Meyer Sound MSL-6 Operations Instructions download pdf (Page 9)

650-P Subwoofers

MSL-4 Down-fills

Input Mid-Hi

Output

Sub

Output

Input Output

LD-1A

Delay

CP-10 EQ

CH 1

CH 3

Input Output

CH 5

CP-10 EQ

Ch A

Ch B

MSL-6 Upper

MSL-6 Lower

CH 5 controls the MSL-4 down-fill system. Since the

main system is more powerful than the down-fill system

to project farther into the venue, the main system is

audible in the down-fill’s coverage area. To insure that

the systems combine properly in this area:

• Set the MSL-4 to the same polarity as the MSL-6 to

phase align the mid-hi frequencies.

• Use the CH 5 Array EQ filter to minimize the low-

mid rise caused by the MSL-4 array.

• Delay the down-fill to align it with the lower

MSL-6 system in their intersecting coverage area.

The polarity for the 650-P depends on the height and

distance of the measurement position from the flown and

subwoofer systems. The entire system should be measured,

phase-aligned, and equalized using the SIM System II

Sound Analyzer and CP-10 Parametric Equalizer.

Flown MSL-6, DS-2P, and MSL-4;

650-P on the Floor

The system from the previous example can be supple-

mented with a row of four DS-2Ps (or PSW-2s), sus-

pended below the lower MSL-6 array, to reinforce the

low frequencies. The MSL-4s are hung below the DS-2Ps

at 20°.

650-P Subwoofers

MSL-4 Down-fills

DS-2P

Input Mid-Hi

Output

DS-2

Output

Sub

Output

Input Output

LD-1A

Delay

CP-10 EQ

CH 1

CH 3

Input Output

CH 5

CP-10 EQ

Ch A

Ch B

MSL-6 Upper

MSL-6 Lower

The connections for this system are the same as the

previous example except that the CH1 DS-2 output

drives the DS-2P system with the DS-2 & Sub Crossover

switch in. The lower MSL-6 system should be delayed to

align with the upper MSL-6 system in the area in which

their coverage overlaps. The MSL-4 should also be de-

layed to align with the lower MSL-6 system.

Refer to the Operating Instructions for the MSL-4, 650-P,

and DS-2P (or PSW-2) to design arrays for those speakers.

The MSL-6, MSL-4, and DS-2P systems should be set to

the same polarity. The polarity for the 650-P depends on

the height and distance of the measurement position

from the flown and subwoofer systems.

The entire system should be measured, phase-aligned,

and equalized using the SIM System II Sound Analyzer

and CP-10 Parametric Equalizer.

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Meyer Sound MSL-6 Operations Instructions Page 9

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