to counteract the off-axis attenuation caused by the locations. The result is crisp and clear high frequencies even in the factory locations—a clear upgrade.
Specifications:
• Nominal Impedance: 4Ω
• RMS Power Handling: 50 W (with crossover)
• Peak Power Handling: 120 W (with crossover)
• Frequency Response:50 Hz – 20 kHz
• Sensitivity (2.83 V/1 M): 89 dB
• Recommended Amplifier RMS Power Range: 15 W – 75 W
Dimensions:
• Cut-out Diameter (woofer): 132.5 mm (5-7/32")
• Overall Diameter (woofer): 158.2 mm (6-15/64″)
• Overall Diameter Including Mounting Tabs (woofer): 166 mm (6-17/32″)
• Mounting Depth (woofer): 51.2 mm (2-1/64″)
• Mounting Height (woofer): 12 mm (15/32″)
• Cut-out Diamater (tweeter flush mount): 48 mm (1-57/64")
• Overall Diameter (tweeter flush mount): 54 mm (2-1/8")
• Mounting Depth (tweeter flush mount): 13 mm (33/64")
Theile & Small Parameters(Woofer):
• Revc: 2.25 Ω
• Levc@1kHz: 0.13 mH
• Sd: 143.14 cm²
• Mmd: 11.8 g
• Mms: 12.37 g
• Cms: 317 µM/N
• Vas: 9.12 liters
• Fs: 80.39 Hz
• BL: 3.91 TM
• Qms: 7.89
• Qes: ..92
• Qts: 0..83
• Xmax (1-way linear): 4 mm (5/32")
• Basket Displacement: 0.24 liters (0.008 ft³)
Theile & Small Parameters(Tweeter):
• Fs: 1.5 kHz
• Revc: 4 Ω
Frequency Response Graph:
Impedance Graph:
