
Monitor Series
Compact Coaxial Speaker
MR3STK
SPEAKER
Coaxial design, small size and a wealth of mounting
options make the Mackie Industrial MR3STK (black)
and MR3SWTK (white) compact coaxial loudspeakers
ideal for use in business music systems.
The woofer is a high-excursion, carbon fiber design.
The dome tweeter uses an efficient Ferrofluid
®
cooled
coil. Together they provide natural, smooth sound
reproduction and high resistance to weather.
Installation of the MR3STK is fast and efficient using
the accompanying MA3-5 (MA3-5W, white) adjustable
mounting bracket. Two M6 and two 3/8" threaded
inserts add to the speaker's flexibility. Connections
are made to recessed color-coded, spring-loaded ter-
minals. Wattage taps, voltage adjustments and 4-ohm
operation are selectable by means of two detented
rotary switches. The enclosure is constructed of high
density, scratch resistant polystyrene and includes a
protective perforated steel grille and connection cover.
Available in black (MR3STK) or white (MR3SWTK).
The MR3STK 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.
Features
4.75" high-efficiency carbon fiber woofer
Coaxial, Ferrofluid
®
cooled, 0.5" titanium metalized
dome tweeter
Built-in, multi-tap constant voltage transformer
Built-in, LICC low inductance passive crossover
Lightweight, UV/weather resistant, high density
polystyrene, trapezoidal shaped enclosure for multiple
applications and minimum visual intrusion
Articulated surface mount hardware
(MA3-5, black, or MA3-5W, white) included
Integrated mounting points for use with optional
mounting hardware
Exclusive Mackie Industrial - one-time, NO FAULT
repair policy
Five year limited warranty
oF 6 PAGES
1
O F 6 P A G E S
MR3STK
AP
PL
IC
AT
IO
N
S
Foreground/Background Music
Distributed Speech Reinforcement
AV Production/Playback
Near-field Monitoring
MR3SWTK