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RRM02 - Product Manual

Issue: 02 complete, approved

Page 8 of 68

3.2 Installation

Requirement

3.2.1 Equipment

and Tool Requirements

•

The RRM02 unit.

•

The antennae if they are to be directly connected to TNC connectors on the upper face of the RRM02.

L

The antennae are not supplied with the RRM02 and need to be ordered separately. The
antenna type to be used for direct connection to the RRM02 is the ASL type ANT03B.

•

Cabling as specified in Section “

3.3 Cabling Requirements

” (page

9

) to suit your system design.

•

Suitable fixings for the RRM02, and a screwdriver, nut spinner, or other appropriate tool to fix these.

It is suggested that the fixings are M6 pozipan head screws, with a thread length of the required fixing
length plus 20 mm, as the length of the screw inside the RRM02 unit will be 20 mm.

If M6 screws are not used for the fixings, then the unit fixings need to be able to be inserted down the
spaces provided for them in the RRM02 base casing. Therefore their heads must not be of a diameter
greater than 13.0 mm. The shafts of the unit fixings need to be able to be passed through the holes
provided for them in the RRM02 base. Therefore their shafts must not be of a diameter greater than
6.0 mm. The length of the shaft that will be within the RRM02 is 20 mm, so this will need to be allowed
for.

•

Pozidriv (M3 and M6) and flat-blade (small and large) screwdrivers.

•

Nut spanners (M4 and M25).

•

A pair of wire cutters/strippers.

•

A large Allen key (10 mm).

•

IP65 glands/conduit suitable for the field wiring cable entry hole (25 mm diameter) and for any optional
antenna installation cabling.

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Summary of Contents for RRM02

Page 1: ...RRM02 Remote Radio Microphone Receiver ASL Document Ref U 0464 0589 doc Issue 03 complete approved Date 16 08 10 Part Number M0464_155 Product Manual ...

Page 2: ...d Security Limited assumes no liability with respect to the accuracy of such information Issue 02 complete approved Page 2 of 68 This equipment is designed and manufactured to conform to the following EC standards EMC EN 55103 1 1997 EN 55103 2 1997 EN 50121 4 2006 ENV 50204 1996 Safety EN 60065 2002 Failure to use the equipment in the manner described in the product literature will invalidate the...

Page 3: ...eiver Pilot Tone Detection Configuration 34 5 3 Radio Microphone Receiver Squelch Level Configuration 35 6 Commissioning the RRM02 36 6 1 For a Single RRM02 Unit with Serial Data and Audio Connection to an ASL Router Audio Input 36 6 1 1 Obtaining the Router Input Number 36 6 1 2 Configuring the Microphone Type 36 6 1 3 Configuring the PTT Button 36 6 1 3 1 PTT Button Zone Selection 36 6 1 3 2 PTT...

Page 4: ... Number 50 6 2 2 4 3 Obtaining the BMB01 Digital Input Number 50 6 2 2 4 4 Obtaining the BMB01 Digital Output Number 50 6 2 2 4 5 Configuring BMB01 Digital Input for Routing 50 6 2 2 4 6 Configuring BMB01 s Digital Output for Busy Indication 51 6 3 For Connection to Other PA Systems 51 7 Fault Finding 52 8 Maintenance 54 8 1 Powering the RRM02 On and Off 54 8 2 Radio Microphone Receiver Adjustment...

Page 5: ... A processor on the microphone PCB interfaces all LED indicators and the PTT Press To Talk signal to the ASL PA system by means of a serial interface while microphone audio is provided as a balanced 0 dBu nominal analogue signal The microphone s processor is also responsible for generating an outgoing low frequency surveillance tone which is used to monitor the audio connection to the Router The p...

Page 6: ...necessarily indicate that a route has been made BUSY Red LED The BUSY LED only operates when the RRM02 is connected to an ASL PA VA system using the serial microphone data interface Therefore the BUSY LED will not operate when multiple RRM02 units are used on a single loudspeaker zone or when used with other manufacturer s PA systems When the BUSY LED is lit this indicates that the zone or one or ...

Page 7: ...itted adaptor leads provide internal connection to the Radio Microphone Receiver L Cable entry holes are provided on the lower face of the unit as alternative antenna cable entry points refer to Section 3 2 2 3 Antenna Cabling page 10 for connection details 3 Radio Microphone Receiver 4 Microphone PCB underneath and protected by a metal bracket 5 Cast aluminium box 6 DIN rail terminals for field c...

