Aria Pick Modules

ARIA PICK MODULES

.9-1.9-112.9-22.9-22.9-22.9-2

.9-39-412.9-412.9-42.9-52.9-52.9-62.9-6

12.9-72.9-7

2.9-72.9-72.9-8.9-8

.9-9

.9-9

9-10

.9-10.9-111

.9-11

.9-11.9-12.9-12

.9-12

Contents

Aria Pick Modules

Chapter 12.9

INTRODUCTION ...................................................................................................... 12COMPATIBILITY................................................................................................. 12

Currency Cassette..............................................................................................SPECIFICATIONS................................................................................................ 1

Weight ............................................................................................................... 1Voltage And Current ......................................................................................... 1

MECHANICAL DESCRIPTION............................................................................... 12FUNCTIONS OF THE PICK MODULE .............................................................. 12.

Currency Cassette Guides and Latch ................................................................Cassette Identity Sensors...................................................................................Pick Module Keyplate ....................................................................................... 1Pick Action........................................................................................................ 1Pick Timing ....................................................................................................... 1Pick Sensor........................................................................................................ 1Cassette Low Sensor .........................................................................................Gulp Feed Detector ........................................................................................... 1Low Temperature Thermistor ........................................................................... 1The Pick Module Transport............................................................................... 1Main Motor and Vacuum Pump........................................................................ 1Motor Control Circuit........................................................................................ 12

ELECTRICAL DESCRIPTION ................................................................................. 12

SINGLE PICK INTERFACE BOARD ...................................................................... 12

SCHEMATIC DESCRIPTION ................................................................................ 12.

BUS OUTPUT.......................................................................................................... 12CONNECTOR J1 PINOUT ................................................................................. 12CONTROL LINES FROM THE DISPENSER CONTROL BOARD ................ 12.9-1

Pick Solenoid Disable ..................................................................................... 12Pick Module Address Decode......................................................................... 12Pick Valve Solenoid Operation ....................................................................... 12Sensor LEDs Enable........................................................................................ 12Pick Module Magnetic Reed Switches............................................................ 12

12.9-i

NCR — CONFIDENTIAL AND PROPRIETARYUse pursuant to Company Instructions

ARIA PICK MODULES

.9-1313.9-13.9-13.9-13

9-14.9-14.9-149-14.9-15-15.9-15

.9-16.9-169-16-17

-17.9-17

-18

9-19

.9-19.9-2020.9-20.9-20.9-212.9-21.9-21.9-22

22.9-22.9-22.9-23

9-23.9-23.9-249-24.9-24-24.9-25

.9-26.9-269-26-27

Intelligent Cassette Interface........................................................................... 12SIGNAL OUTPUTS TO THE DISPENSER CONTROL BOARD.................... 12.9-

Bill Picked Sensors.......................................................................................... 12Gulp Feed ........................................................................................................ 12Data Bus .......................................................................................................... 12

SENSORS AND ACTUATORS .............................................................................. 12.CONNECTOR J2 PINOUT ................................................................................. 12OPTICAL SENSORS .......................................................................................... 12

Pick Arm Optotransmissive Switch ................................................................ 12.Bill Picked Sensor ........................................................................................... 12

PICK VALVE SOLENOID................................................................................. 12.9THERMISTOR .................................................................................................... 12

BUS INPUT.............................................................................................................. 12CONNECTOR J3 PINOUT ................................................................................. 12CONTROL SIGNALS......................................................................................... 12.SENSOR AND CASSETTE DATA BUS SIGNALS ......................................... 12.9

INTELLIGENT CASSETTE INTERFACE............................................................. 12.9CONNECTOR J4................................................................................................. 12

DOUBLE PICK INTERFACE BOARD .................................................................. 12.9

SCHEMATIC DESCRIPTION ................................................................................ 12.

BUS OUTPUT.......................................................................................................... 12CONNECTOR J1 PINOUT ................................................................................. 12CONTROL LINES FROM DISPENSER CONTROL BOARD......................... 12.9-

Pick Solenoid Disable ..................................................................................... 12Pick Unit Address Decode .............................................................................. 12Pick Valve Solenoid Operation ....................................................................... 12Sensor LEDs Enable........................................................................................ 1Pick Unit Magnetic Reed Switches................................................................. 12Intelligent Cassette Interface........................................................................... 12

SIGNAL OUTPUTS TO THE DISPENSER CONTROL BOARD.................... 12.9-Bill Picked Sensors.......................................................................................... 12Gulp Feed ........................................................................................................ 12Data Bus .......................................................................................................... 12

SENSORS AND ACTUATORS .............................................................................. 12.Connector J5 Pinout ........................................................................................ 12

OPTICAL SENSORS .......................................................................................... 12Pick Arm Optotransmissive Switch ................................................................ 12.Bill Picked Sensor ........................................................................................... 12

PICK VALVE SOLENOID................................................................................. 12.9THERMISTOR .................................................................................................... 12

BUS INPUT.............................................................................................................. 12CONNECTOR J2 PINOUT ................................................................................. 12CONTROL SIGNALS......................................................................................... 12.SENSOR AND CASSETTE DATA BUS SIGNALS ......................................... 12.9

12.9-ii


ARIA PICK MODULES

-27.9-27.9-27

.9-28

9-28

.9-28-289-299-309-31.9-32

.9-33

.9-36

.9-362.9-36

-37-373838.9-38.9-39.9-39.9-40

9-419-41-41

.9-42

9-424244

6

-46-46-46

INTELLIGENT CASSETTE INTERFACES .......................................................... 12.9CONNECTOR J3................................................................................................. 12CONNECTOR J4................................................................................................. 12

SERVICE AIDS ....................................................................................................... 12

STATE OF HEALTH (SOH) ................................................................................... 12.

ADJUSTMENTS ...................................................................................................... 12PICK MODULE TIMING................................................................................... 12.9

Separating the Pick Units of the Aria Double Pick Module ........................... 12.Pick Unit Internal Timing ............................................................................... 12.Double Pick Module Pick Unit Relationship .................................................. 12.Presenter Timing ............................................................................................. 12Pick Module To Presenter Timing .................................................................. 12

DIAGNOSTIC TESTS ............................................................................................. 12

STRAPPING............................................................................................................. 12FUSE FS1 ............................................................................................................ 1

PREVENTIVE MAINTENANCE ........................................................................... 12.9ARIA SINGLE PICK MODULE ........................................................................ 12.9ARIA DOUBLE PICK MODULE ...................................................................... 12.9-PREVENTIVE MAINTENANCE PROCEDURE.............................................. 12.9-

Currency/Media Containers ............................................................................ 12Pick Modules................................................................................................... 12Suction Cups ................................................................................................... 12Presenter Assembly ......................................................................................... 12

LUBRICATION ....................................................................................................... 12.LUBRICANT TYPE............................................................................................ 12.GENERAL INSTRUCTIONS ............................................................................. 12.9

Pick Module .................................................................................................... 12

INTERNAL CABLES .............................................................................................. 12.ARIA SINGLE PICK UNIT HARNESS (SHEET 1 OF 2)................................. 12.9-ARIA DOUBLE PICK UNIT HARNESS (SHEET 1 OF 2)............................... 12.9-

ASSEMBLY AND SCHEMATIC DIAGRAMS ..................................................... 12.9-4

SCHEMATIC DIAGRAMS ..................................................................................... 12.9SINGLE PICK INTERFACE BOARD ............................................................... 12.9DOUBLE PICK INTERFACE BOARD ............................................................. 12.9

12.9-iii


ARIA PICK MODULES

12.9-iv


ARIA PICK MODULES

Contents

Chapter 12.9

Aria Pick Modules

INTRODUCTIONThis chapter describes the Aria Pick Modules first introduced on the NCRPersonas 86 Dispenser described in Chapter 12.8, Bill Alignment Dispensers.

The single and double Aria Pick Modules are interchangeablereplacements for the 56XX single and double pick modules described inChapter 12.6, The 56XX Enhanced Currency Dispenser.

Differences between the Aria and 56XX pick modules are as follows:

z The Aria pick module vertical transport drives the notes between a singleset of belts and skidplates rather than the shaft and pinch wheels of the56XX type

z No gulp feed detection on Ariaz No low temperature detection on Ariaz Aria transport sensors are hard wired into the harness.

COMPATIBILITYThe Aria single and double pick modules are interchangeable with the 56XXEnhanced Currency dispenser pick modules but cannot be used with the H-8010- 56XX-XX-08 and H-8010-56XX-XX-08 (IE) presenters.

NOTE: 1. Where there is a mixture of Aria and 56XX type pick modules,then the Aria type must always be the bottom pick module.

NOTE: 2. When an Aria Pick Module is present in a 56XX EnhancedCurrency Dispenser the presenter timing must be advanced one tooth, see“Adjustments”.

12.9-1


ARIA PICK MODULES

Currency CassetteThe Aria Pick Modules accept all the currency cassettes developed for NCR50XX, 56XX, and Personas ATMs.

Currency in the dispenser is contained within currency cassettes, and theseare used to transport currency to and from the ATM. The cassettes areprovided in the following optional levels of security:

z Standard currency cassette (now obsolete):z LatchfastzzTamper indicating (mechanical).

z Wide currency cassettes (replaces obsolete standard width cassette):z Standard Security variantz Tamper indicating variantzzCash Security variants: Intelligent Cash Security (ICS) variant, ATM

Cash Security variant.

NOTE: A full description of the currency cassette is given in Chapter 12.2.

SPECIFICATIONS

WeightThe weights of the pick module and cassettes are:

z Single pick module = 6.3 kg (13.9 lb.)z Double pick module = 9.7 kg (21.38 lb.) Currency cassette empty = 3.2 kg

(7.05 lb.)z Currency cassette full = 6.0 kg (13.2 lb.).

Voltage And CurrentThe Pick Interface Board circuits require the following voltages at thecurrents shown:

z + 5 V 0.25 V at 0.2 A (maximum)z +12 V 1.20 V at 0.1 A (maximum)z +24 V 2.40 V at 0.5 A (maximum).

AB

CD

EF

G

A

B

C

D

E

F

G

1

2

3

4

5

6

7

12

34

56

7

±±±

12.9-2


ARIA PICK MODULES

MECHANICAL DESCRIPTIONThere are two types of Aria pick module; the single pick module holds onecurrency cassette, and the double pick module holds two cassettes, one abovethe other.

The Aria single pick module is shown in the illustration below.

The Aria double pick module is shown in the following two illustrations:

12.9-3


ARIA PICK MODULES

FUNCTIONS OF THE PICK MODULEThe functions performed by pick modules are to:

z provide support for currency cassettesz identify the inserted cassettesz open the front of the inserted cassettesz lift (pick) bills one by one from the cassettesz detect when currency is running lowz transport the bills to the pick module above or to the presenter.

The components of the pick modules that achieve the above functions are:

z cassette guides and latch mechanismz cassette present and identity sensorsz pick module keyplatez pick action components: pick arms, suction cupsz pick solenoids and timing disksz pick sensorsz cassette low sensorsz belt transport.

Currency Cassette Guides and LatchThe currency cassette rests on rails on the side frames of the pick module.Upper plastic guides on the side frames and the spring loaded catch hold thecassette firmly in position.

Cassette Identity SensorsA printed circuit board on the side of the pick module carries two sets of fourencapsulated reed switches. Each set of switches is in close proximity to aninserted currency cassette and is influenced by the magnetic fields of small

12.9-4


ARIA PICK MODULES

permanent magnets in a housing on the side of the cassette.The magnets can be moved within the housing or left out so that certain

combinations of reed switches SW1, SW2, SW3, SW4, are operated. Thisachieves a binary code which is used to identify the cassette as type 1, 2, 3, 4,5, 6 or 7. When the currency cassette is inserted into a pick module in anyposition in the dispenser, it signals its identity via the reed switches. Thefirmware identifies each cassette and so is able to select the proper one fordispensing bills of a specific denomination.

Pick Module KeyplateWhen the cassette is inserted into the dispenser the prongs of the pick modulekeyplate enter the holes in its base. The cassette door is pushed into thecassette base, leaving the front open to permit the currency to be picked anddispensed.

Pick Action

56XX-Type Currency DispensersIn 56XX-type dispensers the pick action is timed so that a note delivered fromthe cassette to the pick module transport will arrive at the stacker wheel atthe correct time to be driven cleanly into the stacker wheel fingers withoutsnagging. This timing is achieved by fixing the relationship of the presenterand pick module transport gearing to the action of the pick arm drive andvacuum valve. The presenter transport is positively connected to the first pickmodule by toothed gearing. In the same way each pick module meshes withthe pick module below so that the whole dispenser is locked in a fixedrelationship.

Bill Alignment Currency DispensersIn Bill Alignment Dispensers the stack is formed by the action of the billalignment mechanism. This device does not require the accurate presenter/

12.9-5


ARIA PICK MODULES

pick module timing relationship that the stacker wheel type of presenter does,however, the Aria pick modules should still be set in the same way to ensureclean delivery of the bills from the cassette into the pick module transport.

