Federal Signal Corporation PAGASYS GEN II P-SYS-G Description, Installation, Operations And Maintenance Manual Download Page 69 | Manualshive

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Removing and Installing the Controller Chassis

Description, Installation, Operations, and Maintenance Manual

Federal Signal www.fedsig.com

5.3.3 Preparing Amplifier Installation and Removal

CMOS circuitry is incorporated within this equipment. Observe Electro-Static Discharge

precautions when removing, installing, and servicing amplifiers.

Before removing or installing an amplifier, turn off the circuit breaker

supplying power to the unit. Do not use the power buttons on the front panel.

5.3.4 Removing the Amplifier Chassis

To remove the Amplifier Chassis:
1. Press a latch near the right handle and remove the front cover to expose the dust filter

and cable connections. (See Figure 15.)

2. Write down or photograph the labels and positions of all the cables exposed by the

removed front cover.

3. Unplug four audio/control signal cables on the bottom left. Unplug one large 100 V

audio output cable in the bottom center. Unplug two standby cables on the bottom

right.

4.  Move the cables out of the way of the Chassis.
5.  Undo the front captive retaining screws under left and right handles.
6.  Carefully and slowly slide the Amplifier Chassis out. Be ready to hold its weight

once it slides all the way out.

5.3.5 Installing the Amplifier Chassis

To install the Amplifier Chassis:
1. Temporarily secure the cables out of the way of the Amplifier Chassis to be placed in

the empty chassis position.

2. Carefully slide the Amplifier Chassis into its mainframe position ensuring that no

cables are pinched in the process.

3.  Tighten the front retaining screws.
4.  Plug all the cables into their former positions as previously recorded.
5.  Attach the front cover, using three slots on the left side as hinges and carefully

closing like a door on the right side, until the latch clicks in position.

5.3.6 Replacing the Internal Cards

CMOS circuitry is incorporated within this equipment. Observe Electro-Static

Discharge precautions when removing, installing, and servicing amplifiers.
Do not connect power or any cables to the amplifier removed from the cabinet.

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Summary of Contents for PAGASYS GEN II P-SYS-G

Page 1: ...iption Installation Operations and Maintenance Manual 25500458 Rev B0 1019 Printed in U S A Copyright 2018 2019 Federal Signal Corporation PAGASYS GEN II Public Address and General Alarm System Model P SYS G ...

Page 2: ...mail to info fedsig com or call 1 708 534 3400 This limited warranty is in lieu of all other warranties express or implied contractual or statutory including but not limited to the warranty of merchantability warranty of fitness for a particular purpose and any warranty against failure of its essential purpose 2645 Federal Signal Drive University Park Illinois 60484 3167 www fedsig com Technical S...

Page 3: ...lifier Audio Mux Card P AAMC G 25 2 5 8 Internal AP Mux Card P IAMC G 26 2 5 9 External AP Mux Card P EAMC G 28 2 5 10 Miscellaneous I O Card P CMC G 29 2 5 11 I O Interface Card P IOIC G 30 2 5 12 Amplifier Chassis 31 2 5 13 Amplifier Specifications 33 2 6 Amplifier Front Panel 34 2 6 1 Amplifier Front Chassis 35 2 6 2 Amplifier Signal Backplane 20000154 36 2 6 3 Amplifier Power Backplane 2000015...

Page 4: ...fications P AADCx G 55 3 10 Fan Wiring Termination Card P FWTC G 56 3 10 1 Fan Wiring Termination Card Specifications P FWTC G 56 3 11 IS Barrier Board P IS BARRIER G 56 3 11 1 IS Barrier Board Specifications P IS BARRIER G 58 4 0 Access Panels 59 5 0 Removing and Installing the Controller Chassis 61 5 1 Removing the Controller Chassis 61 5 1 1 Removing the front cover 61 5 1 2 Removing Power from...

Page 5: ...Card P BK MON G 77 6 4 Relay Output Card P SPDT G 78 6 4 1 Removing the Relay Output Card P SPDT G 78 6 4 2 Installing and Configuring the Relay Output Card P SPDT G 78 6 5 Fan Control and Monitoring Card P FCMC G 79 6 5 1 Removing the Fan Control and Monitoring Card P FCMC G 79 6 5 2 Installing and Configuring the Fan Control and Monitoring Card P FCMC G 80 6 6 Monitored Input Card P MONIC G 81 6...

Page 6: ... 90 8 4 Standby Amplifier Operations and Routing 91 8 5 Test Features 92 8 6 ISMT Operations Optional 93 9 0 Setting up a Standby Amplifier 94 9 1 Defining an Amplifier Chassis 1 as the Standby Amplifier 94 10 0 Terminating Speakers to MDF 98 10 1 Terminating a speaker to Amplifier Chassis 1 Amplifier 1 98 10 2 Terminating a speaker to Amplifier Chassis 2 Amplifier 2 99 11 0 Terminating ISMT Speak...

Page 7: ...op Start Mode 119 16 0 Configuring local speaker mute 120 16 1 Configuring local speaker mute to avoid feedback 120 17 0 Configuring an Amplifier 123 17 1 Creating a new amplifier entity in the equipment tree 123 17 2 Configuring a new amplifier entity in the equipment tree 124 18 0 Installing Hardware Access Panel 126 18 1 Connect Hard Access Panel to the PAGASYS GEN II System 126 18 2 Configure ...

Page 8: ... Card P IOIC G 31 Figure 12 Amplifier Chassis 32 Figure 13 Amplifier Chassis Card Layout P A1000 G 33 Figure 14 Amplifier Front Panel 35 Figure 15 Amplifier Front Chassis 36 Figure 16 Amplifier Signal Backplane 20000154 36 Figure 17 Amplifier Power Backplane 20000155 37 Figure 18 Amplifier Card 20000150 39 Figure 19 ISMT Card P ISMT G 40 Figure 20 ISMT Connector on the Amplifier Signal Backplane 4...

Page 9: ...d Guides in Controller Chassis 64 Figure 38 Cables Connected into RJ45 Jack Socket 65 Figure 39 Cables Connected on the Miscellaneous I O Card 66 Figure 40 Cable Connections on the Processor Card 66 Figure 41 Internal AP Mux Card Connections 67 Figure 42 External AP Mux Card Connections 67 Figure 43 Connections 68 Figure 44 Front Panel Cable 70 Figure 45 Fan Cable 70 Figure 46 Amplifier Card in th...

Page 10: ... Amp A 99 Figure 63 Amplifier 2 Termination 100 Figure 64 Target amplified audio distribution card 100 Figure 65 Left Audio MDF Panel 101 Figure 66 Amplifiers are installed in slots 2 and 4 102 Figure 67 Inserting four jumpers in the right most position 102 Figure 68 Target amplified audio distribution card 104 Figure 69 Beacon monitored output module 106 Figure 70 P BK MON G with RJ45 J3 J4 Conne...

