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Mercury F Custom Manual 0108.fh 11/2/08 15:07 Page 5
C M Y CM MY CY CMY K
Mercury F1
TECHNICAL SPECIFICATIONS
CROSSOVER
Crossover frequency
2.9 kHz
2.7 kHz 2.9 kHz 2.8 kHz
Type
4th order
acoustic
Linkwitz-Riley
4th order
acoustic
Linkwitz-Riley
4th order
acoustic
Linkwitz-Riley
4th order
acoustic
Linkwitz-Riley
CABINET
Enclosure type
Construction
Dimensions - inc grille
mm (inches)
Volume - litres (cubic feet)
Weight (each) - kgs (lbs)
Finish options
Front reflex
15mm particle
board, internally
cross-braced
enclosure
19mm MDF
front baffle
300 x 170 x 220
(11.81 x 6.69 x 8.66)
6.6 (0.23)
4.0 (8.8)
Apple
Dark Oak
Front reflex
15mm particle
board, internally
cross-braced
enclosure
19mm MDF
front baffle
970 x 204 x 290
(38.19 x 8.03 x 11.4)
40 (1.4)
13.5 (29.8)
Apple
Dark Oak
Rear reflex
12mm particle
board, internally
cross-braced
enclosure
15mm MDF
front baffle
210 x 140 x 160
(8.27 x 5.51 x 6.30)
2.6 (0.09)
2.2 (4.9)
Apple
Dark Oak
Twin Rear
reflex
15mm particle
board, internally
cross-braced
enclosure
19mm MDF
front baffle
150 x 430 x 170
(5.91 x 16.93 x 6.69)
5.3 (0.19)
6.9 (15.2)
Apple
Dark Oak
DRIVE UNIT CONFIGURATION
High frequency
Low frequency
Shielded
25mm (1.00”)
Nitro-urethane
layer dampened
woven polyester
dome,
neodymium
shielded magnet
assembly
130mm (5.00”)
Multi-fibre
coated pulped
paper cone
Yes
25mm (1.00”)
Nitro-urethane
layer dampened
woven polyester
dome,
neodymium
shielded magnet
assembly
2 x 165mm (6.50”)
Multi-fibre coated
pulped paper
cone
Yes
25mm (1.00”)
Nitro-urethane
layer dampened
woven polyester
dome,
neodymium
shielded magnet
assembly
100mm (4.0”)
Multi-fibre
coated pulped
paper cone
Yes
25mm (1.00”)
Nitro-urethane
layer dampened
woven polyester
dome,
neodymium
shielded magnet
assembly
2 x 100mm (4.00”)
Multi-fibre
coated pulped
paper cone
Yes
PERFORMANCE
Recommended amplifier power
Watts RMS
Continuous power handling
Watts Peak
Peak power handling - Watts
Sensitivity (2.83 Volts @ 1m)
Nominal Impedance - Ohms
Low frequency alignment (-6dB)
Frequency response +/– 3dB
10-70
50
100
87dB
8
55Hz
55Hz-20kHz
Mercury F4
10-140
100
200
91dB
8
34Hz
35Hz-20kHz
Mercury FR
10-60
40
80
86dB
8
59Hz
59Hz-20kHz
Mercury FC
10-90
70
140
90dB
8
68Hz
68Hz-20kHz
Bi-wirable
8
9
SUBWOOFER
As the subwoofer only produces low frequency, therefore monaural information, it is difficult to detect
its location by ear. It could as a result be situated anywhere in the room, but optimum performance
will be gained by locating the subwoofer between the main stereo pair of speakers. Bass output will
increase when placed next to a wall or in a corner so use the subwoofer volume control to balance
the output with the rest of the system.