Page 8: ...f the required fixing length plus 20 mm as the length of the screw inside the RRM02 unit will be 20 mm If M6 screws are not used for the fixings then the unit fixings need to be able to be inserted down the spaces provided for them in the RRM02 base casing Therefore their heads must not be of a diameter greater than 13 0 mm The shafts of the unit fixings need to be able to be passed through the ho...

Page 9: ... must be used where specified 2 All field cable screens must be connected to the back box 3 All screen tails must be 3 cm 3 2 2 2 Cabling for Relay PTT and Audio Connection to an ASL or Other PA System Signals Cable Description Suggested Type Audio 1 x 2 core twisted screened Overall foil screened Low Smoke and Fume LSF CAT5 STP can be used up to 500 m without adverse cross talk Fire Rated equival...

Page 10: ... Figure 2 RG58 Cable Connection to Connectors on Upper Face of Unit RRM02 ENCLOSURE TNC crimp plug Suggested type Gigatronix TN15 0058 C06 Required tool Gigatronix DCC 1113 or GCT 0058 crimp tool RG58 cable to antenna b Antenna cables fed through the cable entry point on the lower face of the unit and connected directly to the BNC connectors on the Radio Microphone Receiver see Figure 3 L Preferre...

Page 11: ...d then be terminated to the Microphone Receiver with a right angle BNC crimp plug L The cable join must be IP65 sealed or in an IP65 enclosure if it is required to prevent water ingress into the antenna cabling Figure 5 RG213 or H1000 Cable Connection to Receiver Connectors RG58 adaptor lead RG213 or H1000 cable to antenna RRM02 ENCLOSURE IP65 cable join external to the unit Suitable low profile r...

Page 12: ...tely 4 Adjust the Radio Microphone Receiver as follows see Figure 7 a Select the correct RF frequency via the internal rotary switch b The Receiver is supplied with pilot tone detection enabled for secure use with the ASL RPA01 Radio Microphone Transmitters This configuration will completely block announcements from Radio Microphone Transmitters that do not provide the required pilot tone non tone...

Page 13: ...ed default Do not change Switches 3 4 Squelch Level Ç Ç Least sensitive 76 dBm Ç È 86 dBm È Ç 93 dBm default È È Most sensitive 99 dBm FREQUENCY SELECTION ROTARY SWITCH È ON RADIO MICROPHONE RECEIVER Switch Position Transmitter Channel 0 CH 01 1 CH 02 9 CH 10 A to F CH10 Refer to Section 5 3 Radio Microphone Receiver Squelch Level Configuration page 27 for further details Refer to Section 5 1Radio...

Page 14: ...g the installation then re connect the adaptor leads as shown in Figure 8 See Section 3 2 2 3 Antenna Cabling page 10 for cabling and connector details L The antennae are not supplied with the RRM02 and need to be ordered separately The antenna type to be used for direct connection to the RRM02 is the ASL type ANT03B Figure 8 Internal Coaxial Lead Connection UPPER FACE Internal wiring omitted for ...

Page 15: ...ion of the microphone signal a Remove the M25 blanking plugs on the lower face of the unit and install the antenna cable glands or conduits see Figure 9 b Disconnect the adaptor leads connecting the TNC connectors on the upper face of the unit if not already done see Figure 9 c Fit a blanking cap to each unused TNC connector on the upper face of the unit see Figure 9 Note that blanking caps are no...

Page 16: ... shown in Figure 10 and then connect the cables to the Radio Microphone Receiver RF inputs Figure 10 Antennae Cabling Routing UPPER FACE Internal wiring omitted for clarity RADIO MICROPHONE RECEIVER 2 x RECEIVER RF INPUTS 1 Route antenna cable 2 Termination Telegartner right angle BNC plugs J01000A1257 or RS 112 1883 3 Connect cable to Receiver connector 8 Ensure that the power supply from the cen...

Page 17: ...t and then feed the field cabling through into the RRM02 see Figure 11 Figure 11 Field Cabling Entry Point UPPER FACE Adaptor leads and hole blanking plugs fitted as standard Internal wiring omitted for clarity RADIO MICROPHONE RECEIVER FIELD CABLING ENTRY HOLE φ 25 mm 1 Fit IP65 conduit or gland 2 Feed audio data and power supply cabling and cut to length ...