Page 11: ...Physical for the External AP Mux Card P EAMC G 29 Table 11 Environmental and Physical for the Miscellaneous I O Card P CMC G 30 Table 12 Environmental and Physical for the I O Interface Card P IOIC G 31 Table 13 Amplifier Models 32 Table 14 Amplifier Chassis Models 32 Table 15 Environmental and Physical for the Amplifier 33 Table 16 Amplifier Chassis Cards 33 Table 17 Power Requirements per Amplif...

Page 12: ...e 37 Environmental and Physical for the Passive Terminal Block Card P PTBC G 52 Table 38 Environmental and Physical for the Cable Power Injector I O Card P CPIC G 53 Table 39 Amplifier Audio Distribution Cards 53 Table 40 Environmental and Physical for the Amplifier Audio Distribution Terminal Block Cards P AAD Cx G 55 Table 41 Environmental and Physical for the Fan Wiring Termination Card P FWTC ...

Page 13: ...31 Table 53 PAGASYS GEN II Optional Accessory Models 131 Table 54 PAGASYS GEN II Access Panel and IS Barrier Models 132 Table 55 Standard Control Cabinet Models 133 Table 56 PAGASYS GEN II Controller Service Parts 134 Table 57 PAGASYS GEN II Amplifier Service Parts 134 Table 58 PAGASYS GEN II I O and Terminal Block Service Parts 135 ...

Page 14: ...DC power is disconnected before performing installation or service procedures Static Protection Notice Warning The printed circuit cards used in this equipment contain static sensitive components Observe the warnings listed below to prevent damage to these components Disregarding any of these warnings may result in personal injury or damage to the equipment Strictly adhere to the procedures provid...

Page 15: ...conductive foam conductive plastic or aluminum foil Do not use ordinary Styrofoam or ordinary plastic Store and ship static sensitive devices or printed circuit cards containing such components only in static shielding containers If necessary to repair a printed circuit card containing a static sensitive component follow these guidelines Wear an appropriately grounded wrist strap Work on a conduct...

Page 16: ...lso supports non emergency pre recorded messages for routine operational events The above functions are supplemented by visual indication through beacons status lamps and so forth as required System robustness is maintained though redundant system architectures comprehensive fault monitoring functions and automatic re routing of audio signals and control signals to bypass failed components PAGASYS...

Page 17: ... with visual signaling Access Panels and Microphone Stations Include microphones and push button controls Redundancy is one of the techniques employed to ensure the robustness of a system allowing it to perform its functions in the event of component or subsystem failure Redundancy relies on three features The provision of duplicated subsystems components and interconnections The ability to detect...

Page 18: ...apping ISMT Non ISMT speaker number is limited only by the total power of the amplifier Up to 32 speakers per loop with ISMT Audio ducking for clear voice communication over a sounding alarm Up to 128 zones Up to 32 external audio inputs Up to 128 recorded messages Seven broadcast categories with unlimited priority levels Front cabinet access for ease of maintenance Web based GUI interface for eas...

Page 19: ... CNTL 4KW 240 Models P SYS G CTNL 4KW 120 P SYS G CTNL 4KW 240 are configured to support a control chassis and four Amplifier Chassis and include the control chassis and standard I O cards in the standard configuration Models P SYS G AMPS 5KW 120 and P SYS G AMPS 5KW 240 Models P SYS G CTNL 5KW 120 P SYS G CTNL 5KW 240 are configured to support five Amplifier Chassis do not include a control chass...

Page 20: ...laneous Card I O Interface Card Power Supply Card Table 1 Controller Models Model Description P NET G Controller Chassis K20000170 Controller Backplane Service Model Table 2 Environmental and Physical for the Controller Chassis P NET G Operating Temperature 10 to 55 C Humidity 0 98 non condensing Controller Chassis Dimensions H x W x L 197 mm x 356 mm x 375 mm Weight 10 6 kg 23 44 lb ...

Page 21: ...ler cards that can be inserted into the backplane Table 3 Controller Cards Model Description Backplane Slot P ADPS G Power Supply Card 120 240 VAC Power supply P CPC G Controller Card DSP ARM Processor P AAMC G Amplifier Audio Mux Card Amp Audio I O Mux P IAMC G Internal AP Mux Card AP Mux slot 1 or 2 P EAMC G External AP Mux Card AP Mux slot 1 or 2 P CMC G Miscellaneous Card Miscellaneous P IOIC ...

Page 22: ...s 24 Vdc 12 Vdc 5 Vdc and 3 3 Vdc power on separate power rails This card also provides control and monitoring of the chassis s temperature The Power Supply card stores card information including card serial number part number and date of manufacture NOTE The service model for the System Controller Power Supply card is K P ADPS G Figure 5 Power Supply Card 120 240 Vac P ADPS G Table 5 Environmenta...

Page 23: ... Controller Processor card also contains a Digital Signal Processor DSP to carry out all digital audio processing In addition to the UART communication interfaces the Controller Processor card also includes a network switch a SATA interface for an on board hard disk for primary and backup data storage and an SD card interface The Controller Processor card also provides an interface for an optional...

Page 24: ...ocessor if the watchdog timer is not updated NOTE The service model for the System Controller Processor card is K P CPC G Figure 6 Controller Card DSP ARM P CPC G Table 7 Environmental and Physical for the Controller Processor Card P CPC G Operating Temperature 10 to 55 C Humidity 0 98 non condensing P CPC G Dimensions H x W x L 45 mm x 343 mm x 171 9 mm Weight 0 42 kg 0 92 lb ...

Page 25: ...ffered analog output channels that are routed to the following circuits Six Audio inputs of local Amplifier Chassis Six Audio inputs of another System Controller through the A B connection Controller Chassis audio auxiliary output Controller Chassis audio PABX interface The System Controller A B connection supported by this card includes a full duplex RS485 interface and six bidirectional analog a...

Page 26: ...ltiplexer card P IAMC G provides the interface to connect eight Access Panels or Microphone Stations to a System Controller See Figure 8 Install the P IAMC G card in the System Controller Chassis in AP MUX slots 1 or 2 or in both slots See the External Access Panel Multiplexer card P EAMC G for another option for these two System Controller AP MUX slots Access Panels connected to the P IAMC G are ...

Page 27: ...ct directly to the P IAMC G card When remote Access Panels are located in a hazardous area use Zener safety barriers mounted on an IS Barrier card P IS BARRIER G between the P IAMC G and the field wiring to provide a safe interface You can connect two Access Panels or Microphone Stations to each IS BARRIER card NOTE The service model for the Internal Access Panel Multiplexer card is K P IAMC G Fig...

