foam. The MF1 60 driver boasts a bility are the result of its proprietary 44 mm
polylaminated cone for exceptionally low dis- (1.75-in) composite material diaphragm.
tortion at high sound pressure levels. The CF350 can be used full range with a
RCF's N481 compression driver mounted single amplifier for applications requiring max
on an H3709 100 degree horizontal coverage imum system performance per dollar. When
horn comprise the CF350's high frequency sec- maximum output is required the CF350 can be
tion. This horn driver combination has easily bi-amplified by simply plugging into the
proved itself in thousands of professional sys- CF350's low frequency input (along with an
tems the world over. Its unique combination external electronic crossover and additonal
of high frequency bandwidth and rugged relia- amplifier).
CF350 Specifications
Frequency Response
Axial - 10 dB: 50 to 18,000 Hz
Axial +- 3 dB: 75 to 15,000 Hz
Nominal Coverage Angles
Horizontal: 100 degrees
Vertical: 40 degrees
Sensitivity: 105 dB SPL 1w@1m
Power Handling: 350 Watts AES
Maximum Output: 130 dB SPL
Impedance: 8Q
Low Frequency Subassembly
Type: Forsythe Designed Polyurethane
Reinforced Wood Bent Bass Horn
Driver: RCF L15/854,380 mm (15-in) Cone Driver
Mid Frequency Subassembly
Type: Forsythe Designed Constant Coverage
- - orn With Two Piece Phasing Plug
river: EAW MF160A, (6.2-in) Polylaminated Cone
Driver,
High Frequency Subassembly
ype: Compression Driver And Horn
orn: RCF H3709 Constant Horizontal Coverage Horn
river: RCF N481 One Inch Exit Compression
river, 44mm (1.75-in) voice coil
Crossover Subassembly
Type: Selectable Full Passive or Bi-Amplified
Third Order Internal Passive Crossover
Slopes: Asymmetrical Slopes Equalized For
Flat Frequency Response
Maximum Crossover Input Before
The Onset Of Distortion: 1000 watts
Additional Descriptive Data
Finish: Black Catalyzed Polyurethane Chemical Coating
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