DOD SR400D Manual - Página 7

Procurar online ou descarregar pdf Manual para Hardware informático DOD SR400D. DOD SR400D 10 páginas. Digital room delay processor

SR 400D manual

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3) CHANNEL 2 XLR INPUT - This is the Channel 2 INPUT XLR connector

4) CHANNEL 1 XLR OUTPUT- This is the Channel 1 XLR Output connector.

5) BARRIER STRIP OUTPUT CONNECTION- This is the Barrier strip connection for the Channel 1 and 2 outputs of

the SR 400 D.

6) CHANNEL 2 XLR OUTPUT - This is the Channel 2 Output XLR connector.

7) AC INPUT - Connect the included DOD PS 750 power supply here.

SECTION 2 - PROGRAMMING THE SR 400 D

The SR 400 D is designed to be both easy to program and flexible. The structure of

a SR 400 D is logical, and does not require a lot of time to master.

1) After you power up, Select which delay you wish to edit. Press either <Delay 1>

or <Delay 2> buttons.

2) Now use the <Data Wheel> to change the Delay times. The Delays can be set to

be read as the following with the minimum and maximum values accordingly:

Delay Milliseconds -

Delay Meters -

Delay Feet -

Note: The Maximum Delay in Feet and Meters will vary depending on the Temperature and Humidity settings.

These Delay units can be changed in the utility menu.

Once the satisfactory delay unit has been entered, simply press the <Store> button

to save changes.

Since temperature plays such a big part of in acoustics of room delay, the SR 400 D

lets you change enter in the temperature of the room, then the SR 400D will do the

calculating to change the delay time. This change will cause the Audio signal to arrive at its Point of

sound destination at the correct time.

Humidity also plays a factor in the fluctuation of Room Delay times. The SR 400 D allows you to change the

Humidity percentage (this is performed in the utilities menu), so the sound reaches its Audio destination at the cor-

rect time.

Storing Delay Presets

Once all of the elements are in place and Delay settings are correct, simply press the store button and all changes

will be saved.

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Signal Processing

Min.= 00.0ms

Min.= 00.0m

Min.= 00.0 f

Max.= 2000.00ms

Max.= 697.651m

Max.= 2288.88f