Page 28: ...pending on the installation of the P EAMC G If installed into AP MUX slot 1 Access Panels are numbered from 1 to 16 If installed into AP MUX slot 2 the Access Panels are numbered from 17 to 32 Each P APIC G that interfaces with the P EAMC G card provides up to eight electrically isolated RS422 full duplex serial ports for connection to remote Access Panel or Microphone Stations The System Controll...

Page 29: ... the PABX interface with the System Manager software to operate with a standard analog extension line or a CO trunk line The PABX interface provides ring call progress tone and DTMF tone detection The incoming and outgoing telephone audio signals are routed from the PABX interface circuit located on P CMC G through the System Control backplane and onto the Amplifier Audio MUX card where the audio ...

Page 30: ... Interface Card P IOIC G The I O Interface card P IOIC G provides I O interfaces for the System Controller See Figure 11 The P IOIC G card provides four electrically isolated half duplex RS485 serial port interfaces for communication with the I O modules used in the system and a 24 Vdc supply to power these I O modules The P IOIC G card also provides one electrically isolated I2 C bus for communic...

Page 31: ...trial grade high efficiency Class D amplifier that is designed for Public Address and General Alarm applications See Figure 12 It can deliver full power at temperatures from 10 to 55 C The Amplifier Chassis contains up to four 300 W amplifier cards that share two common motherboards See Figure 13 The front motherboard is a signal router board while the rear motherboard is a power connection board ...

Page 32: ...chassis with backplane cards two 100 V amplifier PCBs P A750 G Amplifier chassis with backplane cards three 100 V amplifier PCBs P A1000 G Amplifier chassis with backplane cards four 100 V amplifier PCBs P A250 G 70 Amplifier chassis with backplane cards one 70 V amplifier PCB with transformers no ISMT P A500 G 70 Amplifier chassis with backplane cards two 70 V amplifier PCBs with transformers no ...

Page 33: ...ns Table 15 Environmental and Physical for the Amplifier Operating Temperature 10 to 55 C Humidity 0 98 non condensing Amplifier Chassis Dimensions H x W x L 177 mm x 483 mm x 478 mm Weight 13 9 kg Not including cards Table 16 Amplifier Chassis Cards Model Weight P A250 G 11 4 kg 25 15 lb P A500 G 13 2 kg 29 20 lb P A750 G 15 1 kg 33 25 lb P A1000 G 16 9 kg 37 30 lb P A250 G 70 11 4 kg 25 15 lb P ...

Page 34: ...r three seconds Another press for half a second restores the power Normal Indicates current status of the Amplifier card in the respective slot Status indications include the following Steady Green indicates that the module is working and all the parameters of the latest test are normal Blinking indicates that the module has power but one or more parameters are out of the normal range although the...

Page 35: ...he Amplifier Chassis is removed See Figure 15 The front chassis contains the connections needed for control communications with the System Controller to provide amplification and output of input audio signals and to support Standby Amplifier operations The Amplifier Front Chassis has four RJ45 ports that support input output of low level audio and bi directional RS485 control communications The in...

Page 36: ...gnal Backplane is located in the front bottom of the Amplifier Chassis It has four sets of white and black headers labeled SLOT 1 to SLOT 4 that serve as connections for the four amplifier cards The white 16 pin headers are for audio power outputs while the 24 pin black headers are for audio inputs and communications A fifth white header on the right side is for an optional ISMT module card The co...

Page 37: ...located in the rear bottom of the Amplifier Chassis It has three power lugs for connecting AC power AC LINE AC NEUTRAL CHASSIS GND It has four power lugs for connecting DC power 48 V A 48 V B GND BAT A GND BAT B AC and DC power options are mutually exclusive cannot be used at the same time The Amplifier Power Backplane has four 24 pin headers labeled SLOT 1 to SLOT 4 which are connections for the ...

Page 38: ...hysical slot 4 of an Amplifier Chassis The Standby Amplifier can support standby operations at the Chassis level up to three other Amplifiers in the current Chassis or it can support additional Amplifiers in a PAGASYS GEN II system up to 127 amplifiers To support amplifiers outside of the Standby Amplifier Chassis the amplifiers must share an audio path and all Chassis in the Standby group must ha...

Page 39: ...9 The ISMT card uses special communication commands sent over the speaker lines to communicate with the ISMT capable speakers Using this communication link each ISMT loudspeaker can be instructed to change its transformer tapping recalibrate itself and return status information back to the ISMT card The ISMT card when needed is inserted into the Amplifier Signal Backplane in the fifth white connec...

Page 40: ...group to the right side in all Chassis other than the Chassis with the Standby Amplifier Configuring for ISMT To configure a group of Amplifier Chassis sharing a common Standby Amplifier Bus for ISMT Amplifier Standby routing You may configure only one Amplifier Chassis in the group to contain a Standby Amplifier In the Chassis containing the Standby Amplifier only one ISMT card may be installed i...

Page 41: ...for ISMT Card Specifications P ISMT G Operating Temperature 10 to 55 C Humidity 0 98 non condensing P ISMT G Dimensions H x W x L 20 4 mm x 269 mm x 169 mm Weight 0 24 kg 0 53 lb ISMT connector If the amplifier in slot 4 is to be the Standby Amplifier fit the four jumpers on the left side NOTICE If an ISMT card is installed in the ISMT slot remove the jumpers from the board to avoid damaging the I...

Page 42: ...Card Rear I O Panel Optional P PTBC G Passive Terminal Block Card Terminal Block Rear I O Panel Standard P CPIC G Cable Power Injector I O Card Terminal Block Power I O Panel Optional P AADC1 G Amplifier Audio Distribution Card 1 1 Terminal Block Audio I O Panel Optional P AADC2 G Amplifier Audio Distribution Card 1 2 Terminal Block Audio I O Panel Standard P AADC4 G Amplifier Audio Distribution C...

Page 43: ...e status of each Access Panel keypad button and conveying the required state of each Access Panel keypad LED to the Access Panel s on board microcontroller The System Controller receives the collated Access Panel keypad button status data from P APIC G s and defines the required state of each Access Panel LED to the P APIC G card How the PAGASYS GEN II system reacts to an Access Panel button press...

Page 44: ...e internal wiring of the cabinets The Digital Input card provides 16 individual digital inputs that you can individually configure to support dry contact mode or 24 V PLC mode Also the card provides status LEDs for each input that when illuminated indicates when the input is activated The inputs are monitored by the Controller Figure 22 Digital Input I O Card P 16DIN G In dry contact mode the inpu...