Page 18: ...PRING CLAMP 6 SPRING CLAMP DXP DXN SHIELD AUDIO AUDIO 0V V SHIELD 21 11 24 14 A2 A1 22 12 RELAY COM 11 21 NO 14 24 FIELD CABLING 7 SPRING CLAMP SPRING CLAMP UPPER FACE CABLE RETAINING CLIP SPRING CLAMP TERMINALS Release clamp by inserting a small screwdriver into the top aperture and applying downward pressure L M4 NUT WASHERS RELAY CONTACT PAIRS 11 14 21 24 NO Normally Open closing to the matchin...

Page 19: ... fixing threads are stressed as this may cause them to weaken and shear L This can be done after commissioning the unit if desired Leaving the lid off at this stage enables the RF signal strength LEDs on the lower face of the Radio Microphone Receiver to be seen during unit commissioning see Figure 14 Figure 14 Radio Microphone Receiver RF Level Indicators RADIO MICROPHONE RECEIVER 74 dBm 79 dBm 8...

Page 20: ... Open NO Contact select output 1 The protection diode is pre fitted 2 The pair contacts for connection of PTT to other manufacturer s PA systems or for connection of multiple RRM02 units are 11 14 or 21 24 NO Normally Open closing to the matching COM Common terminal for radio broadcast PTT signal DIN Rail Terminals Signal Description Internal Wiring Colour SHIELD Connection for cable screen bonded...

Page 21: ...ect connection of antennae or antenna cabling Internal adaptor leads are supplied fitted as standard BNC CONNECTOR 2 x 50 Ω jack Internal on top of Radio Microphone Receiver For connection of antenna cabling Alternative to external TNC connectors on upper face of unit Adaptor leads to be removed DIRECT ANTENNA CONNECTIONS REMOTE ANTENNA CONNECTIONS ...

Page 22: ...2 1 Cabling for Serial Data and Audio Connection to an ASL VAR Router DAU or ACU Microphone Input page 9 for recommended cabling Figure 15 Connection to the VAR Router Example RRM02 ENCLOSURE CABLE SCREEN TAILS TO BE 3 cm CABLE ENDS TO BE FITTED WITH SUITABLE BOOTLACE FERRULES L CENTRAL EQUIPMENT RACK T0 5A MIC AUDIO IN SCREEN DXN DXP V SUPPLY 0V SUPPLY SCREEN MIC AUDIO IN VAR4 INPUT 1 4 VAR8 INPU...

Page 23: ...ing Figure 16 Connection to the Intellevac ACU or DAU Example 8x8 DAU ACU ENCLOSURE RRM02 ENCLOSURE MIC DXP 1 SUPPLY SUPPLY 0V MIC DXN IN IN ACU DAU INPUT 1 8 2 3 4 1 INPUT 1 2 PTT INPUT 3 8 POWER NON BACKED 2 INPUT 1 2 PTT INPUT 3 8 NOT AVAILABLE 3 INPUT 1 2 ALL CALL ONLY INPUT 3 8 NOT AVAILABLE 4 INPUT 1 2 SPEAK NOW LED INPUT 3 8 NOT AVAILABLE SHIELD AUDIO AUDIO 0V V DXP DXN 6 5 4 3 2 1 SHIELD N...

Page 24: ...ne Without Chime If the multiple RRM02 units for a single zone do not need to have a chime configured then they each have their audio outputs connected to a Router audio input with their PTT relay outputs connected to Router contact inputs The serial data lines are not connected to the Router with the contact inputs being used to make the routes and the audio inputs are set to Miscellaneous Input ...

Page 25: ... 1 PTT Relay Contact PTT Relay Contact Contact Input 1 makes a route from Audio Input 1 to Audio Output 1 Contact Input 2 makes a route from Audio Input 2 to Audio Output 1 Router Inputs are configured as y Miscellaneous Input y No chimes Connections y Audio lines only y No serial data connection Busy LED will not operate on the RRM02 units L RRM02 Unit 1 RRM02 Unit 2 ...

Page 26: ... indicate that the PTT button is being held down c VAR4 VAR12 VAR20 VAR8 and VAR8 ACU the power supply from the Router input should not be used DAU or ACU the power supply from the Router input can be used d The Router can be either a rack mounted or a wall mounted ASL PA VA system y Rack mounted system VAR4 VAR12 VAR20 VAR8 or VAR8 ACU y Wall mounted system DAU Distributed Amplifier Unit or ACU A...

