AKG Acoustics CS 5 Configuring the Dip Switches, Selecting NOM Limitation/Interpretation Channels

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Section 3: CS 5 BU Base Unit

3.4.2Configuring the Dip Switches

1.Before powering up, set all front panel level controls to minimum (smallest dot) and set the rear panel dip switches as required. Refer to fig. 3 on page 15 and Table 1 below.

Dip switch

Function

Switch position

 

 

0

1

 

 

 

 

 

 

S1

routes LINE IN to

NORMAL bus

EFFECTS bus

 

 

 

 

S2

routes EXT. MIC. IN to

NORMAL bus

EFFECTS bus

 

 

 

 

S3

routes TAPE IN to

NORMAL bus

EFFECTS bus

 

 

 

 

S4

routes SYSTEM BUS IN to

NORMAL bus

EFFECTS bus

 

 

 

 

S5

switches NOM attenuation on SYSTEM BUS OUT

OFF

ON

 

 

 

 

S6

switches NOM attenuation on LINE OUT

OFF

ON

 

 

 

 

S7

EXT. LANG. signal

muted

routed to Channel 1

 

 

 

 

S8

Microphone activation mode

Floor request opens available mic channel

FIFO: Floor request opens available mic

 

 

or puts microphone on waiting list.

channel or cancels earliest floor request.

 

 

 

 

Table 1: Base Unit dip switches.

Dip switches S1 to S4 route the LINE, EXT. MIC., TAPE, and SYSTEM inputs to either the NORMAL or EFFECTS bus. The NORMAL bus feeds the mixed input signals to the TAPE, LINE, SYSTEM, , and INFRA outputs.

The EFFECTS bus signal is available at the EFFECT output where you can connect a feedback eliminator or other effects device. Connect the output of your effects device to the EFFECT IN jack on the rear panel. The processed signal is fed to the NORMAL bus. As long as no effects device is connected, the signal is routed to the NORMAL bus.

Dip switches S5 and S6 let you activate and deactivate NOM attenuation. NOM (Number of Open Microphones) at- tenuation reduces the volume of the loudspeakers in a sound system depending on the number of microphones that are active at any time. The more microphones are open, the more the loudspeaker volume is reduced. S5 al- lows you to activate NOM attenuation for the loudspeakers on the microphone stations connected to SYSTEM out- puts. S6 lets you activate NOM attenuation on the LINE OUT signal that feed the room sound system.

Dip switch S7 allows you to select the input signal for system channel 1. To route the assigned Interpreter Station output to channel 1, set S7 to "0". To route the EXT. LANG. input to channel 1, set S7 to "1". You can use the lat- ter configuration for a consecutive interpreter with a hardwire or wireless microphone.

Dip switch S8 selects one of two microphone activation modes.

-With S8 in position "0", a microphone will be switched on immediately on pressing the talk button ("requesting the floor") if a microphone channel is available. If no microphone channel is available, the microphone requesting the floor will be put on the waiting list.

-With S8 in position "1", a microphone will be switched on immediately on pressing the talk button if a microphone channel is available. If no microphone channel is available, the floor request on top of the waiting list will be deleted and the last microphone requesting the floor will be added to the waiting list.

3.4.3Selecting NOM Limitation/Interpretation Channels

Set NOM LIMIT (7) to the desired ratio between the maximum number of microphones that may be open at any time and the number of channels available for interpretation.

If no interpretation is needed, you may set NOM LIMIT to "64/0", allowing 64 microphones to be open simultane- ously. To reduce the number of open microphones, set NOM LIMIT to a lower position.

If interpretation will be provided, set NOM LIMIT for the number of interpretation channels required (e.g., "48/16" for any number of interpretation channels up to 16 and 48 open microphones).

CS 5 User Manual

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Contents Conference System Table of Contents Table of Contents Symbols Used Safety and Environment Safety InstructionsEnvironment FCC StatementGeneral Page Simple Discussion System System ExamplesExample 1 Simple discussion system Computer-controlled Discussion System Example 2 Larger discussion system with computer controlInfrared Interpretation System Layout Wiring Diagram Example 4 Large conference system layout and wiring diagram Page Power Switches power to the Base Unit on I or OFF CS 5 BU Base UnitGeneral Front PanelCS 5 BU Base Unit Rear PanelSetting Up the Base Unit Block DiagramBase Unit dip switches Configuring the Dip SwitchesSelecting NOM Limitation/Interpretation Channels Powering Up Setting LevelsCS 5 BU Base Unit Introduction CS 5 DU Delegate StationControls, Inputs, and Outputs Setting Up CS 5 DU Delegate StationMaking Connections Selecting Operating ModesCS 5 DU Delegate Station CS5 VU Voting/Chairperson Station Control Panel, Inputs, and OutputsRefer to Mini jack for stereo headphones CS5 VU Voting/Chairperson StationFunction Switch positions Delegate Mode Press soft button 3 Back to return to the main menuPresident Mode President menu and selectable submenusControlling a Ballot or Opinion Poll President Mode Voting/Polling… or like this… Voting in Delegate ModePress any button to return to the President main menu Chip Card Identification CS 5 IU Interpreter Station CS 5 IU control panel, inputs, and outputsCS 5 IU Interpreter Station OutputSelecting Target Language Channels Selecting Station AddressesSelect Next press Relay to bring up this screen List of Available Language Names Selecting the Microphone TypeUsing the Interpreter Station Microphone signal will be automatically routed to output aSelect your target language Controlling the microphonesCS 5 IU Interpreter Station Placement Infrared Transmission SystemCS 5 IRT 1 and CS 5 IRT 2 Infrared Radiators GeneralConnect each infrared radiator to power Infrared Transmission SystemMounting ConnectionsCS 5 IRR 7 Infrared Receiver Using the Infrared Receiver Replacing BatteriesCharging Batteries CS 5 CU 50 Charger/Storage CaseUnlock and remove the lid from the flight case Battery Care Remove the receiver from the charging slotSystem Components Specifications CS 5 BUSpecifications Connector PinoutsSystem CS 5 DU/VU Physical Dimensions Signal/noise ratio WidthDepth Circuited input Headphone Output Power Physical Dimensions WidthCS 5 PS CS 5 IRT 1 and CS 5 IRT CS 5 IRRQuick Charging Mode Charging current Trickle Charging Mode Charging currentCS 5 CU Conformity10/09/9100 U