Page 45: ...designed specifically for integration into the PAGASYS GEN II system See Figure 23 These I O modules use a standard control interface that greatly simplifies the internal wiring of the cabinets The Beacon Monitored Output module provides two independent beacon control and monitoring channels Each beacon control and monitoring channel can operate in two modes Beacon circuit energized mode The beaco...

Page 46: ...gration into the PAGASYS GEN II system See Figure 24 These I O boards use a standard control interface which greatly simplifies the internal wiring of the cabinets The Relay Output card provides 12 single pole double throw SPDT voltage free relay contacts for connection to external equipment or for use within the local cabinet such as speaker circuit muting The Relay Output card provides status LE...

Page 47: ... mode Response to PcP command visual node identification A green status LED for each output relay which when illuminated indicates that the relay coil has been energized NOTE The service model for the Relay Output card is K P SPDT G Figure 24 Relay Output Card P SPDT G 3 4 1 Relay Output Card Specifications P SPDT G Table 30 Environmental and Physical for the Relay Output Card P SPDT G Operating T...

Page 48: ...GEN II system Two power supply circuits on the card are used to power the cabinet cooling fans The output from two power supplies circuits are combined through diodes to provide a 1 N redundancy scheme such that a failure in one power supply circuit does not result in loss of fan operation The Fan Control and Monitoring card supports autonomous fan control using air temperature measurements from a...

Page 49: ...0 98 non condensing P FCMC G Dimensions H x W x L 44 mm x 200 mm x 124 mm Weight 0 20 kg 0 43 lb Table 32 Temperature Measurement Measurement range 30 to 100ºC Measurement Circuit Accuracy 1ºC Temperature sensor Tolerance at 25ºC 1 Table 33 Fan Power Supply Fan AC supply input voltage range 85 264 Vac Input current with 110 V supply 600 mA AC Input current with 230 supply 400 mA AC Fan AC input fu...

Page 50: ...ides the following functions 16 independently configurable monitored inputs 16 green input status indicator LEDs 16 yellow input fault indicator LEDs PAGASYS GEN II I O Bus interface 6 bit I O Bus address allocating dip switch In circuit programming TTY serial port Table 34 Monitored Input Circuits Detect closed remote switches Circuit terminated with 1 K Detect open remote switches Circuit termin...

Page 51: ... Figure 27 The P PTBC G card is primarily intended to provide the Cabinet with terminal block type field termination for connection to remote safe area access panels The PAGASYS GEN II System Controller itself uses RJ45 connectors for its access panel control interfaces the P PTBC G card converts the RJ45 interface to terminal block terminals Use the P PTBC G card wherever there is a requirement t...

Page 52: ... an I O Bus which are powered from an alternative 24 Vdc supply Each PAGASYS GEN II System Controller I O Bus has a practical limit on the number and type of I O cards that can be powered from the Bus This practical limit is determined by the current rating of CAT 5 6 cable and the maximum DC current that the PAGASYS GEN II System Controller can provide for each of its four I O Buses Given the lim...

Page 53: ...on cards have eight models that vary in the number of amplifiers supported the number of speaker loop circuit provided per amplifier and the type of terminal block contact styles Table 39 Amplifier Audio Distribution Cards Model Number of amplifier circuits supported Speaker loop circuit per amplifier Terminal block style P AADC1 G 8 1 Cage clamp terminal block P AADC1 G 01 8 1 Screw terminal bloc...

Page 54: ...ocation within the Cabinet These cable assemblies have a 16 pin connector receptacle at one end for connection to Amplifier Chassis audio power connectors and two 8 pin connector receptacles at the other end for connection to a P AADCx G card Each 8 pin receptacle connector carries the 100 V audio output signals of two amplifiers NOTE The service models for the Amplifier Audio Distribution cards a...

Page 55: ...ifier Audio Distribution Terminal Block Specifications P AADCx G Table 40 Environmental and Physical for the Amplifier Audio Distribution Terminal Block Cards P AADCx G Operating Temperature 25 to 55 C Humidity 0 98 non condensing P AADCx G Dimensions H x W x L 28 mm x 200 mm x 79 8 mm Weight P AADC1 G 0 20 kg 0 45 lb Weight P AADC2 G 0 19 kg 0 42 lb Weight P AADC4 G 0 18 kg 0 40 lb Weight P AADC8...

Page 56: ...er Board P IS BARRIER G The IS Barrier Board P IS BARRIER G provides an Intrinsically Safe barrier between Access Panels that are mounted in a hazardous area and the PAGASYS GEN II Cabinet See Figure 34 The IS Barrier Board provides two sets A and B of diode safety barrier circuits each consisting of seven independent diode safety barriers A diode safety barrier is designed to limit the amount of ...

Page 57: ...P RS422 TX 6 HTX A AP RS422 TX 7 HRX A AP RS422 RX 8 HRX A AP RS422 RX Table 43 TB3 Connector Signals P AP IS BARRIER G TB3 Pin PAGASYS GEN II Access Panel IS BARRIER Signal Name PAGASYS GEN II Access Panel IS BARRIER signal Function 1 HAUDIO B AP Audio 2 HAUDIO B AP Audio 3 IS Barrier GND AP 0V 4 H 12VB AP 12V 5 HTX B AP RS422 TX 6 HTX B AP RS422 TX 7 HRX B AP RS422 RX 8 HRX B AP RS422 RX Table 4...

Page 58: ...r GND AP 0V 8 12VB AP 12V Figure 34 IS Barrier Board P IS BARRIER G J2 to PAGASYS Gen 2 Controller Access Panel MUX interface circuit B J1 to PAGASYS Gen 2 Controller Access Panel MUX interface circuit A TB1 to PAGASYS Gen 2 Cabint IS GND BUS BAR connection TB3 to IS Access Panel B TB2 to IS Access Panel A 3 11 1 IS Barrier Board Specifications P IS BARRIER G Table 46 Environmental and Physical fo...

Page 59: ...RRIER G P AP SADM G Access Panel Safe Area Desk Mount GEN II P AP EXWM G Access Panel IS Wall Mount GEN II Requires separate purchase of IS Barrier Boards in cabinet Model P IS BARRIER G P AP SAWM G Access Panel Safe Area Wall Mount GEN II P AP EX19 G Access Panel IS Rack Mount GEN II Requires separate purchase of IS Barrier Boards in cabinet Model P IS BARRIER G P AP SA19 G Access Panel Safe Area...

Page 60: ... with PAGASYS GEN II System Controller through an Internal AP MUX card or an external AP Aggregator card Local microphone preamplifier and audio line driver A 20 kHz monitoring tone which is used to confirm the audio signal path between microphone station to the PAGASYS GEN II System Controller ...

Page 61: ...the Controller Chassis cables from the Chassis To disconnect the Controller Chassis cable from the chassis 1 Write down or photograph the labels and connector positions of all the cables exposed by the removed front cover 2 Unplug the cables from the top and bottom RJ45 jack sockets located on the Amplifier Audio Mux 3 Unplug the cables from the top and bottom RJ45 jack sockets located on the card...