Page 27: ...cted to the Router and the audio inputs are set to Miscellaneous Input with equal priority This scheme is illustrated in Figure 19 for two RRM02 units and the connection diagram is shown in Figure 20 Refer to Section 6 2 2 Multiple RRM02 Units on One Zone With Chime page 47 for ASL PA VA system commissioning details L This scheme requires a spare audio input and output at the Router A brief pause ...

Page 28: ...l not operate on the RRM02 units L RS485 Busy Indication for Audio Output 1 route which is made from Audio Inputs 1 or 2 Router Inputs are configured as y Miscellaneous Input y No chimes Connections y Audio lines only y No serial data connection Router Inputs are configured as y Miscellaneous Input y Chime set as required Connections y Audio lines only y No serial data connection Digital Input 1 c...

Page 29: ...MIC AUDIO IN MIC AUDIO IN NO COM CONTACT 1 CONTACT 1 CONTACT 2 CONTACT 2 CONTACT INPUTS f AUDIO OUTPUT e OUT 1 OUT 1 RRM02 UNIT 2 a PTT RELAY DXP DXN AUDIO AUDIO 0V V NO COM MIC INPUT 2 a MIC AUDIO IN MIC AUDIO IN 18 40 V NC b NC b AUDIO OUTPUTS g MIC INPUT 3 e MIC AUDIO IN MIC AUDIO IN OUT 2 OUT 2 DIGITAL INPUT i DI 1 DI 1 DIGITAL OUTPUT i 24Vout DO 1 18 40 V DXP DXN RS485 DXP DXN 0Vin 24Vin SUPP...

Page 30: ...grammed This audio input is then routed to the required audio zone output s f Any available Router intermediate digital inputs connected as a simple contact closure to ground The contacts to be programmed to route the appropriate audio inputs from the RRM02 units to the intermediate Router output which will be fed back into the Router In this example y Contact 1 routes Input 1 to Output 1 when con...

Page 31: ... Systems Example TO OTHER PA SYSTEM RRM02 ENCLOSURE SHIELD AUDIO AUDIO 0V V DXP DXN 6 5 4 3 2 1 SHIELD No user connection 6 5 4 3 2 1 CABLE SCREEN TAILS TO BE 3 cm CABLE ENDS TO BE FITTED WITH SUITABLE BOOTLACE FERRULES L AUDIO INPUT V SUPPLY 18 40 V 0V SUPPLY AUDIO INPUY PTT ACTIVE PTT ACTIVE RELAY COM NO L FROM TO OTHER PA SYSTEM PTT ACTIVE CABLE SCREEN TAILS TO BE CONNECTED TO SYSTEM GROUND AND...

Page 32: ...future use È Disabled default Do not change Switches 3 4 Squelch Level Ç Ç Least sensitive 76 dBm Ç È 86 dBm È Ç 93 dBm default È È Most sensitive 99 dBm FREQUENCY SELECTION ROTARY SWITCH È ON RADIO MICROPHONE RECEIVER Switch Position Transmitter Channel 0 CH 01 1 CH 02 9 CH 10 A to F CH10 Refer to Section 5 3 Radio Microphone Receiver Squelch Level Configuration page 27 for further details Refer ...

Page 33: ...able 3 page 34 and Table 4 page 35 The switch is located on the upper face of the Radio Microphone Receiver module inside the RRM02 as shown in Figure 22 page 32 Table 2 Radio Microphone Receiver Frequency Selection Frequency Selection Switch Position Corresponding Radio Microphone Transmitter Channel Number 0 1 1 2 2 3 3 4 4 5 5 6 6 7 7 8 8 9 9 10 A to F 10 L Frequencies in the Channel 70 license...

Page 34: ...ot Tone Detection Setting 1 2 3 4 ON Pilot tone detection disabled This configuration enables announcements from Radio Microphone Transmitters regardless of whether they provide the pilot tone or not 1 2 3 4 ON Factory default Pilot tone detection enabled This is the factory default setting for secure use with the ASL RPA01 Radio Microphone Transmitters This configuration will completely block ann...

Page 35: ...nsitive in steps until the Radio Microphone transmissions are received correctly The squelch level is set by DIP switches 3 and 4 located on the microphone PCB see Figure 22 page 32 with the future option of setting it by the Router configuration Table 4 Radio Microphone Receiver Squelch Level Selection DIP Switch Positions Receiver Squelch Level Received RF Signal Strength 1 2 3 4 ON Least sensit...