Pick TimingThe pick shaft gets its oscillating motion from the gear segment attached to acrank which is driven by a cam follower riding in a track in the cluster drivecam. The cluster drive is driven from the transport through an idler gear. Thepick arms move continuously between a position where the pick vacuum cupsare above the D wheels to where the vacuum cups are pushing the currencyback into the cassette.

Attached to the cluster drive cam is a plastic disk printed with timingmarks. A cut out section of the disk forms a timing arc which is detected by anoptical switch and is used (ANDed with a signal from the currency dispensercontrol board) to produce the electrical pulses that energize and de-energizethe pick solenoid valve. The solenoid valve is energized following a transitionthrough sensor clear to sensor blocked and it remains energized while thesegment on the disk is obscuring the optical sensor. This time corresponds tothe time when the pick arms are just reversing away from the currency in thecassette until they are above the D wheels.

When the solenoid valve is de-energized it closes off the pump section oftubing. The tubing to the pick arm vents to atmosphere via backflow throughthe de-energized solenoid. The note drops off the suction cups and is grippedby the D wheels and pinch rolls.

The letter D and numbers 1, 2, 3, and 4 printed on the timing disk areused to set and check the timing of individual pick modules and thisadjustment is described in the “Service Aids” section of this chapter.

Pick SensorThe pick sensor consists of two assemblies hard wired to the pick harness. Aphoto-transistor is on one assembly and an infra-red light emitting diode is onthe other. The light emitting diode is in the same assembly as the cassette lowsensor (see next section). The pick sensor and the LED are attached so thatthey “look” across the path of the notes between the pick mechanism and thetransport. When a note blocks the light path, it is detected. The pick sensoroutput is converted into note width by monitoring the number of interruptswhile the sensor is blocked with the interrupts generated by the maintransport timing disk on the presenter. A difference of plus 3 or minus 5timing wheel ticks in width from the known width of the currency (stored inNVRAM) will cause the note to be rejected to the purge bin and the pick to beattempted three more times.

12.9-6


ARIA PICK MODULES

Cassette Low Sensor

The cassette low sensor consists of a reed switch attached to the pick modulekeyplate. The assembly also houses the pick LED. The reed switch is held on abracket which projects into the open door of the cassette. It operates when apermanent magnet attached to the cassette currency pusher mechanismapproaches the front of the cassette as the currency is dispensed. In theplastic cassette, the position of this magnet can be set in two positions toactuate the switch when 75 50 or 200 50 notes are left in the cassette.

Gulp Feed DetectorThe Aria pick modules do not have a gulp feed detector. If Aria and 56XX pickmodules are mixed and a gulp feed occurs on the 56XX type, then the signal isstill passed via the Aria modules to the Currency Dispenser Control Boardwhere it will immediately stop the dispenser main motor.

NOTE: Gulp Feed Detect is not supported by the New Interior DispenserControl Board.

Low Temperature ThermistorThe Aria pick modules do not have a low temperature thermistor. The pickharness provides a short to ground on pins 3 and 5 of connector J5 so that theTEMP_OUT- signal to the P86 Currency Dispenser Control Board alwaysindicates high (above 10 deg. C) temperatures.

A low temperature signal from a 56XX Pick Module fitted to the P86Currency Dispenser will still be passed to the P86 Currency DispenserControl Board where it will cause the software to allow a longer time for themain motor to create a vacuum before sending the PICK signal, as before (seeChapter 12.6 - “Thermistor”).

Low Temperature Detection is not supported by the New InteriorDispenser Control Board.

The Pick Module TransportIn the pick module transport the D-Wheel shaft and the pinch wheel shaft aredriven through a gear train. The gear train of the top pick module mesheswith the gear train of the presenter. In the Aria double pick module, the geartrain of the second pick position is driven by a toothed belt from the top

Keyplate

Reed Switchand Pick LED

Assembly

± ±

12.9-7


ARIA PICK MODULES

module.Notes are driven from the D-Wheel/pinch wheel shafts into plastic note

guides that deflect them into the vertical transport. The vertical transportconsists of three belts stretched between an upper (driven) shaft and a loweridler shaft. These belts press the notes against smooth plastic skid plateswhile driving them upwards into, either the transport of a higher pick moduleor the presenter transport. The top shaft of the pick module vertical transportis driven by a toothed belt from a pulley wheel fixed to the D-Wheel shaft.

Main Motor and Vacuum PumpThe dispenser main motor drives the LVDT transport and all pick modules viatoothed timing belts. It also drives the vacuum pump to provide a vacuum tothe pick line via 6 mm bore tubing. A vacuum reservoir is located near thepump to improve the system vacuum, and an air filter in the tubing above thefirst pick module protects the pump from damage caused by ingress of gritparticles.

Motor Control CircuitThe motor control circuits are located on the dispenser control board. Thesecircuits include: the drive circuits for the main motor, the presenter transportmotor, the bill alignment motor, and the clamp motor.

12.9-8


ARIA PICK MODULES

ELECTRICAL DESCRIPTIONThe components described in this section are those that achieve the control ofthe pick modules of the dispenser either by converting firmware commandsinto electrical signals or by sensing an event in the pick modules andproducing an equivalent electrical response. The components are describedunder the headings:

z single pick interface boardz double pick interface board.

SINGLE PICK INTERFACE BOARD

The Single Pick Interface board acts as an interface between the actuatorsand sensors in the Currency Dispenser Single Pick Module and the CurrencyDispenser Control board.

This board is a mixed technology board using Surface Mount Technology(SMT) and Plated Through Hole (PTH) components. A ribbon cable harnessconnects the board to cascaded Pick Interface boards in two, three, or four cas-sette dispensers. All the control lines from the Dispenser Control board, andthe sensor information returning to that board, are routed via a parallel businterface. Signals between cascaded Pick Interface boards are boosted wherenecessary.

The following figure shows one Single Pick Interface and one Double Pick

12.9-9


ARIA PICK MODULES

Interface board connected to the Enhanced Currency Dispenser Control board.

SCHEMATIC DESCRIPTIONThe references in the following text to sheet numbers refer to the schematicfor the single pick interface board in the “Schematic Diagrams” section of thischapter.

The functions of the circuits on the Single Pick Interface board aredescribed under the following headings:

z Bus Output z Sensors and Actuatorsz Bus Inputz Intelligent Cassette Interfaces.

BUS OUTPUTThe bus output circuit signals appear at connector J1 on the Single PickInterface board. This connector provides an interface to the CurrencyDispenser Control Board and also to cascaded Pick Interface boards. Theinterface consists of power lines from the Currency Dispenser Control Boardor cascaded Pick Interface Board, control lines from the Currency DispenserControl Board, and sensor information and Cassette Data Bus signals to theCurrency Dispenser Control Board. Provision is also made for an IntelligentCassette interface.

12.9-10


ARIA PICK MODULES

CONNECTOR J1 PINOUT J1 is a dual 20-way connector with the following pinout:

CONTROL LINES FROM THE DISPENSER CONTROL BOARDControl lines from the Dispenser Control Board to the Single Pick InterfaceBoard perform the following functions:

z Pick Solenoid Disablez Pick Module Addressz Pick Valve Solenoid Operationz Sensor LEDs Enablez Pick Module Magnetic Reed Switchesz Intelligent Cassette Interface.

Pick Solenoid DisableDISABLE- is an output of the Currency Dispenser Control Board. When it isset low it disables the operation of the pick valve solenoid (sheet 3).

Pick Module Address DecodeP0 and P1 are output from the Currency Dispenser Control Board as logic 0(low). They are provided as unmodified inputs to decode logic associated withthe first pick module, when a system of multiple pick modules is used. Thelogic values are incremented and applied as inputs to the decode circuit of asecond Single or Double Pick Interface board, where the values areincremented again (sheet 2).

CAS_ID1_OUT 1 2 Ground




TEMP_OUT 9 10 Ground

CASLOW_OUT 11 12 Ground

GULP- 13 14 LEDON

P0 15 16 P1

S0 17 18 S1

DISABLE- 19 20 COILEN

PICK 21 22 PSEN1

PSEN2 23 24 PSEN3

PSEN4 25 26 TXD

RXD 27 28 Ground

Ground 29 30 +12 V

+5 V 31 32 +5 V

Ground 33 34 Ground

Ground 35 36 Ground

+24 V 37 38 +24 V

+24 V 39 40 +24 V

12.9-11


ARIA PICK MODULES

For a dispenser with four pick modules, the values of P0 and P1 are:

S0 and S1 are output from the Currency Dispenser Control Board and arefed as inputs, unmodified, to each pick module decode logic (sheet 2). Theappropriate pick module is selected as follows:

The output signals of the decode logic on one Single Pick Interface Boardare the signals SEL1 and SEL1-.

SEL1- enables the bus drivers for the appropriate pick module (sheet 4).These drivers output the information relating to the currency cassette andpick module temperature (see the “Data Bus” section).

SEL 1 enables the appropriate pick valve solenoid (sheet 3).

Pick Valve Solenoid OperationThe PICK signal is output from the Currency Dispenser Control Board and isfed to logic controlling the pick valve solenoid. The pick valve solenoid driveris enabled when PICK is high, SEL1 is high, DISABLE- is high, and theoutput of the voltage comparator for the pickarm optotransmissive switchchanges from low to high (sheet 3).

Sensor LEDs EnableLEDON is output from the Currency Dispenser Control Board. When set high,it enables all LEDs associated with pick module pick sensors (sheets 5 and 6).

Pick Module Magnetic Reed SwitchesFour magnetically operated reed switches are mounted on the underside ofthe Single Pick Interface Board (sheet 4). They are placed to correspond to thepositions of the identification magnets on the side of the currency cassette. If,for example, a magnet is alongside the reed switch SW1, in either of theindividual pick modules, the line CAS_ID1_OUT- is set low. The same appliesto CAS_ID2_OUT-, CAS_ID3_OUT-, and CAS_ID4_OUT-.

In this way, the cassettes inserted in the Single Pick Module can be identi-fied according to the type of currency contained.

A further reed switch is mounted close to the pick arm in the pick module.This switch is operated by a magnet inside the currency cassette. The magnetmoves as the stack of currency bills is dispensed and it operates the reedswitch when the cassette reaches a low state (nearly empty). The signalCASLOW_OUT- becomes low (sheet 4) if the currency cassette in the SinglePick Module reaches the low state.

Pick Module P1 P0

#1 0 0

#2 0 1 Modified

#3 1 0 Modified

#4 1 1 Modified

Selected Pick Module

P1 P0

#1 0 0

#2 0 1

#3 1 0

#4 1 1

12.9-12


ARIA PICK MODULES

NOTE: The signals CAS_IDX_OUT- and CASLOW_OUT- will only be setlow for the relevant selected pick module in a multiple pick module sys-tem. (See the section “Data Bus”).

Intelligent Cassette InterfaceThe signals COILEN, TXS, and RXD are reserved for use with the IntelligentCassette Interface. INT1_PRES- determines if an intelligent interface isconnected to connector J3. When no intelligent interface is connected,INT1_PRES- is set high. This provides a low level (0) on the RXD signal atconnector J1 for the selected pick module and this is used to indicate thepresence of a non-intelligent pick module.

SIGNAL OUTPUTS TO THE DISPENSER CONTROL BOARDThe signals from the Single Pick Interface Board to the Currency DispenserControl Board are grouped as follows:

z Bill Picked Sensorsz Gulp Feed z Data Bus.

Bill Picked SensorsPSEN 1 is the analogue signal from the Bill Picked sensor on Pick Module 1.

PSEN 2 is the analogue signal from the Bill Picked sensor on Pick Module2 and is PSEN1 output from the second Single or Double Pick Interface board(if present) re-routed through a unity gain buffer to the PSEN2 output.



Gulp FeedThere is no gulp feed shaft or microswitch in the Aria pick module, however,the circuit still exists on the single pick interface board (sheet 5). The signal isgenerated by the gulp feed detector switch in 56XX pick modules and, where56XX and Aria pick modules are used together, the signal would be passed viathe Aria pick to the dispenser control board.

NOTE: The gulp feed detection circuit does not exist on the NID controlboard (see Chapter 12.8).

Data BusThe data bus is common to all four (if populated) pick modules. The buscarries the following logic signals:

CAS_ID1_OUT- Cassette identification switch 1




CASLOW_OUT- Cassette low currency

TEMP_OUT- Pick module temperature low (below 10oC) - See Text

12.9-13


ARIA PICK MODULES

The data on the bus is from the pick module selected by the decode logic(see the section “Pick Module Address Decode”).

Aria pick modules do not have the low temperature sensing thermistorthat is fitted to 56XX pick modules. The harness attached to connector J2 ofthe single pick interface loops the TEMP1 signal to ground so that a logic 1 isproduced by the circuit, representing “temperature good”.

SENSORS AND ACTUATORSThe Single Pick Module Interface board connects to the following sensors andactuators:

z Optical Sensors:z Pick Arm Optotransmissive SwitchzzBill Picked Sensor

z Pick Valve Solenoid.

