EAW DSA230i, DSA250i owner manual Initial Set-Up, Acoustical Installation

2.Install at least one of the supplied 1/4-20 X 3 in Retainer Bolts with its lock washer through the side of either the top or bottom Wall/Enclosure Bracket and snugly tighten. The bolt threads into a weld nut on the side of the Wall Bracket. This Retainer Bolt prevents the enclosure from being lifted off the Wall Brackets without first removing the bolt. Note that the Retainer Bolt does not “clamp” or support anything. It serves only to retain the enclosure on the wall brackets, not to lock it into position.

CABLE CHANNELS

3. Route cabling as required using the rear channels in the enclosure’s extrusion.

1/4-20 X 3 LG HEX HEAD SCREW & LOCK WASHER

1/4-20 WELD NUT

Figure 5.6.9b Retainer Bolt Installation

Figure 5.6.9c Cable Routing

5.7 Initial Set-Up

ENCLOSURE BRACKET BOLT

4. Rotate the enclosure to the desired horizontal angle. Firmly tighten each Enclosure Bracket Bolt to secure the enclosure in the desired position.

5.7.1 VERIFY MODULE ORIENTATION AND POSITION

Figure 5.6.9d Secure the Enclosure Position

Using DSAPilot and with communications established with the modules, click on each module in DSAPilot. The LED in both the DSAPilot graphic and on the actual module will illuminate. Ensure it is the correct module and that its physical orientation, and, if applicable, its position in a cluster corresponds to that shown in the DSAPilot graphic. See the DSAPilot help file for further information.

CAUTION: Incorrect orientation or cluster position will result in poor to unusable performance.

LED INDICATOR

5.8 Acoustical Installation

Figure 5.7.1 Identification LED

Adjustment of the signal processing and thus the acoustical performance for each DSAi Cluster is accomplished using the DSAPilot software. Complete instructions for its use can be found in the DSAPilot Help file.

These are the basic tasks that need to be done using DSAPilot:

1.Select each cluster configuration used in the system design.

2.Assign the installed clusters to those selected in DSAPilot.

3.Set the Steering parameters for each cluster.

4.Configure the audio input routing for each cluster.

5..Set the user-adjustable gain, EQ, compression, or signal delay for the inputs.

6.Set the desired Power Saving operation.

7.Save the final signal processing settings for the system to a file.

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