The LIVE LFR80 is a 80mm (3 Inch) midrange driver from BLAM. The LFR80 is full of first-class technology, such as efficient, lightweight neodymium magnets and fiberglass composite cones that produce a unique sound. With a maximum output of 100 W and a wide frequency response of 200 Hz to 35 KHz, it takes you on an audiophile journey. The whole thing is rounded off by a soft dome tweeter that combines everything into a harmonious sound. Experience your music in a new way with the impressive performance and quality of the LFR80.
PLEASE NOTE: Depending on the cut-off frequency, 25W RMS is filtered above 300 Hz at 12 dB/octave
The components and equipment of the BLAM LIVE series are designed to intuitively convey the precise nuances of a live concert experience. LIVE systems create a perfectly balanced sound atmosphere, making you sure to want to listen to many songs from your music collection again.
Composition
Max Power 100 W – Nominal Power 25 W*.
Frequency response 150 Hz – 37 kHz
Sensitivity 91 dB
Impedance 3 Ω
Installation depth 45 mm (1.8″)
Moulded aluminium basket – Fiberglass and epoxy resin composite membrane – Peripheral butyl surround – Long life spider “Conex” – 20 mm voice coil on TIL former – 50 mm x 10 mm neodymium motor
Optimized to operate in a sealed volume of 0.3 L to 0.5 L
Recommended minimum cut-off frequency 250 Hz 12 dB/octave
Technical Specifications
Component: Midrange
Max power: 100 W
Nominal power: 25 W
Impedance: 3 Ω
Freq. Response: 150 Hz - 37 KHz
Sensitivity: (2,83V/1m) 91 dB
Magnet: Neodymium
Magnet size Ø x h: 50 x 10 mm 1.969‘’x 0.394 ‘’
Total driver displacement: 0.0574 l 0.002 cf
Weight of one component: 0.444 kg 0.979 lb
Voice coil Ø: 20 mm 0.803“
Voice coil height: 5.9 mm 0.232“
Cone: Glassfiber
Technical Parameters
effective Ø (d) 61 mm
Sd 29.22 cm2
Xmax 1 mm
Re 3 Ω
Fs 151.75 Hz
Le 16.69 µH @1 kHz
L2 117.18 µH @10 kHz
Vas 0.53 L
Mms 2.49 g
Cms 0.000441 m/N
BL 3.42 Tm
Qts 0.52
Qes 0.61
Qms 3.47
Sensitivity (dB/W/m) 86.7 dB
Supplied accessories :
Mounting screws
Protection grill
User manual