CONNECTOR J2 PINOUTConnector J2 provides the interface to the sensors and actuators and has thefollowing pinout:

OPTICAL SENSORSOptical sensors in the Single Pick Module are:

z Pick arm optotransmissive switchz Bill Picked Sensor.

Pick Arm Optotransmissive SwitchAn optotransmissive switch assembly in the pick module determines when thepick arm is in the correct position to pick currency bills.

The line LED_PICKARM1+ (sheet 6) provides voltage to optotransmissiveswitch LED anode from the +12 V supply via a 220R limiting resistor network.

The LED cathode return is connected to a ground at connector J2.PICKARM_1+ (sheet 6) provides voltage to the optotransmissive switch 1

transistor collector via a 220R resistor network that limits the current in theevent of a short circuit to ground.

PICKARM_1 connects the transistor emitter to an LM339 voltage compa-rator (sheet 3). This gives a digital 1 when the optotransmissive switch isblocked and a digital 0 when the switch is clear. This output enables the pickvalve solenoid logic (see the section “Pick Valve Solenoid Operation”).

SEN1- 1 2 SEN1+

TEMP1 3 4 N/C

LED_PICK1+ 5 6 Ground

CASLOW1- 7 8 N/C

GULP_FEED (Not Used) 9 10 Ground

GROUND_REF 11 12 PICKARM_1+

PICKARM_1 13 14 N/C

VLV1_ON- 15 16 +24V_FUSED

12.9-14


ARIA PICK MODULES

Bill Picked SensorA transport sensor consisting of a LED assembly and optical transistorassembly is situated at the exit of each pick module to sense the presence of apicked bill. The following signals are used:

z LED_PICK1+ provides a voltage to the LED anode from the +12 V supplyvia a pnp transistor (enabled by the LED_ON signal) and a 280R limitingresistance (sheet 6). The LED cathode is connected to ground return atconnector J3.

z SEN1+ connects the optical transistor collector to the +12 V supply via a1k0 resistor which limits the current in the event of a short circuit toground (sheet 6).

z SEN1- provides a return from the optical transistor emitter to the 20kgain setting resistor (sheet 5). This gives a voltage proportional to thelight incident upon the optical transistor, from the LED assembly.

PICK VALVE SOLENOIDThe pick module solenoid valve permits the vacuum through to the pick arms.Power to the solenoid is provided as follows:

z VLV1_24V provides a connection from one terminal of the pick modulesolenoid to the +24 V supply via connector J2, pin 16 and an on-board 1 Asafety fuse (sheet 1).

z VLV1_ON- connects the second terminal of the solenoid to a MOSFET(sheet 3). This switch is enabled (high) by logic associated with the PICKcommand from the Currency Dispenser Control board (see the section“Pick Valve Solenoid Operation”).

THERMISTORAria pick modules do not have the low temperature sensing thermistor. Thesignal TEMP1 is connected to ground at pin 6 of connector J2 so producing anoutput from the voltage comparator of logic 1, representing a normaloperating temperature.

When Aria and 56XX pick modules are used together then a lowtemperature signal from a thermistor in a 56XX pick module would be passedvia the Aria to the control board. When a low temperature signal is seen thesoftware allows a longer time for the main motor to create the vacuum beforesending the PICK signal. An indication of the low temperature condition isalso seen in the M-DATA returned to level 1 diagnostic tests.

12.9-15


ARIA PICK MODULES

BUS INPUTThe Bus Input interface consists of power routed from the Currency DispenserControl board, control lines from the Currency Dispenser Control board, andsensor information and cassette data bus to the Currency Dispenser Controlboard. Provision is made to interface to Intelligent Currency Cassettes.

CONNECTOR J3 PINOUT J3 is a dual 20-way connector which carries the bus input lines to a cascadedSingle Pick Interface board or Double Pick Interface board. It has thefollowing pinout:

CONTROL SIGNALSControl signals from the Dispenser Control board are output on connector J3via open collector drivers to maintain signal levels (sheet 5). The table belowlists the input signal alongside the equivalent output to the cascaded board.

+24 V 1 2 +24 V

+24 V 3 4 +24 V

Ground 5 6 Ground

Ground 7 8 Ground

+5 V 9 10 +5 V

+12 V 11 12 Ground

Ground 13 14 RXD

TXD 15 16 N/C

SEN4_IN 17 18 SEN3_IN

SEN2_IN 19 20 PICK_OUT

COILEN 21 22 DISABLE_OUT-

S1_OUT 23 24 S0_OUT

P1_OUT 25 26 P0_OUT

LED_ON_OUT 27 28 GULP-

Ground 29 30 CASLOW_IN-

Ground 31 32 TEMP_IN-

Ground 33 34 CAS_ID4_IN-


+24 V 37 38 CAS_ID2_IN-

+24 V 39 40 CAS_ID1_IN-

Signal from Control Board Signal to Cascaded Board

PICK PICK_OUT

LEDON LED_ON_OUT

S0 S0_OUT

S1 S1_OUT

DISABLE DISABLE_OUT

12.9-16


ARIA PICK MODULES

SENSOR AND CASSETTE DATA BUS SIGNALSThe signals from Pick Modules 3 and 4 transport sensors are buffered by unitygain operational amplifiers. The cassette bus interface signals from thecascaded Pick Interface board are buffered on entry to the Single PickInterface board. The table below lists the names of the incoming signalsagainst those sent to the Control board.

The signals GULP-, RXD, TXD, and COILEN- are directly connectedbetween the bus output and the bus input connectors (J1 and J3).

INTELLIGENT CASSETTE INTERFACEProvision is made on the Single Pick Interface board for an interface to anintelligent cassette.

CONNECTOR J4Connector J4 is provided for the intelligent cassette interface. It has thefollowing pinout:

Signal from Cascaded Pick Interface

Signal to Control Board

CAS_ID1_IN- CAS_ID1_OUT-




TEMP_IN- TEMP_OUT-

CASLOW_IN- CASLOW_OUT-

SEN2_IN PSEN2

SEN3_IN PSEN3

SEN4_IN PSEN4

+24 V 1 2 +24 V

Ground 3 4 Ground

+5 V 5 6 Ground

TXD1_OUT 7 8 RXD1_IN

INT1_PRES- 9 10 COILEN1

12.9-17


ARIA PICK MODULES

DOUBLE PICK INTERFACE BOARD

The Double Pick Interface board acts as an interface between the actuatorsand sensors in the Currency Dispenser Double Pick Module and the CurrencyDispenser Control Board.

The Double Pick Interface Board is a mixed technology board employingSurface Mount Technology (SMT) and Plated Through Hole (PTH) compo-nents. A ribbon cable harness connects the board to an additional Double PickInterface Board or a Single Pick Interface pcb, in four or three cassette dis-pensers. All the control lines from the Dispenser Control Board, and the sen-sor information returning to that board, are routed via a parallel businterface. Signals between cascaded Pick Interface Boards are boosted wherenecessary.

12.9-18


ARIA PICK MODULES

The following figure shows two Double Pick Interface boards connected tothe Currency Dispenser Control Board.

SCHEMATIC DESCRIPTIONThe references in the following text to sheet numbers refer to the schematicfor the double pick interface board in the “Schematic Diagrams” section of thischapter.

The functions of the circuits on the Double Pick Interface board aredescribed under the following headings:

z Bus Output z Sensors and Actuatorsz Bus Inputz Intelligent Cassette Interfaces.

NOTE: The term Pick Unit is used in this chapter to mean one of the cas-sette positions in a double pick module.

BUS OUTPUTThe bus output circuit signals appear at connector J1 on the Double PickInterface board. This connector provides an interface to the CurrencyDispenser Control board and also to a cascaded Pick Interface board. Theinterface consists of power lines from the Currency Dispenser Control board orcascaded Pick Interface board, control lines from the Currency Dispenser

12.9-19


ARIA PICK MODULES

Control board, and sensor information and Cassette Data Bus signals to theCurrency Dispenser Control board. Provision is also made for an IntelligentCassette interface.

CONNECTOR J1 PINOUT J1 is a dual 20-way connector with the following pinout:

CONTROL LINES FROM DISPENSER CONTROL BOARDControl lines from the Dispenser Control board to the Double Pick Interfaceboard perform the following functions:

z Pick Solenoid Disablez Pick Unit Addressz Pick Valve Solenoid Operationz Sensor LEDs Enablez Pick Unit Magnetic Reed Switchesz Intelligent Cassette Interface.

Pick Solenoid DisableDISABLE- is an output of the Currency Dispenser Control board. When it isset low it disables the operation of the pick valve solenoids (sheet 3).

Pick Unit Address DecodeP0 and P1 are output from the Currency Dispenser Control board as logic 0(low). They are provided as unmodified inputs to decode logic associated withthe first (top) pick unit. The logic values are incremented and applied asinputs to the decode circuit associated with the second pick unit (sheet 2). If asecond Double Pick Interface board is connected, the values are incremented





TEMP_OUT 9 10 Ground

CASLOW_OUT 11 12 Ground

GULP- 13 14 LEDON

P0 15 16 P1

S0 17 18 S1

DISABLE- 19 20 COILEN

PICK 21 22 PSEN1

PSEN2 23 24 PSEN3

PSEN4 25 26 TXD

RXD 27 28 Ground

Ground 29 30 +12 V

+5 V 31 32 +5 V

Ground 33 34 Ground

Ground 35 36 Ground

+24 V 37 38 +24 V

+24 V 39 40 +24 V

12.9-20


ARIA PICK MODULES

again.For a dispenser with four pick units, the values of P0 and P1 are:

S0 and S1 are output from the Enhanced Currency Dispenser Controlboard and are fed as inputs, unmodified, to each pick unit decode logic (sheet2). The appropriate pick unit is selected as follows:

The output signals of the decode logic on one Double Pick Interface boardare the signals SEL1, SEL1-, SEL2, and SEL2-.

SEL1- and SEL2- enable the bus drivers for the appropriate pick unit(sheet 4). These drivers output the information relating to the currency cas-sette and pick unit temperature (see the “Data Bus” section).

SEL 1 and SEL2 enable the appropriate pick valve solenoids (sheet 3).

Pick Valve Solenoid OperationThe PICK signal is output from the Enhanced Currency Dispenser Controlboard and is fed to logic controlling the pick valve solenoid (sheet 3). The pickvalve solenoid driver for the first pick unit is enabled when PICK is high,SEL1 is high, DISABLE- is high, and the output of the voltage comparator forthe Pickarm1 optotransmissive switch changes from low to high (sheet 3). Thepick valve solenoid driver for the second pick unit is enabled when PICK ishigh, SEL2 is high, DISABLE- is high, and the output of the voltagecomparator for the Pickarm2 optotransmissive switch changes from low tohigh (sheet 3).

Sensor LEDs EnableLEDON is output from the Enhanced Currency Dispenser Control board andis repowered on the Pick Interface board (sheet 5). As LED_ON_OUT, itenables all the LEDs associated with the pick module sensors (sheets 6 and 8).

Pick Unit Magnetic Reed SwitchesEight magnetically operated reed switches (sheet 4) are mounted on theunderside of the Double Pick Interface board. They are placed in two groups offour to correspond to the positions of the identification magnets on the side ofthe currency cassettes. Switches SW1, SW2, SW3 and SW4 are in the upperpick unit, and switches SW5, SW6, SW7 and SW8 are in the lower. If, forexample, a magnet is alongside the reed switch SW1, in the top pick uniteither of the individual pick units, the line CAS_ID1_OUT- is set low. Thesame applies to CAS_ID2_OUT-, CAS_ID3_OUT-, and CAS_ID4_OUT-.

In this way, the cassettes inserted in the Double Pick Module can be iden-

Pick Unit P1 P0

#1 0 0

#2 0 1 Modified

#3 1 0 Modified

#4 1 1 Modified

Selected Pick Unit P1 P0

#1 0 0

#2 0 1

#3 1 0

#4 1 1

12.9-21


ARIA PICK MODULES

tified according to the type of currency contained.A further reed switch is mounted close to the pick arm in each pick unit.

This switch is operated by a magnet inside the currency cassette. The magnetmoves as the stack of currency bills is dispensed and it operates the reedswitch when the cassette reaches a low state (nearly empty). The signalCASLOW_OUT- becomes low if either currency cassette in the Double PickModule reaches the low state.

NOTE: The signals CAS_IDX_OUT- and CASLOW_OUT- will only be setlow for the relevant selected pick unit. (See the section “Data Bus”).

Intelligent Cassette InterfaceThe signals COILEN, TXS, and RXD are reserved for use with the IntelligentCassette interface (sheet 7). INT1_PRES- and INT2_PRES- determine if anintelligent interface is connected to connector J4 OR J5. When no intelligentinterfaces are connected, INT1_PRES- and INT1_PRES- are set high. Thisprovides a low level (0) on the TXD signal at connector J1 for the selected pickmodule and this is used to indicate the presence of a non-intelligent pick unit.

