Philips SM30 manual Direct routing, Wiring control inputs

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remote equipment, activate signalling/warning lamps, etc..

Input 1-8 Apart from the normal functions, inputs 1-8 can be programmed to distribute an external audio source connected to a Microphone Input Module to zone 1-36 preceded with an attention signal and/or pre-recorded message. in that case relay 4 of the Control Relay Module of the basic frame is used to start the audio source.

Direct routing

Control inputs 1-6, 1-12, or 1-18 can be programmed to route a call or music directly to loudspeaker zones 1-6, 1-12, or 1-18.

9.2Installation

Mounting in the Control Centre

The Control Input Modules must be located in the Control Centre slots F, E, and/or D, as indicated in fig.5.1.

The numbers designated to Control Inputs by the microprocessor are dependent on the slot in which their module is located. If only one Control Input Module is used in the system, that module should be located in slot F, then the eight Control Inputs are numbered 1 to 8.

If another module were plugged into slot E instead of F, then the Control Inputs are numbered 9 to 16. Accordingly, slot D will carry inputs numbered 17 to 24.

Note should be taken of the paragraphs referring to Inputs 1-4 and Inputs 5-8 when planning the location of the Control Input Module(s) in the Control Centre.

Wiring control inputs

Each Control Input Module is supplied with a plug-in, 16 terminal, screw connector block.

The remote switch wires are connected to the screw terminals, which are marked in pairs 1 to 8.

The great advantage of the connector block is that if, for some reason, the SM30 Control Centre has to be removed, the block has simply to be unplugged and the wires remain intact.

This avoids the tedious and risky business of rewiring the blocks in their original configurations.

9.3Programming

Control inputs can be programmed for different facilities:

normal Call activation (see installer programming par.14.7 menu 8 ‘Store Hardware’);

remote music control or Control Relay switching (see user programming par.14.3 menu 3 ‘Control Inputs’);

direct zone routing (see installer programming par.14.7 menu 13 ‘Direct Routing’).

1

2

Individual

3

return

 

4

 

5

6

7

8

Common return

LBB 1284

Fig. 9 - CIM

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Contents SM30 Contents Introduction Control CentreProgramming SM30 plug-in modules Signal generatorEmergency Power Supply +48 VDC Block diagramBlock diagram System Operation Typical OperationActivation of Control Relays Volume Control Override Relays Power on delayAlarm interrupt Alarm Tones Signal descriptionTime signals ON/OFF Power Switch fig.4.1A Front panel controlsProgramming Keys fig.4.1C Music Function Keys fig.4.1E Alpha-Numeric LCD Display fig.4.1DPower Supply Module SM30 basic modulesLine Output Module General Setting UP the HardwareOpening the housing Removing Module Blank PanelsMounting the Modules Voltage Setting Volt Emergency Power SupplyEarth Terminal ground General Rules Mounting in a 19 rackRemoving Feet Calculating Required Rack SpaceConnecting amplifiers One Channel System fig.5.5.2Rack Mounting 1 Two channel system 2 One channel system Operating controls Numeric Keypad fig.6.1J Electret condenser microphoneBuilt-in Compressor Balanced Line Level output‘Press-To-Talk’ Key fig.6.1H Call StationUsing the Call Station Using the Keypad to make a Call Installation Loudspeaker Zone TemplateAdjustments LED Intensity PresetPage Connection of Call Stations Installation Mounting in the Control CentreAdjustments Volume Level Controls Call Station Input Module CSMBass Cut Facility Operation Remote Switching FunctionMicrophone Input Module MIM Line Input FacilityCIM Adjustments Gain Control PotentiometersConnection of Microphones Control Input ModuleDirect routing Wiring control inputsMicrophone Input Adjustments Output Volume ControlAutomatic Gain Control Headphone MonitoringRecording over an Existing Message Safety FeaturesNumerical order, commencing with message Recording a MessageMusic Source Inputs Remote Location RecordingMusic Input Module MUMDisplay music source status Programming Software routing to zonesZone Relay Module ZRMTerminations Multiple Amplifier Configurations Coupling Zone Relay ModulesCRM Control Relay ModuleProgramming Power-on delay Remote Volume Control OverridesInstallation Wiring Control RelaysProgram step Selection User password ProgrammingSummary SM30 User Programming User Program User Programming ModeIntroduction GeneralCall Stations Key Pad Selection Signal number selectionMain menu selection Call Station number selectionKey Priority selection Key Signal number selectionFunction Key number selection Key programming selectionKey Music on/off Key Music volume upKey Music volume down Key Relay switching selectionMicrophones Microphone number selectionCall Routing to Zones Programming next microphone MicrophonesPriority level selection input Control InputsControl input number selection Control inputProgramming Control Relays Control InputsGeneral SM30 System SpecificationMains Supply DL L Audio signal level diagramMusic Routing Return to ‘RUN’ modeError Messages Music RoutingPage Supplement Instructions for installation Contents Extended Call Station Programming Installer programming stepsselectionSetup Store hardware Installer modeSystem down Language selectionMusic Input Text Power-on DelayPOWER-ON Delay Delay timeAlternative text selection Select LanguageAlternative Music Input Text Input number selectionAltering selection Storing Hardware Selecting Amplifier ConfigurationStore Hardware Amplifier Configuration Configuration displayVolume Step/Repeat Remote Volume Control MusicMode display Call Station selection Volume Control Routing Limits Call Override Relays StationOverride Relays Relay selectionCurrent zone display Routing settingRouting Limits Direct Routing14.2 Confirmation Clear Memory Control Alarm ModePower-on delay System down Clearing MemoryFlexible F-keys 17.3 Confirmation Extended Call StationExtended Call Station Programming Selection Call Station input numberMPL if IE R C ONF IG Xxxxxx R MA N Singl E AMP LIF IE RS MU SIC Z on ES SE T ROU TIN G VIA Inst AL LE R P Rogr AM EL ECT PR Ogram CT L AL AR M MOD E SEL ECT FUN Ction MIC ROP Hone Priority Page Page 3922 988 33415 20/97