COLUMN SURROUND SPEAKER
You have two sets of mounting locations (4 holes per set). You can use either set of mounting holes on the mounting plate to adjust the location of the speaker depending on the floor covering and the moulding at the base of the wall.
First drill a 1/8" pilot hole to a depth of 1", at a downward angle of 15 degrees. Then use the two # 8 x
Repeat these instructions to mount the second stand.
If you have further questions about assembling your column Surrounds, please call the M&K factory at (818)
7. CUSTOM MODES & REMOTE OPERATION (CS-150 ONLY)
IMPORTANT: The following options are provided for enthusiasts and installers who wish to experiment with their systems.
The design of the
By adjusting the ratio of sound produced by these elements, you can
PLEASE NOTE: The sensitivity of the speaker is slightly different in each of the surround modes. For critical listening, when switching from one mode to another, you should
Regardless of configuration, the Ground
a.Dipole Mode
To operate in the Dipole mode, connect the positive (+) lead to Terminal 1. Use no jumper.
b.Tripole® Mode
To operate in the Tripole mode, must connect the positive (+) lead to Terminal 1 and insert the jumper between terminals 3 and 4.
c.Tripole® With Attenuated Dipole Elements
Compared to the standard Tripole® configuration, the output from the Direct (front) drivers will be unchanged, but there will be significantly reduced output from the Dipole (side) drivers.
To attenuate the Dipole elements, connect the positive (+) lead to Terminal 3, and insert the jumper between terminal 3 and 4.
d.Tripole® With Adjustable Attenuated Direct Radiator
Compared to the standard Tripole® configuration, the output from the Dipole (side) drivers will be unchanged, but there will be reduced output from the Direct drivers. This configuration will give you a sound more like the Dipole configuration.
To adjust the attenuation of the Direct Radiator element, connect the positive (+) lead to Terminal 1 and insert a 5 watt resistor between terminals 3 and 4. The resistor can be any value between 2 and 11 ohms. The larger the value of the resistor, the greater the attenuation.
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