Page 62: ...power or any cables to the internal circuit boards removed from the cabinet To remove the internal cards 1 Remove the Controller Chassis from the Cabinet 2 Undo the top cover retaining screws on the upper right rear and left edges of the Controller Chassis 3 Carefully lift the metal top cover The internal cards are now visible 4 Select the required internal card to remove To remove the card grip t...

Page 63: ... into the Chassis with the DIN connector facing up The daughter board DIN connectors should be toward the front of the chassis and 5 x 4 mm card mount terminal lugs J10 through to J14 toward the rear of the chassis 2 Align the backplane with its mounting post and fit the fixing screws 3 Connect the 5 wires to the backplane terminal lugs 4 Fit all controller daughter boards and modules for internal...

Page 64: ...ensuring that no cables are pinched in the process 3 Tighten the front retaining screws 4 Plug all the cables into their correct positions See the next section Installing the Controller Chassis cables 5 Attach the front cover using three slots on the left side as hinges and carefully closing like a door on the right side until the latch clicks in position 5 2 4 Installing the Controller Chassis Ca...

Page 65: ...n cable coming from P SPDT G serial port I O port 4 blue cable coming from P BK MON G serial port Figure 38 Cables Connected into RJ45 Jack Socket I O Interface Card 4 x RJ45 Cables RS485 Serial 4 Plug the RS232 cable into the 9 way D socket located on the Miscellaneous I O card 5 Plug the microphone cable into the RJ11 jack sockets located on the Miscellaneous I O card 6 Plug the auxiliary audio ...

Page 66: ...et 7 Plug the RS232 cable into the 9 way D socket located on the Processor card 8 Plug any USB cables into the USB A and USB B cable jack sockets located on the Processor card 9 Plug the Ethernet cables from the System Manager server into the RJ45 jack sockets located on the Processor card Figure 40 Cable Connections on the Processor Card Processor Ethernet RJ45 sockets Processor USB A and USB B s...

Page 67: ...sert the RJ45 cables from the Access Panels into the 8 RJ45 sockets on the front of the card If the External AP Mux card P EAMC G is present in the slot insert the RJ45 cables from the Access Panel Aggregator card into the 4 RJ45 sockets on the top of the card Figure 41 Internal AP Mux Card Connections Figure 42 External AP Mux Card Connections 10 Plug the cables from the Access Panels or Access P...

Page 68: ... s microphone socket if available Figure 43 Connections 14 Write down or photograph the labels and connector positions of all the cables exposed by the removed front cover 5 3 Removing and Installing the Amplifier Chassis From Cabinet 5 3 1 Safety Instructions This equipment is part of a Voice Alarm System and there is the possibility of dangerous voltages being present in the main equipment rack ...

Page 69: ... Unplug two standby cables on the bottom right 4 Move the cables out of the way of the Chassis 5 Undo the front captive retaining screws under left and right handles 6 Carefully and slowly slide the Amplifier Chassis out Be ready to hold its weight once it slides all the way out 5 3 5 Installing the Amplifier Chassis To install the Amplifier Chassis 1 Temporarily secure the cables out of the way o...

Page 70: ...move the Amplifier Card 1 Undo the top cover retaining screws on the upper right and left edges of the Chassis 2 Carefully lift the metal top cover Four vertical amplifier cards modules are now visible NOTE To remove an amplifier card disconnect all its internal cables 3 Unplug the front panel cable on the top edge Figure 44 Front Panel Cable 4 Unplug the fan cable near the front fan Figure 45 Fan...

Page 71: ...heck the alignment of the back side of the card between the metal notches 6 The front plastic rail has a step on which the card may stop when it is 80 of the way down In such a case grab the card by only the back handle and lift it slightly by 2 mm or 0 1 in so that the front clears the step of the plastic rail The card then easily slides the rest of the way down gently resting on the connection h...

Page 72: ...its header while observing its polarity Insert the fan connector into its header while observing its polarity Insert the front panel connector on the top edge while observing its polarity Figure 48 Lower Transformer Plug 7 The amplifier card has two black metal handles Lift both handles at the same time and open them up turning by an angle greater than 90 degrees Figure 49 Two Black Handles on Amp...

Page 73: ...gure 50 Removing the ISMT Card 5 3 10 Installing the ISMT Card Optional To install the ISMT card 1 Observe the rear holding rail formed by metal notches on the back wall Keep the card between these notches as it slides down 2 Place the ISMT card in the top portion of the front plastic rail and between the first two notches of the back rail 3 Carefully slide the card down until its plug gently rest...

Page 74: ...t system cards that receive terminations from field equipment such as power equipment beacons speakers access panels and any other terminations to be handled by the system Figure 51 Main Distribution Frame MDF The MDF contains three areas for mounting terminating equipment left panel right panel and back panel The left panel is used to mount amplifier audio distribution terminal cards for loudspea...

Page 75: ...75 Installing and Configuring the I O Cards Description Installation Operations and Maintenance Manual Federal Signal www fedsig com Figure 52 Areas for Mounting Terminating Equipment ...

Page 76: ...ess set See the PAGASYS GEN II Digital Input Technical Installation Guide for more information on configuring the I O Bus address To install and configure the Digital Input Card P 16DIN G 1 Before installing the P 16DIN G card ensure that all AC and DC power supplies serving the cabinet are turned off and isolated 2 Place the P 16DIN G card on to its housing mounting pillars and fasten to the pill...

Page 77: ...unt card assembly that is mounted on the Power I O panel in the lower part of the front access cabinet After installation the Beacon Monitored card must have its I O Bus address set See the PAGASYS GEN II Beacon Monitored Technical Installation Guide for more information on configuring the I O Bus address The P BK MON G module assembly contains two cards separated by spacers and a metal shield and...

Page 78: ...ay Output card P SPDT G 1 Before removing the P SPDT G card ensure that all AC and DC power supplies serving the cabinet are turned off and isolated 2 While referencing the cabinet wiring drawings and the Technical Installation Guide disconnect the P SPDT G connectors to the system cables in the following manner Disconnect the I O Bus CAT 5 cables from the card mount RJ45 sockets J1 and J2 Disconn...

Page 79: ... safe place because they must be refitted before the PAGASYS GEN II system is placed back into operation 3 While referencing the rack wiring drawings disconnect the P FCMC G connectors to the system cables in the following manner Disconnect the AC supply cable loom assembly From TB1 Disconnect the I O Bus CAT 5 cables from card mount RJ45 sockets J1 and J2 Disconnect transformer number 2 secondary...

