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Mackie Monitor Series MR5S Specifications

Mackie Monitor Series MR5S Specifications

Monitor series

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Monitor Series
Careful acoustic design and the use of advanced
materials contribute to the exceptional music fidelity
and speech intelligibility exhibited by the Mackie
Industrial MR5S (black) and MR5SW (white) two-way
speaker systems.
The shielded low-frequency driver's carbon fiber
diaphragm remains extremely rigid at high power lev-
els, producing a linear response and low distortion.
The cone is fitted with a durable foam surround and
treated to resist moisture. The high-frequency section
features a 105° x 105° constant directivity horn with a
built-in mechanical phase equalizer. The horn is driven
®
by a Ferrofluid
cooled, 0.75" soft dome tweeter.
The system is nominally crossed over at 2.5kHz by
a 12 dB/octave network, which uses markedly lower
(than conventional) inductance values in series with
the woofer. This design reduces sound delays associ-
ated with high inductance values and provides excel-
lent low frequency transient response. The high-pass
section is corrected for optimum performance of the
CD horn and is protected with a circuit based on a low-
value/low-mass filament resistor that smoothly limits
the power sent to the tweeter driver.
All components are housed in a vented enclosure
formed from semi-expanded polystyrene foam that is
extremely strong, lightweight and weather resistant.
Threaded metal sockets are molded into the cabinet
to facilitate quick, safe deployment of the MR5S, as a
single unit or in arrays, using specially designed acces-
sory mounting hardware.
The MR5S is a part of Mackie Industrial's Monitor
Series, which includes two-way constant directivity,
compact speakers in easily installed enclosures.
This Mackie Industrial product is covered by an
exclusive, one-time, NO FAULT repair policy in addition
to a five year limited warranty.
MR5S
Compact Two-Way Speaker
MR5WS
Features
5" high-efficiency carbon fiber woofer
105° x 105° constant directivity horn with Ferrofluid
cooled, 0.75" soft dome tweeter
Built-in, LICC low inductance passive crossover with
high frequency dynamic protection
Lightweight, UV/weather resistant, high density
polystyrene, trapezoidal shaped enclosure for multiple
applications and minimum visual intrusion
Integrated mounting points for use with optional
mounting hardware
Exclusive Mackie Industrial — one-time, NO FAULT
repair policy
Five year limited warranty
Foreground/Background Music
Distributed Speech Reinforcement
AV Production/Playback
Near-field Monitoring
®
1
O F 6 P A G E S
o F 6 PA G E S

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Summary of Contents for Mackie Monitor Series MR5S

  • Page 1 MR5S, as a single unit or in arrays, using specially designed acces- sory mounting hardware. The MR5S is a part of Mackie Industrial’s Monitor Series, which includes two-way constant directivity, compact speakers in easily installed enclosures.
  • Page 2: Specifications

    MR5S Compact Two-Way Speaker Specifications System Freq. Range (–10dB): Freq. Response (–3dB): Horz. Coverage Angle (–6dB): 105° averaged 800Hz Vert. Coverage Angle (–6dB): 105° averaged 800Hz Directivity Factor; Q (DI): System Sensitivity Rated Maximum SPL: System Input Power Rating 175W IEC; 700W Peak...
  • Page 3 MR5S Compact Two-Way Speaker Monitor 5S Vertical Polars O F 6 P A G E S O F 6 P A G E S o F 6 PA G E S o F 6 PA G E S 200Hz 250Hz 0˚...
  • Page 4 MR5S Compact Two-Way Speaker Monitor 5S Horizontal Polars 0˚ 0˚ 0˚ O F 6 P A G E S o F 6 PA G E S 0˚ 200Hz 250Hz 315Hz 400Hz 0˚ 1.25kHz 1.6kHz 2kHz 2.5kHz Horizontal Off-Axis Frequency Response...
  • Page 5 MR5S Compact Two-Way Speaker Frequency response is measured on-axis at a distance referenced back to 1m at 1-watt drive. Shown as a half space (2π) environment. Beamwidth vs. Frequency 6.57" (167mm) 4.84" (123mm) 1.26" (32mm) 1.73" (44mm) 10.32" (262mm) O F 6 P A G E S...
  • Page 6 For this reason, any current Mackie Industrial product may differ in some respect from its published description, but will always equal or exceed the original design specifications unless otherwise stated.