SIGNAL OUTPUTS TO THE DISPENSER CONTROL BOARDThe signals from the Double Pick Interface board to the Enhanced CurrencyDispenser Control board are grouped as follows:

z Bill Picked Sensorsz Gulp Feed z Data Bus.

Bill Picked SensorsPSEN 1 is the analogue signal from the Bill Picked sensor on Pick Unit 1 andPSEN 2 is the analogue signal from the Bill Picked sensor on Pick Unit 2.PSEN 3 is the analogue signal from the Bill Picked sensor on Pick Unit 3 andis PSEN1 output from the second Double Pick Interface board (if present) re-routed through a unity gain buffer to the PSEN3 output.

PSEN 4 is the analogue signal from the Bill Picked sensor on Pick Unit 4and is PSEN2 output from the second Double Pick Interface board (if present)re-routed through a unity gain buffer to the PSEN4 output.

Gulp FeedThere is no gulp feed shaft or microswitch in the Aria pick modules, however,the circuit still exists on the double pick interface board (sheet 5). The signalis generated by the gulp feed detector switch in 56XX pick modules and, where56XX and Aria pick modules are used together, the signal would be passed viathe Aria pick modules to the dispenser control board.

NOTE: The gulp feed detection circuit does not exist on the NID controlboard (see Chapter 12.8).

12.9-22


ARIA PICK MODULES

Data BusThe data bus is common to all four (if populated) pick units. The bus carriesthe following logic signals:

The data on the bus is from the pick unit selected by the decode logic (seethe section “Pick Unit address Decode”).

Aria pick modules do not have the low temperature sensing thermistorthat is fitted to 56XX pick modules. The harness attached to connector J5 ofthe Pick Interface Board connects the TEMP1 and TEMP2 signals on pins 3and 19 to ground so that a logic 1 is produced by the circuit, representing“temperature good”.

SENSORS AND ACTUATORSThe Double Pick Unit Interface board connects to the following sensors andactuators:

z Optical Sensors:z Pick Arm Optotransmissive SwitchzzBill Picked Sensor

z Pick Valve Solenoid.

Connector J5 PinoutConnector J5 provides the interface to the sensors and actuators and has thefollowing pinout:

CAS_ID1_OUT- Cassette identification switch 1 and 5




CASLOW_OUT- Cassette low

TEMP_OUT- Pick unit temperature low (below 10oC) - See Text

SEN1- 1 2 SEN1+

TEMP1 3 4 N/C

Ground 5 6 LED_PICK1+

CASLOW1- 7 8 N/C

Ground 9 10 LED_PICKARM1+

PICKARM_1 11 12 PICKARM_1+


GULP_FEED (Not Used) 15 16 Ground

SEN2- 17 18 SEN2+

TEMP2 19 20 N/C

Ground 21 22 LED_PICK2+

CASLOW2- 23 24 N/C

Ground 25 26 LED_PICKARM2+

PICKARM_2 27 28 PICKARM_2+


12.9-23


ARIA PICK MODULES

OPTICAL SENSORSOptical sensors in the Double Pick Module are:

z Pick arm optotransmissive switchz Bill Picked Sensor.

Pick Arm Optotransmissive SwitchAn optotransmissive switch assembly is used in each pick unit to determinewhen the pick arm is in the correct position to pick currency bills.Optotransmissive switch 1 is used in pick unit 1 and optotransmissive switch 2is used in pick unit 2.

The line LED_PICKARM1+ (sheet 6) provides voltage to optotransmissiveswitch 1, LED anode from the +12 V supply via a 220R limiting resistor net-work. LED_PICKARM2+ (sheet 6) does the same for optotransmissive switch2.

PICKARM_1+ (sheet 6) provides voltage to the optotransmissive switch 1transistor collector via a 1k0 resistor which limits the current in the event of ashort circuit to ground.

PICKARM_1 (sheet 3) connects the transistor emitter to an LM339 volt-age comparator. This gives a digital 1 when the when optotransmissive switch1 is blocked and a digital 0 when the switch is clear.

This output enables the pick valve solenoid logic (see the section “PickValve Solenoid Operation”).

PICKARM_2+ and PICKARM_2 are used for optotransmissive switch 2.

Bill Picked SensorA transport sensor consisting of a LED assembly and optical transistorassembly is situated at the exit of each pick unit to sense the presence of apicked bill. For the sensor in the first pick unit the following signals are used:

z LED_PICK1+ (sheet 6) provides a voltage to the LED anode from the +12 V supply via a pnp transistor (enabled by the LED_ON signal) and a280R limiting resistance. The LED cathode is connected to ground returnat connector J3.

z SEN1+ (sheet 6) connects the optical transistor collector to the +12 V sup-ply via a 1k resistor which limits the current in the event of a short circuitto ground.

z SEN1- (sheet 5) provides a return from the optical transistor emitter tothe 20k gain setting resistor. This gives a voltage proportional to the lightincident upon the optical transistor, from the LED assembly.

The signals LED_PICK2+, SEN2+ and SEN2- are used for the second sen-sor assembly.

PICK VALVE SOLENOIDEach pick unit has a solenoid valve which permits the vacuum through to thepick arms. Power to the solenoid is provided as follows:

z VLV1_24V provides a connection from one terminal of the first pick unitsolenoid to the +24 V supply via connector J5, pin 14, and an on-board 1 Asafety fuse (sheet 1).

z VLV1_ON- connects the second terminal of the solenoid to a parallel pairof Darlington switches. These switches are enabled (high) by logic associ-

12.9-24


ARIA PICK MODULES

ated with the PICK command from the Currency Dispenser Control board(see the section “Pick Valve Solenoid Operation”).

VLV2_24V and VLV2_ON- A are used for the second pick unit solenoid.

THERMISTORThere is no low temperature thermistor in the Aria pick module, however, thecircuit still exists on the double pick interface board (sheet 4). The TEMP1and TEMP2 signals on pins 3 and 19 of connector J5 are connected directly toground by the Aria pick module harness. This simulates a low resistancethermistor causing a logic 1 output from the voltage comparator so that thesignal TEMP_OUT to the Control Board always indicates normal operatingtemperature.

If 56XX pick modules are used together with Aria pick modules, then alow temperature indication from a thermistor in one of the 56XX type will bepassed via the Aria pick module to the Dispenser Control Board and will causesoftware to run the main motor for a longer time, to generate the vacuum,before the PICK signal is generated. An indication of the low temperaturecondition is also seen in the M-DATA returned to level 1 diagnostic tests.

12.9-25


ARIA PICK MODULES

BUS INPUTThe Bus Input interface consists of power routed from the Currency DispenserControl board, control lines from the Currency Dispenser Control board, andsensor information and cassette data bus to the Currency Dispenser Controlboard. Provision is made to interface to Intelligent Currency Cassettes.

CONNECTOR J2 PINOUT J2 is a dual 20-way connector which carries the bus input lines to a cascadedDouble Pick Interface board or Single Pick Interface board. It has thefollowing pinout:

CONTROL SIGNALSControl signals from the Dispenser Control board are output on connector J2via open collector drivers to maintain signal levels (sheet 5). The table belowlists the input signal alongside the equivalent output to the cascaded board.

+24 V 1 2 +24 V

+24 V 3 4 +24 V

Ground 5 6 Ground

Ground 7 8 Ground

+5 V 9 10 +5 V

+12 V 11 12 Ground

Ground 13 14 RXD

TXD 15 16 N/C

SEN3_IN 17 18 SEN4_IN

N/C 19 20 PICK_OUT

COILRN 21 22 DISABLE_OUT-

S1_OUT 23 24 S0_OUT

P1_OUT 25 26 P0_OUT

LED_ON_OUT 27 28 GULP-

Ground 29 30 CASLOW_IN-

Ground 31 32 TEMP_IN-





Signal from Control Board Signal to Cascaded Board

PICK PICK_OUT

LEDON LEDON_OUT

S0 S0_OUT

S1 S1_OUT

DISABLE DISABLE_OUT

12.9-26


ARIA PICK MODULES

SENSOR AND CASSETTE DATA BUS SIGNALSThe signals from Pick Units 3 and 4 transport sensors are buffered by unitygain operational amplifiers. The cassette bus interface signals from thecascaded Pick Interface board are buffered on entry to the Double PickInterface board. The table below lists the names of the incoming signalsagainst those sent to the Control board.

The signals GULP-, RXD, TXD, and COILEN- are directly connectedbetween the bus output and the bus input connectors (J1 and J2).

INTELLIGENT CASSETTE INTERFACESProvision is made on the Double Pick Interface board for an interface tointelligent cassettes in Pick Unit 1 and Pick Unit 2.

CONNECTOR J3Connector J3 is provided for the intelligent cassette interface for Pick Unit 1.It has the following pinout:

CONNECTOR J4Connector J4 is provided for the intelligent cassette interface for Pick Unit 2.It has the following pinout:

Signal from Cascaded Pick Interface

Signal to Control Board





TEMP_IN- TEMP_OUT-

CASLOW_IN- CASLOW_OUT-

SEN3_IN PSEN3

SEN4_IN PSEN4

+24 V 1 2 +24 V

Ground 3 4 Ground

+5 V 5 6 Ground



+24 V 1 2 +24 V

Ground 3 4 Ground

+5 V 5 6 Ground



12.9-27


ARIA PICK MODULES

SERVICE AIDSThe following sections contain information relevant to the servicing andoperating procedures of the pick modules.

STATE OF HEALTH (SOH)NVRAM on the dispenser control board contains SOH module statusinformation including pick modules, cassettes, and suction cups. This isdescribed in Chapter 12.8.

ADJUSTMENTS

PICK MODULE TIMINGDispensers that use the bill alignment mechanism to form the note stack (theP86 and NID) do not require any timing relationship to be set between theaction of the pick modules and the presenter. When Aria pick modules areused in dispensers with stacker wheels (56XX) then there is an additionaladjustment to presenter timing.

With both types of presenter the pick module to pick module relationshipdoes, however, still require to be set. The adjustment procedures in thissection are described for single and double pick modules. The aim of theseprocedures is to attach correctly timed pick modules below the presenter withthe timing disks of the pick units aligned to the timing marks 1, 2, 3, and 4,reading from the topmost pick module to the bottom.

56XX dispensers may be built in 1, 2, 3 and 4 high configurations whilethe P86 Currency Dispenser and NID are built only 2, 3 and 4 high:

NOTE: Where there is a mixture of Aria and 56XX type pick modules, thenthe Aria type must always be the bottom pick module.

1 High Dispenser 2 High Dispenser 3 High Dispenser 4 High Dispenser

Presenter Presenter Presenter Presenter

P1 Timing Disk = 1 P2 Timing Disk = 1 P2 Timing Disk = 1 P2 Timing Disk = 1

Timing Disk = 2 Timing Disk = 2 Timing Disk = 2

P1 Timing Disk = 3 P2 Timing Disk = 3

Timing Disk = 4

P1 = Single Pick Module

P2 = Double Pick Module

12.9-28


ARIA PICK MODULES

You must carry out the procedures in the order given:

z Separating the Pick Units of the Double Pick Modulez Pick Unit Internal Timingz Double Pick Module Pick Unit Relationshipz Presenter Timing (56XX only)z Pick Module to Presenter Timing

z 1 High Dispenserz 2 High Dispenserz 3 High Dispenserzz 4 High Dispenser.

NOTE: 1. To achieve the adjustments on dispensers with one, two, or threepick modules, the security plates on the bottom pick module must beremoved.

NOTE: 2. Only Aria pick modules are described in this chapter. For 56XXsingle and double pick modules see Chapter 12.6

Separating the Pick Units of the Aria Double Pick ModuleTo adjust a double pick module you must first isolate the gear trains of thetwo pick units by removing the timing belt (part number 445-0587791) shownin the following figure.

Retain the timing belt until required to reinstall it in the procedure“Joining the Pick Units of the Double Pick Module”.

12.9-29


ARIA PICK MODULES

Pick Unit Internal TimingThe only relationship to be set in the pick unit is between the pick wheel andthe cam driven vacuum arm line.

NOTE: In a double pick unit make the adjustment on the upper pick unitfirst

The method of setting is as follows:

1. Position the teeth mesh between the drive segment and pick line so thatthe upper tooth of the drive segment is above the upper tooth of the pickline.

2. Take off and retain the 26T idler gear (Part Number 445-0633190) directlybelow the pick line (left side of the module looking from the currency cas-sette). See the following illustration:

12.9-30


ARIA PICK MODULES

.

3. Rotate the gears of the pick module transport until the pick D wheel isfree of its mating tension wheel.

4. Rotate the drive cluster in a clockwise direction until the D timing markon the timing disk lines up with the timing sensor body.

5. Rotate the gears of the pick module transport until the interrupted part ofthe pick D wheels is away from the pick arms. Turn the gears until a gapof from 0.5 mm 0.5 mm (0.02 in. 0.02 in.) exists between the leadingedges of the pick D wheels and the tension wheels as shown in the first fig-ure above.

