ページ1に含まれる内容の要旨
SP400
Sound Palette Series
Compact Two-Way Speaker
Small size and a wealth of mounting options make
the Mackie Industrial SP400 compact, medium power
loudspeaker ideal for use in business music systems.
When used together with the SP800S subwoofer as a
three-way system, a unique internal filter circuit allows
the SP400 to operate as a band-limited complement to
the subwoofer. With the filter bypassed, the SP400
operates as a full bandwidth, stand-alone product.
Speaker zones can be intermixed, a
ページ2に含まれる内容の要旨
SP400 Compact Two-Way Speaker Specifications System Freq. Range (–10 dB): 75Hz–21kHz Freq. Response (–3 dB): 160Hz–18kHz Horz. Coverage Angle (–6 dB): 120° averaged 800Hz to 16kHz Vert. Coverage Angle (–6 dB): 100° averaged 800Hz to 16kHz Directivity Factor; Q(DI): 5.6 (7.5) averaged 800Hz to 16kHz 1 System Sensitivity : 88dB, 1W @ 1m Rated Maximum SPL: 109dB, @ 1m 2 System Input Power Rating : 30W RMS, 120W Peak Constant Voltage: 70V, 100V Power Taps: 1, 2, 4, 7.5, 15, 30W Crossover: 4kHz Hig
ページ3に含まれる内容の要旨
SP400 Compact Two-Way Speaker SP400 Vertical Polars 125Hz 250Hz 0˚ 500Hz 1kHz Vertical Off-Axis Frequency Response (up) 2kHz 4kHz 0˚ 8kHz 16kHz Vertical Off-Axis Frequency Response (down) OF 6 PAGES oF 6 PAGES 3
ページ4に含まれる内容の要旨
SP400 Horizontal Polars 0˚ 0˚ 125Hz 200Hz 250Hz 250Hz 500Hz 315Hz 1kHz 400Hz 0˚ 3.15kHz 4kHz 5kHz 6.3kHz Horizontal Off-Axis Frequency Response Graph 0˚ 2kHz 4kHz 8kHz 16kHz OF 6 PAGES oF 6 PAGES 4
ページ5に含まれる内容の要旨
45˚ Compact Two-Way Speaker SP400 Frequency response is measured on-axis at a distance referenced back to 1m at 1-watt drive. Shown as half-space (2π) enviroment. Beamwidth vs. Frequency Directivity Index 6.57" (167mm) 3.58" (91mm) 6.57" (167mm) 4.84" (123mm) 1.26" (32mm) 1.73" (44mm) TOP SIDE 7.17" (182mm) 3.5" 4.70" (119.5mm) (88.9mm) 10.31" (262mm) 5.61" (142.5mm) 2.05" (52mm) FRONT REAR OF 6 PAGES 5 oF 6 PAGES 45˚
ページ6に含まれる内容の要旨
SP400 Compact Two-Way Speaker Architects’ and Engineers’ Specifications The two-way loudspeaker system shall be a self-contained unit, housed in a vented enclosure with protective grille and consisting of the following sub-systems: (1) a 5" (130mm) low-frequency, carbon-fiber cone driver, (2) a high-frequency, 120° x 100° constant directivity polynomial horn and horn- loaded, dome tweeter, (2) passive crossover network, (3) high-pass filter network, (3) integrated constant voltage line transformer.