Page 80: ... the P FCMC G card ensure that all AC and DC power supplies serving the cabinet are turned off and isolated 2 Place the P FCMC G card on to its housing mounting pillars and fasten to the pillars using the fixing screws and threaded mounting pillars supplied or previously removed 3 While referencing the cabinet wiring drawings and the Technical Installation Guide connect the P FCMC G connectors to ...

Page 81: ...pillars 6 6 2 Installing and Configuring the Monitored Input Card P MONIC G The Monitored Input card is a panel mount card assembly that is mounted on the Rear I O panel in the lower part of the front access cabinet After installation the Monitored Input card must have its I O Bus address set See the PAGASYS GEN II Monitored Input Module Technical Installation Guide for more information on configu...

Page 82: ...in direct sunlight and where it is exposed to high humidity or dust levels Before removing or installing the P PTBC G card ensure that all AC and DC power supplies serving the Cabinet are turned off and isolated AUTOMATIC EQUIPMENT WARNING This equipment is part of an automated system When installing or servicing this equipment or any other part of the warning system you must be aware that the sys...

Page 83: ...reuse 4 Remove the P CPIC G card from its mounting pillars 6 8 2 Installing and Configuring the Cable Power Injector I O Card P CPIC G Avoid locating the equipment near heat sources in direct sunlight and where it is exposed to high humidity or dust levels Before removing or installing the P CPIC G card ensure that all AC and DC power supplies serving the cabinet are turned off and isolated AUTOMA...

Page 84: ...from card headers J1 through J4 as applicable Disconnect the Speaker Circuit wires from TB1 pins 1 through TB32 3 While supporting the P AADCx G card remove the screws that hold the P AADCx G card on its mounting pillars Store the screws in a safe place for reuse 4 Remove the P AADCx G card from its mounting pillars 6 9 2 Installing and Configuring the Amplifier Audio Distribution Cards P AADCx G ...

Page 85: ...e voltages generated with the cabinet from the terminal blocks of the P FWTC G card 2 While referencing the rack wiring drawings disconnect the P FWTC G connectors to the system fan wiring 3 While supporting the P FWTC G card remove the screws that hold the P FWTC G card on its mounting pillars Store the screws in a safe place for reuse 4 Remove the P FWTC G card from its mounting pillars 6 10 2 I...

Page 86: ... rack wiring drawings disconnect the P IS BARRIER G connectors to the Access Panel wiring 3 While supporting the P IS BARRIER G card remove the screws that hold the P IS BARRIER G on its mounting pillars Store the screws in a safe place for reuse 4 Remove the P IS BARRIER G card from its mounting pillars 6 11 2 Installing and Configuring the IS Barrier Board Avoid locating the equipment near heat ...

Page 87: ...AC or DC power supplies serving the P IS BARRIER G card and all other connected equipment are turned off and isolated 2 Place the P IS BARRIER G card on to its housing mounting pillars and fasten to the pillars using the screws supplied or previously removed 3 While referencing the cabinet wiring drawings and the Technical Installation Guide connect the P IS BARRIER G card connectors to the Access...

Page 88: ...ery on the controller PCB Once the Mylar tab is removed the real time clock should maintain date time value when system power is removed from the Controller card set system date and time initially after installing the controller card During regular maintenance of the system replace the controller card lithium CR battery cell if it has been in use for more than two years and the card has been remov...

Page 89: ... For example For amplifier 1 set the dip switches to down up up up up to represent 10000 For amplifier 2 set the dip switches to up down up up up to represent 01000 and so on Number the amplifiers starting at one in the cabinet bottom amplifier position and then increasing by one moving up In a 4 kW system set the amplifier dip switches for the amplifier at the top of the cabinet to up up down up ...

Page 90: ...wer up the Amplifier Chassis The amplifier all four cards modules powers up automatically upon connection of power To power down the Amplifier Chassis Power down an amplifier card by pressing the power button and holding it for three seconds Another half second press of the power button restores the power The power button must be enabled by the System Manager as it is disabled by default on the Sy...

Page 91: ...e of Standby Amplifiers A Standby Amplifier can provide redundancy for an Amplifier Chassis or for any Amplifier Chassis that is connected to the chassis containing the Standby Amplifier by connecting the chassis using a standby cable If a Standby Amplifier is needed the Standby Amplifier must be positioned in slot four of the Standby Amplifier Chassis and the jumpers on the Amplifier Signal Backp...

Page 92: ...r circuit requires recalibration Automatic Testing of Impedance Each amplifier card periodically tests the impedance of its speakers and compare the result with the stored calibrated value All impedance tests are initiated by the System Controller If the result is out of tolerance a load fault is reported on the RS485 communication line and a yellow LOAD FAULT LED turns on Earth Fault Detection Sy...

Page 93: ...wn chassis but also all other chassis sharing the standby cable connections It is a method of monitoring remote speaker status using special communication commands sent over the speaker lines Through this communication link you can instruct each ISMT loudspeaker to change its tapping recalibrate itself and return status information back to the ISMT card The ISMT card performs the monitoring proced...

Page 94: ...chassis in the system can contain the Standby Amplifier Any Amplifier Chassis in the system can contain the Standby Amplifier The Amplifier Chassis containing the Standby Amplifier must be configured as the Standby Amplifier Chassis in the System Manager software application The Standby Amplifier must be in the fourth amplifier slot in the Standby Amplifier Chassis All amplifier chassis that use t...

Page 95: ...s the Standby Amplifier 1 Remove the Standby Amplifier chassis from the cabinet by removing the chassis mounting screws that is two sets of screws left and right Figure 56 Removing the chassis mounting screws 2 Remove the 12 screws holding the cover on the chassis that is four each left right and back and remove the cover Figure 57 Removing the cover screws ...

Page 96: ...jumpers on the signal mother board in the left most position NOTE Do not place the jumpers in left most position if the Amplifier Chassis is populated with an ISMT card Figure 58 Inserting four jumpers in the left most position 4 The Standby Amplifier must be in the fourth amplifier slot in the Standby Amplifier Chassis Figure 59 Fourth amplifier slot ...

Page 97: ...us ports on the Amplifier Chassis Figure 60 Standby amp bus ports on the Amplifier Chassis 6 Configure the Standby Amplifier using the System Manager software application Select Configuration Equipment From the list scroll to Amplifiers select the fourth slot of the standby amp chassis From the Options section in the Monitoring list click None From the Options section in the Zone Standby list clic...

Page 98: ...provided The amplifier output signal is wired to the P AADC2 G card using a amplifier audio out cable assembly that terminates on the P AADC2 G card 8 pin connector receptacles two per card The speakers are terminated on the spring terminal block connectors on these cards Each card supports up to two speaker loop circuits per amplifier PCB in the chassis In the following drawing Amplifier Chassis ...