6. Replace the idler gear removed in step 2. Be careful not to dislodge the set-ting.

7. Carry out steps 1 to 6 on the lower pick unit.

Double Pick Module Pick Unit RelationshipWhen the internal timing of both pick units of the double pick module hasbeen set, the pick units have to be locked in a fixed timing relationship.Proceed as follows:

1. Rotate the gear train of the upper pick unit to move the timing disk in aclockwise direction until the 1 timing mark on the drive cluster timingdisk lines up with the timing sensor body.

CAUTION

Always rotate the gear train in its normal direction of travel.The pick timing disks should turn clockwise. Do not move thegear train backwards and forwards.

2. Rotate the gear train of the lower pick unit until the 2 timing mark on thedrive cluster timing disk lines up with the timing sensor body.

3. Place the timing belt (removed in the procedure “Separating the PickUnits of the Double Pick Module”) around the pulley wheel of the lowerpick position and put it on as many teeth as possible of the pulley wheel ofthe upper pick position, taking care not to dislodge the settings. Turn theupper gear train in the normal direction of travel (see Caution above) toride the timing belt fully on to the pulley wheel.

± ±

12.9-31


ARIA PICK MODULES

Presenter Timing

NOTE: The Personas 86 dispenser and the NID do not require any timingrelationship to be set between the action of the pick modules and thepresenter.

When Aria pick modules are used on a stacker wheel dispenser (56XX type)then the presenter must be set as follows:

NOTE: 1. The bill transport arrangements vary in the front access, rearaccess and through-the-wall presenters but the location of the presentertiming gears is constant.

NOTE: 2. When the Aria Double Pick Module is present in a 56XX EnhancedCurrency Dispenser installed in NCR 56XX ATMs, the presenter timingmust be advanced one tooth.

1. Remove the circlip retaining the stacker line gear (1) and disengage thegear from the idler gear, without removing it from the hex on the shaft.

2. Rotate the stacker line gear (1) to a position where any of its twelve trian-

12.9-32


ARIA PICK MODULES

gular timing marks (3) is next to the timing stud (2) in the frame.

3. Advance the stacker line gear (1) one tooth (see Note 2 above).4. Re-engage the gear and refit the circlip.

Pick Module To Presenter TimingOnce the pick modules have been prepared, as in the previous procedures, thepick modules can be assembled with a presenter to produce the completecurrency dispenser. There are no timing adjustments to the presenter.

CAUTION

The dispenser is heavy. Get help to lift it.

1 High Dispenser

1. Rotate the gear train of the single pick module to move the timing disk in

12.9-33


ARIA PICK MODULES

a clockwise direction until the 1 timing mark on the drive cluster timingdisk lines up with the timing sensor body (see above illustration).

CAUTION

Always rotate the gear train in its normal direction of travel.The pick timing disk should turn clockwise. Do not move thegear train backwards and forwards.

2. Attach the pick module to the presenter.3. Check that the 1 timing mark is in line with the timing sensor body.

2 High Dispenser

1. Rotate the gear train of the double pick module to move the timing disksin a clockwise direction until the 1 timing mark on the upper drive clustertiming disk lines up with the timing sensor body.

CAUTION


2. Check that the 2 timing mark on the lower drive cluster timing disk linesup with the timing sensor body.

3. Attach the double pick module to the presenter.4. Check that all the timing marks are aligned. Timing marks 1 and 2 should

be in line with their respective timing sensor bodies.

3 High Dispenser

1. Rotate the gear train of the double pick module (observe the cautionbelow) to move the timing disks in a clockwise direction until the 1 timingmark on the upper drive cluster timing disk lines up with the timing sen-sor body.

CAUTION

Always rotate the gear train in its normal direction of travel.The pick timing disk should turn clockwise. Do not move thegear train backwards and forwards.


3. Attach the pick module to the presenter.4. Rotate the gear train of the single pick module (observe the caution above)

to move the timing disks in a clockwise direction until the 3 timing markon the cluster timing disk lines up with the timing sensor body.

5. Attach the single pick module to the bottom pick module of the double pickmodule.

6. Check that all the timing marks are aligned. Timing marks 1, 2, and 3should be in line with their respective timing sensor bodies and a pre-

12.9-34


ARIA PICK MODULES

senter timing arrow should be next to the timing stud.

4 High Dispenser

1. Rotate the gear train of the first double pick module to move the timingdisks in a clockwise direction until the 1 timing mark on the upper drivecluster timing disk lines up with the timing sensor body.

CAUTION



3. Attach the double pick module to the presenter.4. Rotate the gear train of the lower double pick module (observe the caution

above) to move the timing disks in a clockwise direction until the 3 timingmark on the upper drive cluster timing disk lines up with the timing sen-sor body.


6. Attach the double pick module to the bottom of the first double pick mod-ule.

7. Check that all the timing marks are aligned. Timing marks 1, 2, 3, and 4should be in line with their respective timing sensor bodies.

NOTE: 1. For dispenser assembly the procedure can be carried out bybuilding from pick unit 4 upwards with the presenter added last.

NOTE: 2. Re-configuration is required when downgrading from four to threeor three to two pick modules. The NVRAM must be cleared to de-configurethe removed pick modules.

12.9-35


ARIA PICK MODULES

DIAGNOSTIC TESTSDiagnostic tests on the dispenser when installed in an NCR ATM aredescribed in Chapter 12.8.

STRAPPING

FUSE FS1Fuse FS1 is in the 24 V dc line to the pick solenoid on each Single PickInterface board. There is one fuse on the double pick interface board,protecting the line to both pick unit solenoids. refer to the following diagramsfor location of the fuse.

The fuse is a 125 V, 1.0 A pigtail fuse, part number 007-9830118.

12.9-36


ARIA PICK MODULES

PREVENTIVE MAINTENANCEThe following tables list the part numbers of the parts and assemblies thatshould come under examination during preventive maintenance checks.

ARIA SINGLE PICK MODULE

Item No. on Drawing 445-0653478Rev. E

Part No.Quantity (Double Pick)

Description Comments

3 445-0653487 1 Harness/keyplate assy.

5 445-0657476 1 Vertical transport assy. (upper)

6 445-0654870 1 Vertical transport assy.(lower)

7 445-0632954 1 D wheel assy.

8 445-0632956 1 Pinch roll assy.

9 445-0664594 1 Drive segment assy.

10 445-0592112 1 Pick line assy.

11 445-0591578 1 Drive cluster assy

13 009-0007840 1 Miniature solenoid valve

16 445-0616386 1 Single pick I/F assy.

18 445-0653488 1 Drive belt (3MR-270)

19 445-0646307 1 Drive belt (3MR-252)

20 445-0653489 3 Vertical transport belt 90T

21 445-0587791 1 Idler gear 42T/BRG

22 445-0632941 1 Gear/pulley 36T/26G

23 445-0632942 1 Drive gear 35T

24 445-0632944 1 Pulley 18G GT

25 445-0632945 1 Pulley 28G GT

26 445-0633190 1 Idler gear 26T

27 445-0633963 1 Drive gear 36T

28 445-0587809 1 Idler gear 36T/5 wide

29 445-0582160 6 Snap fit bearing

30 445-0587752 1 Vacuum tube

31 277-0009574 2 Vacuum cup Replace at specified intervals

12.9-37


ARIA PICK MODULES

ARIA DOUBLE PICK MODULE

PREVENTIVE MAINTENANCE PROCEDUREAt each service call the Field Engineer should carry out cleaning tasks andcheck for wear on timing belts and moving parts. Particular attention shouldbe paid to the pick arm suction cups and the air filter in the vacuum line.

NOTE: Vacuum the dust from all areas of the currency dispenser.

Currency/Media Containers

z Clean the purge bin and all cassettes (including spare cassettes) bothinside and out.

NOTE: Pay particular attention to the front door of the cassette.

Item No. on Drawing 445-0656633 Rev. D

Part No.Quantity (Double Pick)

Description Comments

3 445-0663841 1 Harness/keyplates assy.

5 445-0657476 1 Vertical transport assy. (upper)

6 445-0654870 1 Vertical transport assy.(lower)

7 445-0632954 2 D wheel assy.

8 445-0632956 2 Pinch roll assy.

9 445-0664594 2 Drive segment assy.

10 445-0592112 2 Pick line assy.

11 445-0591578 2 Drive cluster assy

13 009-0007840 2 Miniature solenoid valve

16 445-0616023 1 Double pick I/F assy.

18 445-0646306 1 Drive belt (3MR-420)

19 445-0646307 1 Drive belt (3MR-252)

20 445-0644331 3 Vertical transport belt

21 445-0587791 3 Idler gear 42T/18 wide

22 445-0632941 2 Gear/pulley 36T/26G

23 445-0632942 2 Drive gear 35T

24 445-0632944 1 Pulley 18G GT

25 445-0632945 1 Pulley 28G GT

26 445-0633190 2 Idler gear 26T

27 445-0633963 2 Drive gear 36T

28 445-0587809 2 Idler gear 36T

29 445-0582160 10 Snap fit bearing

30 445-0587752 2 Vacuum tube

31 277-0009574 4 Vacuum cup Replace at specified intervals

12.9-38


ARIA PICK MODULES

Pick Modules

z Check that the reed switch housing is not cracked (replace if necessary)

NOTE: A note low condition may not be identified if the read switch housingis damaged.

z Inspect the pick lines for broken nozzles. Replace the pick line if broken,cracked or bent

z Check and replace suction cups if necessary. Read the “Suction Cups” sec-tion shown over

z Check alignment and clean all pick sensors/LEDsz Inspect the dispenser for worn or broken gears. Replace gears where nec-

essary. If gears are worn, check that all circlips on the associated shaft arein place. Lateral movement of shafts occur (accelerating gear wear) whencirclips fall off

z Swap pick module orientation to prolong gear life (for example, on a 4 highdispenser the top and bottom modules should exchange places, as shouldthe middle two modules)

z Lubricate the pick modules and check their mechanical adjustment; referto the “LUBRICATION” section in this chapter.

z Ensure pick modules are properly timed.

Suction Cups

56XX State of Health SystemsReplace suction cups when the “SOH Replace Soon” message appears. Thethreshold is 103 000 bills.

Non SOH SystemsThe following information is provided as a guide to formulating replacementschedules for individual ATMs:

z Lower usage ATMs (150 dispense operations daily, 1 bill per pick moduleper operation); replace suction cups annually

z Medium usage ATMs (250 dispense operations daily, 2 bill per pick mod-ule per operation); replace suction cups every six months

z Higher usage ATMs (350 dispense operations daily, 3 bill per pick moduleper operation); replace suction cups every three months.

12.9-39


ARIA PICK MODULES

Presenter Assembly

z Look to see if the air filter above the top pick module is contaminated withdust, and replace it if it is (Part No. 445-0612449).

NOTE: Annual replacement of the filter is recommended. When you disturbthe air filter some dust will drop down the tubing to the lowest pick mod-ule. Disconnect the tube from the lowest pick solenoid and clean the dustfrom the tube and solenoid.

z Measure the vacuum above and below the in-line air filter. The minimumacceptable vacuum is 19 in. Hg /650 mbar. Both readings must be identi-cal; replace the air filter if the two readings are not the same

z Strip and clean the pump if the vacuum level is low

NOTE: To maximise ATM availability, the pump should be replaced and theoriginal pump should be taken to a repair centre.

12.9-40


ARIA PICK MODULES

LUBRICATIONThis section describes the lubrication of the pick module during componentreplacement.

LUBRICANT TYPEThe following lubricants are recommended:

For No.2 General Purpose Oil any one of the following lubricants can beused:

z Shell Oil Co. Donax T-6z Mobil Oil Co. Mobile ATF 220z Exxon Oil Co. ATF or Esso ATF.

GENERAL INSTRUCTIONSThe following general instructions must be observed:

1. Use clean lubricants from properly labelled containers.2. Satisfactory operation of mechanical components depends upon proper

lubrication. Follow the specific lubrication instructions in the followingparagraphs in detail.

3. Avoid excessive lubrication. Apply only that amount which will provide athin coating on the entire bearing area or surface, unless otherwise speci-fied.

4. All parts to be lubricated must be free from dust, corrosion and metalchips.

5. Lubricate bearing areas and surfaces during assembly, unless conditionscaused by subsequent handling are detrimental (for example, accumula-tion of chips, grit, and so on) to the proper operation of the part. In thosecases lubrication should be applied after assembly.

6. Apply lubricants using the most convenient method when none is speci-fied, that is by brushing, dipping, or oil can. Spraying is not recommended.

7. Lubricate all spring hooks and spring studs with lubricant B.8. Working clipped or riveted assemblies should not be lubricated before riv-

eting but only after all processes, handling, or storage involving exposureto dirt or serious atmospheric contamination are past.

9. On assemblies that have shafts on which one or more moving parts areassembled, lubricate both the shaft and the hub areas on each part withthe specified lubricant.

10. Lubricants can cause serious deterioration of rubber. Avoid contaminationof drive belts and drive rolls.

CAUTION

Make sure that no lubricant spills on to the teeth ofgears as this may impair their performance.