Page 36: ...r Input Number Check the system design documentation to find the Router audio input number being used for the RRM02 This input number will be required throughout this commissioning procedure being referred as nn 6 1 2 Configuring the Microphone Type Menu ConfigurationÆSystemÆRouterÆInputsÆMic LineÆ I P nn input name Where nn is the Router input number found in Section 6 1 1 Obtaining the Router In...

Page 37: ...quired 6 1 4 Configuring the Microphone Audio Parameters 6 1 4 1 Microphone Input Gain VAR4 12 20 Menu ConfigurationÆSystemÆRouterÆInputsÆMic Line Æ I P nn input name ÆSingle Button MicrophoneÆAudioÆGainÆPreAmp DAU ACU VAR8 VAR8 ACU Menu ConfigurationÆSystemÆRouterÆInputsÆMic Line Æ I P nn input name ÆSingle Button MicrophoneÆAudioÆGainÆInput Possible values 63dB to 0dB 1dB steps System default co...

Page 38: ... 1 4 1 Microphone Input Gain page 37 The detection threshold level is adjustable as follows 1 Configure Mode LF and Level dB 40 enabling the Router to detect the presence of the low frequency surveillance tone that is generated by ASL microphones 2 Clear any existing faults by pressing the FAULT CLEAR button on the system front panel 3 Make sure that no fault is reported for the RRM02 Any fault re...

Page 39: ... output is set to the default level 0 dB and then for each output in the system configure the Relative Output Gain as follows 1 Disable any ANS for the output associated with the RRM02 by setting it to Off Menu ConfigurationÆSystemÆRouterÆOutputsÆ O P nn output name ÆANS nn is the output number Note that to simplify this process the Router displays the output name and that the output names may hav...

Page 40: ...typically be used on microphone inputs to prevent excessive pop noise Configure the 3 band equaliser and the High Pass filter as required L This setting should not be used to set the equalisation for a particular output Outputs have their own equaliser setting 6 1 4 5 Microphone Fade Up and Down Times Menu ConfigurationÆSystemÆRouterÆInputsÆMic LineÆ I P nn input name ÆSingle Button MicrophoneÆAud...

Page 41: ... Paging Microphone with chime Note that the background music Fade Down time T2 is not used in this instance Instead the microphone Fade Down time T4 is used to fade out the background music before the microphone broadcast starts as well as to fade out the microphone at the end of its broadcast Figure 24 Sequence of Events for Paging Microphone Chime Overriding a Background Music MUSIC FADE UP T1 F...

Page 42: ...to the same output In this case the input with the highest priority will be able to broadcast to this particular output and the others will not The priority also determines if the user may be overridden by other users during broadcast to an output Note that when the microphone is connected to an ACU the ACU uses the priority to arbitrate the use of the network channels and then each slave unit DAU...

Page 43: ... if all outputs are routed to non emergency audio inputs such as Paging Microphones or music or are not routed In an Intellevac Network The emergency class is also used by any Zoned Fire Microphone connected to the ACU or VAR8 ACU to indicate the emergency DVA message status of any zone group which is configured for a Zone Select button This indication is done by control of the zone s Busy and Sel...

Page 44: ...rgency source The Select LED is turned ON continuously The Busy LED flashes ON and OFF repeatedly if any output in the group configured for the button is connected to an input that has been configured as a Low Priority Emergency source and no output in the group is connected to a High Priority Emergency source The Select LED is turned ON continuously The Busy LED is turned OFF if any output in the...

Page 45: ...r 36 For each RRM02 unit 6 1 2 Configuring the Microphone Type 36 Configure microphone input as Miscellaneous Input 6 1 3 1 PTT Button Zone Selection 36 Not available for Miscellaneous Input 6 1 3 2 PTT Button Cough Timeout only on VAR4 12 20 37 Not available for Miscellaneous Input 6 1 4 1 Microphone Input Gain 37 As described for single microphone 6 1 4 2 Microphone Surveillance Tone Detection 3...

Page 46: ...ge 45 VAR4 12 20 Menu ConfigurationÆSystemÆRouterÆControlÆContacts Æ Contact nn ÆRoutingÆZoning DAU ACU VAR8 VAR8 ACU Menu ConfigurationÆSystemÆRouterÆCtrlÆContacts Æ Digital nn ÆRoutingÆZoning 2 Configure the route s for non latching operation i e the activation of the contact initiates the route When the contact is released the route is cleared VAR4 12 20 Menu ConfigurationÆSystemÆRouterÆControl...