Page 99: ... audio distribution card P AADC2 G allows the amplifier to be connected to up to two speaker runs If a second speaker run is needed wire the second speaker wire set to the secondary set of terminal blocks Figure 62 Target amplified audio distribution card Amp A 10 2 Terminating a speaker to Amplifier Chassis 2 Amplifier 2 Assuming the use of a standard amplified audio distribution card P AADC2 G w...

Page 100: ...o primary Amp B forward F and forward F spring terminal block If a speaker loop is needed connect return speaker wire to reverse R and reverse R spring terminal block This version of the amplifier audio distribution card P AADC2 G allows the amplifier to be connected to up to two speaker runs If a second speaker run is needed wire the second speaker wire set to the secondary set of terminal blocks...

Page 101: ...Left Audio MDF Panel Using a standard amplified audio distribution card P AADC2 G with spring terminal block connectors for speakers Amplifier Chassis 1 is set up with an ISMT card installed Amplifiers are installed in slots 2 and 4 Configure the Standby Amplifier Chassis by inserting the four jumpers on the signal motherboard in the right most position or remove jumpers from the chassis The Stand...

Page 102: ...peaker to Amplifier Chassis 1 Amplifier 2 1 Configure the ISMT Amplifier Chassis by inserting the four jumpers on the signal motherboard in the right most position or remove jumpers from the chassis NOTE Do not place the jumpers in left most position if the amplifier chassis is populated with an ISMT card Figure 67 Inserting four jumpers in the right most position ...

Page 103: ... slot on far right side of the amplifier chassis 4 Configure the Standby Amplifier using the System Manager software application Select Configuration Equipment From the list scroll to Amplifiers select the amplifier in second slot of amp chassis 1 From the Options section in the Monitoring list click ISMT Spur Monitoring or ISMT Loop Monitoring if ISMT speaker is being wired as loop From the Optio...

Page 104: ...ensure wires are terminated correctly as an ISMT speaker will not communicate when wires are crossed If a speaker loop is needed connect return speaker wire to reverse R and reverse R spring terminal block This version of the amplifier audio distribution card P AADC2 G allows the amplifier to be connected to up to two speaker runs If a second speaker run is needed wire the second speaker wire set ...

Page 105: ... using the System Manager software application Select Field Diagnostics Equipment From the list scroll to Amplifiers select the amplifier in second slot of amp chassis 1 From Speakers section click the Find All button to have the amplifier discover any ISMT speakers connected to the amplifier When ISMT speakers are discovered click the Copy All To Config button to add the speakers to the system co...

Page 106: ...monitored output module The P BK MON G module consists of two connected PCBs and provides two independent beacon control and monitoring channels The P BK MON G module is a standard I O module with the PAGASYS GEN II system and will be installed on the beacon I O right panel assembly in the MDF area of the cabinet Figure 69 Beacon monitored output module ...

Page 107: ...y in the MDF area of the cabinet see RJ45 J3 J4 connections on the upper PCB in the following figure Both J3 J4 ports are interconnected and the second port is used to chain additional I O cards when needed on this I O bus This view also shows the AC input connectors for the beacon monitored output module from the AC source on the lower PCB and the mini switch used to set the modules bus address F...

Page 108: ...uns The output connectors route the power to energize the beacons on the channels the input connectors are used to terminate the beacon channel wire runs to complete the beacon loop Each channel is designed to support 16 A of power output so it is recommended that the number of beacons on a beacon channel not exceed this rating when active Figure 71 P BK MON G with Four Beacon Channels ...

Page 109: ...t already present Configuration Equipment From the list scroll to Beacon Monitoring Cards select the primary controller Select monitoring card in the node list and select the Add button Configure the beacon monitoring card and configure to be consistent with I O Bus ID and beacon monitoring card configured Node ID Select the newly added beacon monitoring card and add a beacon monitoring card chann...

Page 110: ...AGASYS GEN II P SYS G Federal Signal www fedsig com Beacons must be configured for output function selecting the function desired for the beacon and selecting broadcasts and zones that the beacons on the selected channel will activate ...

Page 111: ...oft Panel From the equipment tree list select Access Panels Click the down arrow and select Access Panel Click the Add button Once Access Panel 33 is available select the panel on the equipment tree and create and configure a new Access Panel Button and Access Panel Indicator on soft Access Panel 33 See next section After Access Panel 33 is created add a new button object in Configuration Equipmen...

Page 112: ...adcast use the ID for the new broadcast 10 In the Parameters section under the Zone List tab in the Broadcast box select the zone 13 1 2 Creating the new Access Indicator for the Access Panel Button To create a new Access Panel Indicator for the Access Panel Button that was created using the System Manager software 1 Select Configuration Equipment 2 From the list scroll to Soft Panel Access Panel ...

Page 113: ...new button and indicator to desired location 4 Select the new button open Properties on the right edit window and edit any attributes that need changes and select the Controller ID of the new Access Panel button created in Equipment under Access Panel 33 5 Select the new indicator open Properties on the right edit window and edit any attributes that need changes and select the Indicator ID of the ...

Page 114: ...Audio Recorded Messages tab 2 Click the Add new record button to add a new audio file to recorded messages The New Message dialog box appears 3 Give new audio a name and description and select an audio file using the File Name Browse button Audio files must be 16 bit 48 kHz The system will calculate the File CRC for the audio file After the file loads successfully click the Update button to return...

Page 115: ... Signal www fedsig com 14 2 Adding a new button and LED to a control panel After creating a new recorded message or using an existing message create a Broadcast using the audio with the System Manager software 1 Configuration Broadcast The following dialog box shows the Ducking Attenuation field ...

Page 116: ...The ducking attenuation is only needed when the broadcast type is Duckable alarm 4 Click Update to save the new broadcast under the Name 5 Select the new broadcast in the list then select the Add new record button under Primary Sequence section The New Primary Sequence dialog box appears 6 Select an audio source such as the new audio you added set Source Scope select Next Slice ID to generate a co...

Page 117: ...k message after dialing into the PABX interface and leaving a message using the System Manage software 1 Select Configuration Broadcasts 2 Click the Add new record button to add a new broadcast The New Broadcast dialog box appears 3 Create new PABX Playback Broadcast Set ID to desired value Set name to desired value In this case we are using PABX Playback Click the down arrow to set Broadcast Type...

Page 118: ... as Broadcast ID 6 Click Update to save Primary Sequence 1 15 2 Configuring the Miscellaneous Card To configure the Miscellaneous card to enable connection to PABX system including programming telephone and answering settings using the System Manager software 1 Select Configuration Equipment Misc Card 2 Configure Telephone Settings Set line mode typically Analog Extension See the next section Set ...