Lubricant Type

A No.2 General Purpose Oil

B Synthetic Lubricating Grease (009-0004618 = 100gm containers)

12.9-41


ARIA PICK MODULES

Pick ModuleLubricate as follows:

z Drive segment, inside hub, pivot stud - with Az Gears turning on stationary stud, on the stud, in the bore - with Bz Cam cluster, bore and pivot stud - with Bz Pick line, bearing faces - with Bz Pick line hub bearing surface - with Bz Plastic bearings including gulp feed bearing (before assembly) - with Az Cassette latch stud - with B.

INTERNAL CABLESThe diagrams in this section are the schematics of the internal cables of theAria single and double pick modules.

ARIA SINGLE PICK UNIT HARNESS (SHEET 1 OF 2)

VV

VV

VV

VV

V

1

2

6

7

3

5

10

11

VV

G

W

VV

VV

PICK_SEN1

VV

2

3

SEN1- (GREEN)

LED PICK 1+ (RED)

PICKARM 1 (WHITE)

J2

VV

15

16

VLV1 ON- (TP WHITE)

SEN1+ (WHITE)

R

1

B

2

CASLOW1- (WHITE)CassetteLow &LED_1

V

1

TimingDisk 1

GND (WHITE)

LED PICKARM 1+ (BLACK)

VALVE_1-1+24 V (TP BLACK)

Sin

gle

Pic

k In

terf

ace

Boa

rd

TEMP1 LOOP (WHITE)

LED GND (BLACK)

VALVE_1-2

LED PICKARM 1- (WHITE)

V12

13

12.9-42


ARIA PICK MODULES

ARIA SINGLE PICK UNIT HARNESS (SHEET 2 OF 2)

CVV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

J4 J1

CAS ID1-GND

CAS ID2-

GNDCAS ID3-

GNDCAS ID4-

GNDCAS TEMP-GND

GULP-LEDON_PICK

GNDGND

S0S1DISABLE-

COILEN-PICK

CASLOW-

GND

PSEN1

PSEN2PSEN3

PSEN4PICKTXD

12

3

4

56

78

910

111213

1415

1617

1819

202122

23

242526

40

393837

36

3534

3332

31

30292827

26

25

242322

212019

17

16

15

18

Sin

gle

Pic

k In

terf

ace

Boa

rd

Pic

k In

terf

ace

Boa

rd

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

27

2829

30

31

32333435

36373839

40

1413

12

1110

9

87

6

5432

1

PICK RXD

GND

+5 V

+5 V

GNDGND

GNDGND+24 V+24 V+24 V

+24 V

GND

+12 V

12.9-43


ARIA PICK MODULES

ARIA DOUBLE PICK UNIT HARNESS (SHEET 1 OF 2)

VV

VV

VV

VV

V

1

2

6

7

3

5

9

10

11

VV

G

W

VV

VV

PICK_SEN1

VV

R

B

SEN1- (GREEN)

LED PICKARM1+ (RED)

PICKARM1 (GREEN)

J5

VV

14

13 VLV1 ON-

SEN1+ (WHITE)

R

1

B

2

LED PICK1+ (RED)CASLOW1- (WHITE)

LOOP1 (WHITE)

GND (WHITE)

CassetteLow &LED_1

Splice 1V

G

TimingDisk 1

GND (BLACK)

GND (WHITE)

LED PICKARM1- (BLACK)

VALVE_1-2

VALVE_1-1

+24 V

VV

VV

VV

VV

V

17

18

22

23

19

21

25

26

27

VV

G

W

VV

VV

PICK_SEN2

VV

R

B

SEN2- (GREEN)

LED PICKARM2+ (RED)

PICKARM2 (GREEN)

VV

30

29VLV2 ON-

SEN2+ (WHITE)

R

1

B

2

LED PICK2+ (RED)CASLOW2- (WHITE)

LOOP2 (WHITE)

GND (WHITE)

CassetteLow &LED_2

Splice 2

V

G

TimingDisk 2

GND (BLACK)

GND (WHITE)

LED PICKARM2- (BLACK)

VALVE_2-2

VALVE_2-1

+24 V

Dou

ble

Pic

k In

terfa

ce B

oard

12.9-44


ARIA PICK MODULES

ARIA DOUBLE PICK UNIT HARNESS (SHEET 2 OF 2)

CVV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

J1 J2CAS ID1-

GND

CAS ID2-

GNDCAS ID3-

GNDCAS ID4-

GNDCAS TEMP-GND

GULP-LEDON_PICK

GNDGND

S0S1DISABLE-

COILEN-PICK

CASLOW-

GND

PSEN1

PSEN2PSEN3

PSEN4PICKTXD

12

3

4

56

78

910

111213

1415

1617

1819

20

2122

23

242526

40

393837

36

3534

33

323130

292827

26

25

242322

212019

17

16

15

18

Sin

gle

Pic

k In

terf

ace

Boa

rd

Pic

k In

terf

ace

Boa

rd

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

VV

27

2829

3031

32

333435

3637

3839

40

1413

12

1110

9

87

65432

1

PICK RXD

GND

+5 V

+5 V

GNDGND

GND

GND+24 V+24 V+24 V

+24 V

GND

+12 V

12.9-45


ARIA PICK MODULES

ASSEMBLY AND SCHEMATIC DIAGRAMSThis section contains the assembly and schematic diagrams for the electroniccomponents of the dispenser listed below:

z Single Pick Interface Board, Assembly Front and Rear Viewz Single Pick Interface Board, Schematic Diagram (Sheets 1 to 6)z Double Pick Interface Board, Assembly Front Viewz Double Pick Interface Board, Assembly Rear Viewz Double Pick Interface Board Schematic Diagram (Sheets 1 to 8).

SCHEMATIC DIAGRAMS

SINGLE PICK INTERFACE BOARDThe assembly and schematic diagrams for the Single Pick Interface Boardappear on pages 47 to 53

DOUBLE PICK INTERFACE BOARDThe assembly and schematic diagrams for the Double Pick Interface Boardappear on pages 54 to 63.

12.9-46


ARIA PICK MODULES

Single Pick Interface Board, Assembly

12.9-47


AR

IA P

ICK

MO

DU

LES

12.9-48

NC

R —

CO

NFID

EN

TIA

L AN

D P

RO

PR

IETA

RY

Use pu

rsuant to C

omp

any Instructions

P 0_ O U T

RXD

S 0_ O U TDISAB LE_O UT-PICK_OUTSEN3_IN

GULP-CA SLOW _IN -TE M P_ IN -C A S _ ID 4 _ IN -C A S _ ID 3 _ IN -C A S _ ID 2 _ IN -C AS_ ID 1 _IN -

O U T

D . M IL N E

5 67 0

836

JU L 94

-

R XD 1_ IN

CO IL EN1

D . M IL N E

4 4 5-06 1 63 8 861

D . M IL N ECO N NE CT O RS / DE CO U PLINSIN GLE PIC K INTE RFAC EC UR R EN C Y D ISPE N SER

6.1 A

2.4 D

2.4 B

+5V

+5V

5 .4 C

5.4D1.1 D

5.1B

+5V

6.1B

+ 24V

6.1B

V

6.1B

6.1B

+24V

5.4 D

4.1 BT 29

5 .4 C

6.1 A

T 3 5

23 45 67 89

T105 4.4B1.1 D

J 3

N OP

1

10

1

1011 1213 1415 1617 1819

+ 24V

2223 2425 2627 2829

3

3031 3233

J4

35 3637 3839

4

40

5 67 89

2

2021

08DR 45420

SUPERS EDES:

C LA S S :

IN T ER FA CE

ENT OF TH IS D OC UM EN T IS

D A T E :AT&T

NEXT ASSEMBLY

G BY AT&T IN CONNECTIONANUFACTURE, MAINTENANCEF TH E AT&T EQ U IPM EN T TO

PERTAINS (C) 1994

LLEC TU AL PRO PER TY AND IS

4

DRAFTSMAN :

INTELLIGENTCASSETTE

B U S IN P U T

34

D R N UM B E RD.L.M.

L INFO RM ATION SOLUTIO NS COM PANYIO , USA

DEVELOPER :

B

S U P S D B Y :AP P R O V E D :

4R EQD

ERTY OF AT&T GIS. IT IS TOD AS STR ICTLY CO N FID EN TIAL

T TO BE DISCLOSED, REPROD-SED EXC EPT AS AUTH ORIZED

( F rom next P ick In te rface)

C

R EVA

C AD

U N IT :N A M E :

G LO BAL INFO RM ATION SO LUTIO NS

D

D FT SO C T 9 4

A

SIZE

D AT E

SH E E T O F

Single P

ick Interface Board, S

chematic D

iagram (S

heet 1 of 6)

S0

S EN 1 +

P IC K A R M 1 +

TEM P_OUT-C AS_ID4_ OUT -C A S_ ID 3_O U T -

SEN4_INTX D

S E N 1-TEM P1

C A S LO W 1-

P1_OUTLE D _ O N _

S1_OUTC O ILE NSEN 2_IN

P 1

C O IL E N

IN T1_PR ES

TX D1_O UT

P0L ED O NGULP-

CASLOW_OUT-

C AS _ID 1_O UT-C A S_ ID 2_O U T -

R XDTX DPSE N4PSEN3PSEN2PSEN 1P IC K

D ISA B LE-S 1

T13

LED_PICK1+

G U LP_ FE ED

VLV1_O N-P IC K A R M _ 1

T11

T12

T 8 5

T4

T2

T91.3D 4.1 B

T3

5.4 B

3.4 D

2 .4D

R 34150 R

6.4 C

T 24

+ 24V

T 3 3

5 .1 A

T 2 0

+24V

4.1A

+24V

5.1C

5 .1B

T 2 7

T 4 2

4 .1B1.2D

125V

F S 1

1 .0 A

12

+12

1 .2D

T17

5.1D

5 .4 C 6.1C

5 .4B

5.1C

+5V

4 .4 D 6.4A

T71

4 .4 D 6 .4 B

4 .4 D 6.4A

2 .1B

T 3 7

5.1D 2 .4 C 2 .1C

4.4B

2.1B1.3D 5.1C5.1C3 .1C

1 .4D 4.4B

4 .4 D 6 .4 B

12

3 .1C

+5V

2.1D

6.4 C

4.1B

4.1B

2627

5.4A+12 V

J11

1011

4 0

5

13 1415 1617 1819

2

2 021 2 223 2 425

2 829

3

3 031 3 233 3 435 3637 3 839

4

J 21

1011

67 89

4 .4 D 6 .4 B

T 40

67 89

6.4 C

2.1D5.1D2 .4 C 2.1C

1213 1415 16

23 45

5 .4D5.4 C

+24V

3.1C

1 .4D 5.4 D

4 .4 D 6 .4 B

C H A N G E S : (A ) IN IT IA L R E L E A S E A

AND ACTUATORS

TH E C ON T

2 3

3

D

C

B

IN WRITINWITH THE MAN D U SE OWHICH IT

BUS O UTPUT

1

AT&T IN TE

( T o C ontro l B oard o r ne xt P ick In te rface)

1AT&T G LOBADAYTON, O H

2

THE PROPBE TR EATEAND IS NOUCED OR U

SENSORS

ARIA PICK MODULES

Single Pick Interface Board, Schematic Diagram (Sheet 2 of 6)

P0

CO

ILE

N1

CO

ILE

N0RR1

7

S1

P0_

OU

T

SEL1

S0S0

SE

L1-

P1P

1_O

UT

S1

T91

1.2

D 1.

3D1.

4BT3

1

1.2D

2.4

C 5.

1D

T100

44

5-0

61

63

88

D.

MIL

NE

5.1D

2.1

C

1.1D

+5V

& U4

74L

S09

12 1311

T83

5.1D

2.1

C

1.2D

T63

CU

RR

EN

CY

DIS

PE

NS

ER

DO

UB

LE

PIC

K I

NT

ER

FA

CE

BO

AR

D A

DD

RE

SS

DE

CO

DE

JUL

94 83

6

567

0

D.M

ILN

ED

. M

ILN

E

26

1.1D

2.4

C 5.