Page 47: ...uter Microphone Input for Multiple RRM02 Units for a Single Zone With Chime Section Page Configuration of Multiple RRM02s for a Single Zone 6 1 1 Obtaining the Router Input Number 36 For each RRM02 unit 6 1 2 Configuring the Microphone Type 36 Configure microphone input as Miscellaneous Input 6 1 3 1 PTT Button Zone Selection 36 Not available for Miscellaneous Input 6 1 3 2 PTT Button Cough Timeou...

Page 48: ...RM02 to the intermediate output found in Section 6 2 2 2 1 Obtaining the Router Intermediate Output Number page 48 VAR4 12 20 Menu ConfigurationÆSystemÆRouterÆControlÆContacts Æ Contact nn ÆRoutingÆZoning DAU ACU VAR8 VAR8 ACU Menu ConfigurationÆSystemÆRouterÆCtrlÆContacts Æ Digital nn ÆRoutingÆZoning 2 Configure the route s for non latching operation i e the activation of the contact initiates th...

Page 49: ...icrophone Fade Up and Down Times 40 As described for single microphone 6 1 4 6 Microphone Pre Annoucement Chime 42 Configure chime to Chime 1 Chime 2 or Chime 3 as required 6 1 5 1 Microphone Priority 42 As described for single microphone Configure a priority higher than the priority configure for the inputs connected to the multiple RRM02 units 6 1 5 2 Microphone Class 43 As described for single ...

Page 50: ...l ii ÆRouting Where n is the BMB01 unit address and ii is the BMB01 digital input number found in Section 6 2 2 4 4 Obtaining the BMB01 Digital Input Number page 50 Once a digital input is configured for Routing it is necessary to define the route s that it controls and to set the routing control parameters as described in the following steps 1 Configure the route s by associating the intermediate...

Page 51: ...ddress n ÆDigital InÆ Æ Digital ii ÆRoutingÆControlÆBusy On 6 2 2 4 6 Configuring BMB01 s Digital Output for Busy Indication VAR4 12 20 Menu ConfigurationÆSystemÆRouterÆControlÆRemote Æ Remote I O Unit n ÆDigital OutÆ Output ii ÆBusy Indication DAU ACU VAR8 VAR8 ACU Menu ConfigurationÆSystemÆRouterÆCtrlÆRemote Æ Unit Address n ÆDigital OutÆ Æ Digital ii ÆBusy Indication Where n is the BMB01 unit a...

Page 52: ...etween microphone and Router Replace microphone console Replace Router No operational failure on initial fault report Total loss of all functionality on a single microphone if subsequent fault reports within one hour Mic CPU reset IPXX MIC COMMS XX 01 to 20 A one off occurrence may be experienced due to EMI or transients Repeated occurrences indicate faulty microphone electronics so replace microp...

Page 53: ...cabling between microphone and Router Replace microphone console Replace Router No operational failure on initial fault report Total loss of all functionality on a single microphone if subsequent fault reports within one hour Mic CPU reset MIC n MIC COMMS n 01 to 08 A one off occurrence may be experienced due to EMI or transients Repeated occurrences indicate faulty microphone electronics so repla...

Page 54: ...d and observe the Section 11 Safety and Precautions page 59 when carrying out any maintenance tasks Failure to follow these precautions may cause personal injury and or damage to the equipment 8 1 Powering the RRM02 On and Off The RRM02 should always be powered off before being disconnected Failure to do so may damage the VAR Router DAU or ACU connected to the RRM02 Powering the RRM02 is done by t...

Page 55: ...b If required enable or disable the pilot tone detection by setting DIP switch 1 on the microphone PCB Refer to Section 5 2 Radio Microphone Receiver Pilot Tone Detection Configuration page 34 for pilot tone detection configuration c If required select the squelch level by setting DIP switches 3 and 4 on the microphone PCB Refer to Section 5 3 Radio Microphone Receiver Squelch Level Configuration ...

Page 56: ...rophone Receiver Phantom Power 9 3 V nominal Phantom Power Current Limit 44 mA Total Harmonic Distortion THD 1 3 Audio Frequency Response 70 Hz 18 kHz 3 dB Sensitivity Better than 107 dBm for 12 dB SINAD Signal Noise Ratio 100 dBA Squelch Level 4 levels selectable Operating Frequencies 10 frequencies in the Channel 70 license free band selectable by internal rotary switch Frequencies available fro...