Page 119: ... for available PABX broadcasts 15 3 Analog Extension Mode The call is set up by the PABX sending a ringing signal and the PAGASYS interface responding to that by seizing the line Depending on the PABX the call may be terminated using one of the following methods Line reversal line break also known as K P reversal Call progress tone 15 4 Loop Start Mode The PAGASYS interface puts a voltage on the l...

Page 120: ...lot 1 on the audio left panel assembly in the MDF area and the relay output module P SPDT G is already installed on the rear MDF I O panel on the right side To mute a speaker using the Relay Output Module 1 On amplified audio distribution card 1 terminate wires to the primary amp a forward F and forward F spring terminal block Figure 72 Target amplified audio distribution card 2 Terminate the othe...

Page 121: ... not add the card Select the Relay Output card should be card 1 and then add two relay output card channels one for the F relay and one for the F relay Ensure the configuration matches the physical location of the speaker wiring from the prior step Configure the relay output card channels as follows Sense Normally Open NDE Active on Failure Stay Same Function output_channel_bcast_active_any Broadc...

Page 122: ...GASYS GEN II P SYS G Federal Signal www fedsig com 5 Make a live broadcast for one of the broadcasts configured and ensure that it does not play on speakers that are in the muted zone and it does play on speakers outside of the muted zone ...

Page 123: ...te to chassis number and location in the chassis Amplifier Chassis one will have amplifiers 1 4 Amplifier Chassis two will have amplifiers 5 8 and so on 2 Select Configuration Equipment 3 If no amplifier group exists one must be created before adding an amplifier Select the Amplifiers object in the equipment tree and Add an Amplifier Group using the item select list under the equipment tree 4 When...

Page 124: ...he System Manager software 1 Select Configuration Equipment and select the amplifier created in the prior section 2 Give the new amplifier a name comment an amplifier ID that is consistent with its chassis and slot location see prior section select scope A Master for standalone system Duplicated for A B system 3 Select Monitoring Option typically Impedance Monitoring unless the amplifier is standb...

Page 125: ...rties by selecting Add new record The New Local Properties dialog box appears Set Broadcast Gain between 30 and 0 Set initial Impedance Lower Limit and Upper Limit and Pilot Tone Threshold These values can be changed in Field Diagnostics after evaluating measured Critical Path Pilot Tone Monitoring and Impedance Monitoring Click Update ...

Page 126: ...nterface If the hard access panel has an un terminated four wire interface typical the cable may be terminated onto one of the passive terminal block cards P PTBC G in the MDF area at the bottom of the cabinet The standard configuration for the PAGASYS GEN II system includes two of these boards on the rear left side MDF panel and the eight ports from the access panel Mux 1 card are terminated to t...

Page 127: ...configure the panel using the System Manager software If a soft access panel is already created with similar functions to what is needed on the hard access panel clone the soft access panel To clone the soft access panel 1 Select Configuration Equipment Access Panel 2 Right click the existing soft access panel Access Panel 33 most likely and select Clone The Select Access Panel dialog box appears ...

Page 128: ...butes Function Broadcasts Zone selections and Input Output Connections to use the access panel To configure the new hard access panel 1 Select Configuration Equipment Hard Panel Select the new Access Panel just created 2 See the General Alarm example that follows is fully configured Use the existing soft access panel attributes to define new access panel configuration 3 File Upload Config to Contr...

Page 129: ...the following table Table 49 Standard Control Cabinet Models Model Description P SYS G CNTL 2KW 240 Cabinet wired for 2 amplifier chassis 240 Vac P SYS G CNTL 2KW 120 Cabinet wired for 2 amplifier chassis 120 Vac P SYS G CNTL 4KW 240 Cabinet wired for 4 amplifier chassis 240 Vac P SYS G CNTL 4KW 120 Cabinet wired for 4 amplifier chassis 120 Vac The 5 amplifier auxiliary cabinet supports up to 5 am...

Page 130: ... P A750 G Amplifier chassis with backplane cards three 100 V amplifier PCBs P A1000 G Amplifier chassis with backplane cards four 100 V amplifier PCBs P A250 G 70 Amplifier chassis with backplane cards one 70 V amplifier PCB with transformers no ISMT P A500 G 70 Amplifier chassis with backplane cards two 70 V amplifier PCBs with transformers no ISMT P A750 G 70 Amplifier chassis with backplane car...

Page 131: ...rd 1 1 Spring P AADC2 G Amplifier Audio Distribution Card 1 2 Spring P AADC4 G Amplifier Audio Distribution Card 1 4 Spring P AADC8 G Amplifier Audio Distribution Card 1 8 Spring P FWTC G Fan Wiring Termination Card The following accessories may be ordered to be installed on a system before shipment The P SERV P model includes the PAGASYS GEN II System Manager software needed to interface with the...

Page 132: ... II Access Panel IS Desk Mount GEN II Requires separate purchase of IS barrier boards in rack model P IS BARRIER G P AP SADM G PAGASYS GEN II Access Panel Safe Area Desk Mount GEN II P AP EXWM G PAGASYS GEN II Access Panel IS Wall Mount GEN II Requires separate purchase of IS barrier boards in rack model P IS BARRIER G P AP SAWM G PAGASYS GEN II Access Panel Safe Area Wall Mount GEN II P AP EX19 G...

Page 133: ...ssis with standard controller PCB cards PK A250 G Amplifier Chassis with backplane cards one 100 V amplifier PCB no ISMT PK A500 G Amplifier Chassis with backplane cards two 100 V amplifier PCBs with transformers no ISMT PK A750 G Amplifier Chassis with backplane cards three 100 V amplifier PCBs with transformers no ISMT PK A1000 G Amplifier Chassis with backplane cards four 100 V amplifier PCBs w...

Page 134: ... PCBs that are included with the standard controller chassis Table 56 PAGASYS GEN II Controller Service Parts Model Description K P NET G Controller Chassis Service Model K20000170 Controller Backplane Service Model K P IAMC G Internal AP MUX Card GEN II Service Model K P AAMC G Amplifier Audio MUX Card GEN II Service Model K P CPC G Processor Card GEN II Service Model K P CMC G Miscellaneous Card...

Page 135: ...ervice Model K P MONIC G Monitored Input I O Card GEN II Service Model K P PTBC G Passive Terminal Block Card Spring Service Model K P CPIC G Cable Power Injector I O Card Service Model K P AADC1 G Amplifier Audio Distribution Card 1 1 Spring Service Model K P AADC2 G Amplifier Audio Distribution Card 1 2 Spring Service Model K P AADC4 G Amplifier Audio Distribution Card 1 4 Spring Service Model K...

Page 136: ...2645 Federal Signal Drive University Park Illinois 60484 3167 www fedsig com Technical Support 800 524 3021 ...

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