Page 57: ...ver 360 mm 160 mm 90 mm 110 mm 340 mm MOUNTING HOLE POSITIONS CASE BASE φ 6 5 m m 50 mm 284 mm 38 mm UPPER FACE LOWER FACE 45 mm 102 mm 209 3 mm 225 3 mm 241 3 mm 315 mm B B B B φ 25 mm THIRD ANGLE PROJECTION A A MANUFACTURED IN THE UK BY APPLICATION SOLUTIONS SAFETY AND SECURITY LTD 25 mm 10 mm A φ 22 mm external POWER ACTIVE BUSY 171 mm 42 3 mm 24 6 mm ...

Page 58: ...roved Page 58 of 68 Figure 28 Dimensions for Cabling Inside the Unit Internal wiring omitted for clarity approx 99 mm 102 mm RADIO MICROPHONE RECEIVER 322 mm 160 mm approx 125 mm 45 mm approx 87 mm 45 mm 360 mm approx 123 mm 38 mm approx 48 mm ...

Page 59: ...evices Observe ESD precautions when handling this product 11 4 EMC In the close proximity of some radio frequency transmitters the signal to noise ratio of this product may be reduced If this occurs re location of the equipment or the signal cables is recommended 11 5 Unpacking and Handling The equipment should be unpacked and inspected immediately on receipt If damage has occurred please advise y...

Page 60: ...R ANTENNAE ON UNIT RRM02 R R R R REMOTE ANTENNAE R is the range of good reception for a single antenna R can be up to 300 m in free air however this figure is strongly modified reduced by building infrastructure The attenuation of the cables should be considered when remote antennae are deployed Thicker cables offer lower attenuation but cannot be routed inside the unit when fed through the holes ...

Page 61: ...rview Table 10 1 ANT03 Whip radio microphone antenna with bracket For remote antenna connection Frequency 840 875 MHz Connector TNC jack Antenna size 242 mm length Bracket size max 48 mm min 35 mm x 244 mm For further details refer to the Product Overview Table 10 1 ANT04 Low profile omnidirectional radio microphone antenna For remote antenna connection Flame retardant LSZH ABS enclosure Frequency...

Page 62: ...ssories ASL Part Number Additional Information 207036 TNC Connector Blanking Cap Function Antenna connector protection cap Location Unused RF inputs Manufacturer Supplier Gigatronix Manufacturer Supplier Part No TN15X1A06 Manufacturer Supplier Description TNC terminator ...

Page 63: ... the TNC connectors on the upper face of the unit Location Inside the box Manufacturer Supplier Application Solutions Safety and Security Limited Manufacturer Supplier Part No A0464669 Manufacturer Supplier Description Adaptor lead B 370 mm 203659 Fuse Function Power supply fuse Location V Power supply terminal at the equipment rack Manufacturer Supplier Farnell Manufacturer Supplier Part No 11232...

Page 64: ...ion Guide U 0450 1360 ASL 9 VAR8 Operation Commissioning Fault Finding and Maintenance Guide Refer to ASL quoting the SW version of your unit for appropriate guide ASL 10 VAR8 ACU Installation Guide U 0450 1430 ASL 11 VAR8 ACU Operation Commissioning Fault Finding and Maintenance Guide Refer to ASL quoting the SW version of your unit for appropriate guide ASL 12 8x8 DAU200 DAU400 Installation Guid...

Page 65: ... pass filter 40 I interference 35 L led power 6 radio microphone active 6 24 27 zone busy 6 24 27 M microphone audio parameters 38 40 42 chime 42 class 43 control parameters 42 43 equalisation 40 fade up and down 40 input gain 37 led mode 44 name 43 priority 42 ptt button 36 ptt button cough time 37 45 47 49 relative output gain 39 router input 36 45 46 48 surveillance tone 5 38 multiple units 7 2...

Page 66: ...RRM02 Product Manual Issue 02 complete approved Page 66 of 68 This page intentionally left blank ...

Page 67: ... to the unit or inexpert attempted repair 9 No fault found where no fault can be found after extensive testing indicating user error or failure in ancillary equipment 10 Electronic assemblies which are improperly packed when returned for repair or service Should any of the above apply Application Solutions Safety and Security Limited reserves the right to raise any relevant charges to the customer...

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