1D

T79

R46

10K

12

4.1C

T72

108

+5V

T86

T80

4K7

R47

=1

74L

S32

U9&9

56

+5V

10K

R44

1

T84

1.4D

1.3D

U6

74LS

864

=1 U6

74LS

8612 13

11

=1 U6

74LS

862 1

2

4K7

3

+5V

1.2D

1.1D

T78

74LS

86

U6

NO

P

=19 10

8

R45

3.1C

74L

S3

2

U9112 13

11

AN

D I

S N

OT

TO

BE

DIS

CL

OS

ED

, R

EP

RO

D-

UC

ED

OR

US

ED

EX

CE

PT

AS

AU

TH

OR

IZE

DIN

WR

ITIN

G B

Y A

T&

T I

N C

ON

NE

CT

ION

WIT

H T

HE

MA

NU

FA

CT

UR

E,

MA

INT

EN

AN

CE

AT

&T

INV

ER

TER

GLO

BA

L IN

FO

RM

AT

ION

SO

LUT

ION

ST

HE

CO

NT

EN

T O

F T

HIS

DO

CU

ME

NT

IS

INV

ER

TER

NA

ME

:

08D

R45

420D

.L.M

.O

CT

94

23

4

AD

ABCD

REV

R16

0R

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

OW

HIC

H I

T P

ER

TA

INS

(C

) 1

99

4A

T&

T G

LO

BA

L I

NF

OR

MA

TIO

N S

OL

UT

ION

S C

OM

PA

NY

DA

YT

ON

, O

HIO

, U

SA

SIZ

E

CL

AS

S

:

4

A

B

DR

NU

MB

ERD

FTS

1

23

NE

XT

AS

SE

MB

LY

DA

TEC

HA

NG

ES

: (

A)

INIT

IAL

RE

LE

AS

E

CAD

UN

IT

:

REQ

D

DA

TE

:

DR

AF

TS

MA

N :

DE

VE

LOP

ER

:A

PP

RO

VE

D :

SU

PS

D B

Y

:S

UPE

RS

ED

ES

:

C

AT

&T

IN

TE

LL

EC

TU

AL

PR

OP

ER

TY

AN

D I

ST

HE

PR

OP

ER

TY

OF

AT

&T

GIS

. IT

IS

TO

BE

TR

EA

TE

D A

S S

TR

ICT

LY

CO

NF

IDE

NT

IAL

SHEE

TO

F

12.9-49


ARIA PICK MODULES


+5V

DIS

AB

LE

-

PIC

KA

RM

_1

SEL1

PIC

K

D1M

UR

S12

0T3 AK

T90

VLV

1_O

N-

T52

R18

1K

T51

4K7

R65

Q2

4K7

R66

T92

74L

S32

U914 5

6

4 5

6

MT

D30

55R

L

D

G

S

T93

R

T38

& U4

74LS

09

9

1.1B

+12V

T39

74LS

109

U3

S J CK K

2

R41

5K11

121410

151311

R6 20K

12

50V

C7

10nF

1U3

74LS

109

426

135

1.1B

+5V

R42

3K3 12

Q1 MT

D30

55

NOP

RKCKJS

+5V

LM33

9U1

N/#

+V3

-V12

7

14

+5V

+5V

100RR14

D

G

S

T87

T60

9 8

R75K

1112

& U4

74LS

099 10

8

+5V

T76+5

V

T70

5K11

R15

R40

5K11

5K11

R48

180K

R5

& U4

74LS

091 2

3

T77

D.M

ILN

E

44

5-0

61

63

86

3 D

.MIL

NE

D.M

ILN

E

567

0

836

JUL

94

PIC

K S

OLE

NO

ID C

ON

TR

OS

ING

LE

PIC

K I

NT

ER

FA

CE

CU

RR

EN

CY

DIS

PE

NS

ER

+2

4V

R19

5K11

12

+5

V1

2

+5V

1.1D

5.

1C

T50

1.1D

5.

1C

5K11R11

12

T89

U9

74L

S32

1 23

T48

T81

2.4B

T55

+5V

1

T68

T56

5K11

R43

T69

T66

T73

SMT

D.L

.M.

NA

ME

:

23

C

DA

TED

FTS

4

ABCD

REQ

DS

IZE

CAD

DR

NU

MB

ER

IN W

RIT

ING

BY

AT

&T

IN

CO

NN

EC

TIO

NW

ITH

TH

E M

AN

UF

AC

TU

RE

, M

AIN

TE

NA

NC

EA

ND

US

E O

F T

HE

AT

&T

EQ

UIP

ME

NT

TO

NE

XT

AS

SE

MB

LY

CL

AS

S

:

T53

DA

TE

:

UN

IT

:D

RA

FT

SM

AN

:

AP

PR

OV

ED

:

SU

PS

D B

Y

:S

UP

ER

SE

DE

S:

D

12

3

PTH

OC

T 9

4

CH

AN

GE

S :

(A

) IN

ITIA

L R

EL

EA

SE

1

REV

BE

TR

EA

TE

D A

S S

TR

ICT

LY

CO

NF

IDE

NT

IAL

AN

D I

S N

OT

TO

BE

DIS

CL

OS

ED

, R

EP

RO

D-

UC

ED

OR

US

ED

EX

CE

PT

AS

AU

TH

OR

IZE

D

WH

ICH

IT

PE

RT

AIN

S (

C)

19

94

AT

&T

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

YD

AY

TO

N,

OH

IO,

US

A

AT

&T

GL

OB

AL

INF

OR

MA

TIO

N S

OL

UT

ION

4

A08

DR

454

20

TH

E C

ON

TE

NT

OF

TH

IS D

OC

UM

EN

T I

SA

T&

T I

NT

EL

LE

CT

UA

L P

RO

PE

RT

Y A

ND

IS

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT I

S T

O

AB

DE

VE

LOP

ER

:

SHEE

TOF

12.9-50


ARIA PICK MODULES


CA

SLO

W1-

CA

S_

ID1

_O

UT

-C

AS

_ID

2_

OU

T-

CA

S_

ID3

_O

UT

-C

AS

_ID

4_

OU

T-

TXD

1_O

UT

TE

MP

_OU

T-

CA

SLO

W_O

UT

-

TEM

P1

TXD

SW

_RE

ED

SW1

12

1.1D

6.4

A

1.4

D

RX

D1_

IN

INT

1_P

RE

S-

SE

L1-

RXD

T88

1.1D

T36

T49

+V

12-V

5 4

R2

10K

12

T57

+5V

/#N

U1LM

339

3

12

1.1D

6.4

A

2T

67

1.1D

6.4

B

T59

4K7

R37

+5V

+5

V

180KR1R20

180K

12

LM33

9U1

N/#

+V3

-V12

1110

13

T34

T65

T61

12

T30

NOP

100R

+5V

+12V

R62

10K

2

5%R22

180K

+12V

5K11

R63

5K11R3

R4

12

1%R23

10K

1

12+5V

1.2D

1.3

D

+5V

+5V

+5

V

1.3B

R64

5K11

12

1.3B

5K11

R61

ENU

5

74L

S2

44

2 4 6 8

1.4B

1.1D

6.4

B

1

74L

S2

44

U5

EN

11 13

1.1D

6.4

B

+5V

7 5 3

19

CU

RR

EN

CY

DIS

PE

NS

ER

SIN

GL

E P

ICK

IN

TE

RF

AC

CA

SS

ET

TE

DA

TA

BU

S

JUL

94 83

6

567

0

D.

MIL

NE

D.

MIL

NE

18 16 14 12

SW3

SW

_RE

ED

12

1.1B

+5V

15 17

96.

4B

SW4

SW

_RE

ED

12

+5

V+

5V

46

44

5-0

61

63

8D

. M

ILN

E

SW

_RE

ED

SW2

12

R36

5K11

12

1.1D

10K

R24 1%

12

R21

5K11

12 2

5K11

R38

12

T64

12

2.4C

1.1B

+5V

R39

5K11

1

DFT

S

B

NA

ME

:

REV

DR

AF

TS

MA

N :

DA

TE

:

AP

PR

OV

ED

:

DA

TEC

HA

NG

ES

: (

A)

INIT

IAL

RE

LE

AS

E

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

OW

HIC

H I

T P

ER

TA

INS

(C

) 1

99

4

08D

R4

542

0D.L

.M.

OC

T 9

4

12

INV

ER

TE

R

REQ

DS

IZE

DR

NU

MB

ER

NE

XT

AS

SE

MB

LY

D5K

11R

35

C

34

SU

PS

D B

Y

:

AB

UC

ED

OR

US

ED

EX

CE

PT

AS

AU

TH

OR

IZE

DIN

WR

ITIN

G B

Y A

T&

T I

N C

ON

NE

CT

ION

WIT

H T

HE

MA

NU

FA

CT

UR

E,

MA

INT

EN

AN

CE

DE

VE

LOP

ER

:

4

AT

&T

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

YD

AY

TO

N,

OH

IO,

US

A

AT

&T

GL

OB

AL

INF

OR

MA

TIO

N S

OL

UT

IOT

HE

CO

NT

EN

T O

F T

HIS

DO

CU

ME

NT

IS

CL

AS

S

:

SU

PE

RS

ED

ES

:C

AD

AT

&T

IN

TE

LL

EC

TU

AL

PR

OP

ER

TY

AN

D I

S

UN

IT

:

12

C A

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT I

S T

OB

E T

RE

AT

ED

AS

ST

RIC

TL

Y C

ON

FID

EN

TIA

LA

ND

IS

NO

T T

O B

E D

ISC

LO

SE

D,

RE

PR

OD

-

3

A

D

SH

EET

OF

12.9-51


ARIA PICK MODULES


PS

EN

4

SE

N1-

GU

LP-

S1_

OU

T

PSEN

1

T1

LED

_ON

_OU

T

GU

LP_F

EE

D

S1 S0

PS

EN

2

SE

N3

_IN

SE

N4_

IN

S0_

OU

T

DIS

AB

LE

_O

UT

-

PIC

K_O

UT

PS

EN

3

10K

R67

12+

5V

DIS

AB

LE

-

PIC

K

LED

ON

SE

N2_

IN

T15

T28

1.4D

1.3D

T10

10K

R49

12

T41

1.4D

1.4D

T5

T7

+5V

+5V

+5V

T16

1.3D

T104

+5V

+5V

+5V

+12V

1.1B

+5V

T58

10nF

C3

50V

1 2

T82

1.2D

T103

R70

4K7

1.1D

+5V

1.1B

12R

504K

7 12

+12V

1.3D

1.2D

T14

T26

1

1.4D

4K7

R52

12

NU2

LM32

4

4+V

11-V

12 1314

+5V

4K7

R54

122

1.1D

T102

74

07

U7

R71

4K71

98

1.3D

6.1C

R69

10K

1.4

D

1.1D

2.4C

2.1

C

1.1D

3.1C

1.1D

10K

R53

12

+V4

-V11

3 2

1

1.2D

2

T6

12

2.4C

2.1

C 1.2

D

3.1C

1.1D

LM32

4U2

N1 2

+5V

+5V

20K

R29

R68

4K7

2

50V

C4

10nF

1 250V

C9

10nF

4K7

R72

12

+12V

LM32

4U2

N

1

+V4

-V11

10 98

+12V

NU2

LM32

4

4

R51

10K

+V

11-V

5 67

10nF

C12

50V

56

1 2

T74

D.

MIL

NE

44

5-0

61

63

86

5

D.

MIL

NE

D.

MIL

NE

567

0

12

U774

07

U774

07

50V

C16

10nF

1 2

T101

74

07

U7

836

JUL

94

SE

NS

OR

SS

ING

LE

PIC

K I

NT

ER

FA

CC

UR

RE

NC

Y D

ISP

EN

SE

R

T75

U774

071

2

1110

1312

T8

34

NA

ME

:

2

08D

R45

420

D.L

.M.

OC

T 9

4D

R N

UM

BE

RDFT

SD

ATE

CH

AN

GE

S :

(A

) IN

ITIA

L R

EL

EA

SE

4

AB

2

DA

TE

:

DR

AF

TS

MA

N :

D

REV

AT

&T

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

YD

AY

TO

N,

OH

IO,

US

A

AT

&T

GL

OB

AL

INF

OR

MA

TIO

N S

OLU

TIO

U774

07C

UN

IT

:D

EV

ELO

PE

R :

AP

PR

OV

ED

:

BC

3

WIT

H T

HE

MA

NU

FA

CT

UR

E,

MA

INT

EN

AN

CE

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

OW

HIC

H I

T P

ER

TA

INS

(C

) 1

99

4

4

1

TH

E C

ON

TE

NT

OF

TH

IS D

OC

UM

EN

T I

SA

T&

T I

NT

EL

LE

CT

UA

L P

RO

PE

RT

Y A

ND

IS

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT I

S T

OB

E T

RE

AT

ED

AS

ST

RIC

TL

Y C

ON

FID

EN

TIA

LA

ND

IS

NO

T T

O B

E D

ISC

LO

SE

D,

RE

PR

OD

-U

CE

D O

R U

SE

D E

XC

EP

T A

S A

UT

HO

RIZ

ED

IN W

RIT

ING

BY

AT

&T

IN

CO

NN

EC

TIO

N

NE

XT

AS

SE

MB

LY D

SIZ

E

CL

AS

S

:

1

A

REQ

D

CAD

SU

PS

D B

Y

:S

UP

ER

SE

DE

S:

3

A

SHEE

TO

F

12.9-52


ARIA PICK MODULES


CA

S_

ID1

_O

UT

-

CA

S_

ID2

_O

UT

-

CA

S_

ID3

_O

UT

-

CA

S_

ID4

_O

UT

-

TE

MP

_OU

T-

CA

S_

ID1

_IN

-

CA

S_

ID2

_IN

-

CA

S_

ID3

_IN

-

CA

S_

ID4

_IN

-

TE

MP

_IN

-

16V

C19

10uF

1

PIC

KA

RM

1+

CA

SLO

W_O

UT

-

LED

_ON

_OU

T

LED

_PIC

K1+

SEN

1+

CA

SL

OW

_IN

-

+12V

50V

C6

100n

F1 2

50V

C15

100n

F1 2

100n

FC

22

50V

22

1 2

R13

220R

50V

C10

R60

10K

100n

F1 2

50V

C13

100n

F1

100n

FC1

1

50V

100n

FC2

1

50V

1 2

+5V

12

10K

R56

12R

7610

K12

1 2

+5V

1.3D

5.4

C

+5V

1.2B

+5V

T98

8

220R

R32

T44

1.4C

1 2

+12V

7407

U8

9

R26 1K

100n

FC1

7

50V

T43

T45

1.4C

1.2B

R31

1K

T23

100n

FC

20

50V

1 2

T99

R74

10K

1

+12V

2

220R

R33

4.4

D 1.1

D

+12V

10K

R58

12

T21

R27

5K11

+5V

+5V

+12V

5K11

R25

3K3

R30

180K

R28

12

1 2

T19

4.4

D 1.1

D

T62

T47

100n

FC

8

50V

T32

T54

+5V

1 210

0nF

C5

50V

216

V

C2

10uF

1 222

uFC

18

16V

220R

R12

+5V

T18

1

+5V

47uF

C1 63V

1 2

T22

250

V

C14

100n

F1 2

+2

4VT

46

50V

C23

100n

F1

12+

5V

10K

R73

12

560R

R8

U8

7407

4.4

D 1.1

D

R77

10K

R57

10K

10K

R59

12

T96

34

T97

1.1D

U8

7407

11

12

1.4C

T94

10K

R78

R9 560R

4.4

D

R55

10K

12

7407

10

1.4C

1312

7407

U8

56

12

T95

+5V

+5V

4.4

D 1.1

D

U8

R10

1K 12

7407

U8

12

+5V

R75

2N3

906Q

3

4.4

D 1.1

D

CU

RR

EN

CY

DIS

PE

NS

ER

SIN

GL

E P

ICK

IN

TE

RF

AC

EL

ED

/ B

US

DR

IVE

RS

JUL

94 83

6

567

0

LM33

9U1

N/#

D.

MIL

NE

D.

MIL

NE

66

44

5-0

61

63

88

D.

MIL

NE

1.4C

1.4C

1.2B

10K

6

1

+12V

+5V

12

T25

08D

R45

420

23

AC

CL

AS

S

:

CAD

AT

&T

GLO

BA

L IN

FO

RM

AT

ION

SO

LU

TIO

N

REQ

DS

IZE

DA

TE

:

B

SU

PS

D B

Y

:

UN

IT

:D

RA

FT

SM

AN

:

TH

E C

ON

TE

NT

OF

TH

IS D

OC

UM

EN

T I

SA

T&

T I

NT

EL

LE

CT

UA

L P

RO

PE

RT

Y A

ND

IS

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT I

S T

OB

E T

RE

AT

ED

AS

ST

RIC

TL

Y C

ON

FID

EN

TIA

LA

ND

IS

NO

T T

O B

E D

ISC

LO

SE

D,

RE

PR

OD

-

+V3

-V12

7

4

AD

UC

ED

OR

US

ED

EX

CE

PT

AS

AU

TH

OR

IZE

DIN

WR

ITIN

G B

Y A

T&

T I

N C

ON

NE

CT

ION

WIT

H T

HE

MA

NU

FA

CT

UR

E,

MA

INT

EN

AN

CE

D

NA

ME

:

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

OW

HIC

H I

T P

ER

TA

INS

(C

) 1

99

4

NE

XT

AS

SE

MB

LY B

AT

&T

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

YD

AY

TO

N,

OH

IO,

US

A

DE

VE

LOP

ER

:

DA

TEC

HA

NG

ES

: (

A)

INIT

IAL

RE

LE

AS

E

12

34

D.L

.M.

OC

T 9

4

SU

PE

RS

ED

ES

:

REV

1

AP

PR

OV

ED

:

C

DR

NU

MB

ERD

FTS

A

SH

EET

OF

12.9-53


ARIA PICK MODULES

Double Pick Interface Board, Assembly Front

12.9-54


ARIA PICK MODULES

Double Pick Interface Board, Assembly Rear

12.9-55


ARIA PICK MODULES

Double Pick Interface Board, Schematic Diagram (Sheet 1 of 8)

TX

D

GU

LP

-

CA

SLO

W_IN

-

TE

MP

_IN

-

CA

S_ID

4_IN

-

CA

S_ID

3_IN

-

CA

S_ID

2_IN

-

CA

S_ID

1_IN

-

P1_O

UT

LE

D_O

N_O

UT

S1_O

UT

CO

ILE

N

P0_O

UT

RX

D

S0_O

UT

DIS

AB

LE

_O

UT

-

PIC

K_O

UT

SE

N4_IN

CO

ILE

ND

ISA

BLE

-

S1

S0

P1

PIC

KA

RM

_1+

SE

N2+

PIC

KA

RM

_2+

TE

MP

_O

UT

-

CA

S_ID

4_O

UT

-

CA

S_ID

3_O

UT

-

CA

S_ID

2_O

UT

-

TE

MP

1

CA

SLO

W1-

PIC

KA

RM

_1

GU

LP

_F

EE

D

SE

N2-

TE

MP

2

CA

SLO

W2-

PIC

KA

RM

_2

LE

D_P

ICK

1+

SE

N1+

SE

N1-

2

LE

D_P

ICK

AR

M1+

LE

D_P

ICK

2+

LE

D_P

ICK

AR

M2+

VLV

1_O

N-

VLV

2_O

N-

P0

LE

DO

NG

ULP

-

CA

SLO

W_O

UT

-

CA

S_ID

1_O

UT

-

SE

N3_IN

RX

D

TX

DP

SE

N4

PS

EN

3P

SE

N2

PS

EN

1P

ICK

TE

ST

PO

INT

_P

AD

CU

RR

EN

CY

DIS

PE

NS

ER

DO

UB

LE

PIC

K IN

TE

RF

AC

EC

ON

NE

CT

OR

S / D

EC

OU

PL

ING

+24V

100nF

C16

50V

1

50V

1 2

T39

Testp

oin

t_P

ad

T18

+5V

T4

JU

N 9

4

833

5670

D. M

ILN

ED

. M

ILN

E

18

445-0

616025

D. M

ILN

E

100nF

C19

16V

C4

10uF

1 2

R90

150R

T8

TE

STP

OIN

T_P

AD

TE

STP

OIN

T_P

AD

TE

STP

OIN

T_P

AD

100nF

C7

50V

1

T105

100nF

C23

50V

1 2

T6

50V

C10

100nF

1 2

250V

C20

100nF

1 2

T90

TE

STP

OIN

T_P

AD

TE

STP

OIN

T_P

AD

T1

TE

STP

OIN

T_P

AD

T147

TE

ST

PO

INT

_P

AD

T13

T29

Testp

oin

t_P

ad

T24

TE

ST

PO

INT

_P

AD

TE

ST

PO

INT

_P

AD

100nF

C21

50V

1 2

+5V

+24V

TE

STP

OIN

T_P

AD

T118

TE

ST

PO

INT

_P

AD

T56

TE

ST

PO

INT_P

AD

16V

C26

10uF

1 2

T12

T51

TE

STP

OIN

T_P

AD

50V

C22

100nF

1 2

T97

+5V

T134

TE

ST

PO

INT

_P

AD

1 2

+12V

+24V

+24V

T26

TE

ST

PO

INT

_P

AD

100nF

C11

50V

T106

TE

ST

PO

INT

_P

AD

T142

1 2

+5V

T44

TE

STP

OIN

T_P

AD

TE

STP

OIN

T_P

AD

T9

TE

STP

OIN

T_P

AD

50V

C6

100nF

T76

TE

ST

PO

INT

_P

AD

T50

T3

TE

STP

OIN

T_P

AD

T11

TE

STP

OIN

T_P

AD

T130

+12V

T45

TE

STP

OIN

T_P

AD

TE

ST

PO

INT

_P

AD

T10

TE

STP

OIN

T_P

AD

T151

TE

ST

PO

INT

_P

AD

T23

TE

STP

OIN

T_P

AD

T120

TE

ST

PO

INT

_P

AD

TE

ST

PO

INT

_P

AD

T116

TE

STP

OIN

T_P

AD

T7

+24V

+24V

50V

C25

100nF

T14

1 2

J1

1

10

11

12

13

14

15

16

17

18

19

2 20

21

22

23

24

25

26

27

28

293

30

31

32

33

34

35

36

37

38

39

4 40

56

137

8

9

T5

TE

STP

OIN

T_P

AD

1.0

AFS

1 125V

27

28

12

J5

1

10

11

12

+5V

14

15

16

17

18

19

2 20

21

22

23

24

25

26

10

11

12

13

293

304

56

78

9

23

24

25

26

27

28

J2

1

38

39

4 40

56 14

15

16

17

18

19

2 20

21

22

1 2

293

30

31

32

33

34

35

36

37

50V

C18

100nF

78

9

47uF

C5

63V

+12V

100nF

C14

50V

50V

C12

100nF

1 2

150R

R91

22uF

C1

1 2

1 2

T60

TE

ST

PO

INT

_P

AD

1 2

1 2

T31

TE

STP

OIN

T_P

AD

16V

T141

TE

STP

OIN

T_P

AD

T2

100nF

C13

50V

T25

TE

ST

PO

INT

_P

AD

T123

TE

ST

PO

INT

_P

AD

UN

IT :

BU

S IN

PU

T

[5.C

4]

TH

E C

ON

TE

NT

OF

TH

IS D

OC

UM

EN

T I

SA

T&

T I

NT

EL

LE

CT

UA

L P

RO

PE

RT

Y A

ND

IS

08D

R45420

DA

TE

:

[6.B

1]

[5.D

4]

[2.D

4]

D

[3.C

1]

[4.B

1]

1

SH

EE

T O

FC

AD

[1.D

1] [4

.C4]

AP

PR

OV

ED

:

[3.D

1]

[3.D

4]

[5.B

4]

[5.C

1]

[5.A

1]

B08D

R47209

DM

FE

B 9

5

AT&

TG

LO

BA

L IN

FO

RM

ATIO

N S

OLU

TIO

NS

[6.A

4]

[6.B

4]

TE

ST

PO

INT

_P

AD

DR

NU

MB

ER

D

A

[5.C

1]

[4.C

1]

[4.D

4]

[4.C

4]

A

[1.D

1]

( F

rom

Se

con

d D

ou

ble

Pic

k )

NA

ME

:

[6.C

4]

AT

&T

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

Y

DA

YT

ON

, O

HIO

, U

SA

CH

AN

GE

S : (A

) IN

ITIA

L R

ELE

AS

E

12

[4.A

1]

AN

D A

CT

UA

TO

RS

[2.D

1]

[6.B

1]

34

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT I

S T

OB

E T

RE

AT

ED

AS

ST

RIC

TL

Y C

ON

FID

EN

TIA

L

[7.C

1]

[6.D

4]

[6.C

4]

[6.C

1]

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

OW

HIC

H I

T P

ER

TA

INS

(C

) 1

99

4

SIZ

E

[6.C

1]

D.L

.M.

DF

TS

OC

T 9

4

SE

NS

OR

S

[2.D

1]

NE

XT A

SS

EM

BLY

AN

D I

S N

OT

TO

BE

DIS

CL

OS

ED

, R

EP

RO

D-

UC

ED

OR

US

ED

EX

CE

PT

AS

AU

TH

OR

IZE

DIN

WR

ITIN

G B

Y A

T&

T I

N C

ON

NE

CT

ION

WIT

H T

HE

MA

NU

FA

CT

UR

E,

MA

INT

EN

AN

CE

34

SU

PE

RS

ED

ES

:

[6.C

1]

[6.B

1]

[6.B

4]

[1.D

4]

[5.D

4]

[5.C

4]

2

[5.B

4]

[2.C

1]

( T

o C

ontr

ol B

oard

or

First

Dou

ble

Pic

k )

[5.D

1]

[5.B

1]

[6.B

1]

RE

QD

[3.B

1]

[3.B

4]

[6.A

1]

[1.D

3]

[1.D

3]

SU

PS

D B

Y :

C

DR

AF

TS

MA

N :

DE

VE

LO

PE

R :

BC

[6.B

4]

RE

V

[6.B

4]

[5.D

4]

[4.C

1]

[5.C

4]

[6.B

1]

[4.D

4]

B

CLA

SS

:

[6.D

4]

[4.D

4]

[6.B

4]

[4.D

4]

[4.D

4]

DA

TE

A

[4.D

4]

[3.C

1]

BU

S O

UT

PU

T

[1.D

4]

[5.A

4]

[4.C

1]

[6.C

1]

[2.C

1]

12.9-56


ARIA PICK MODULES


SE

L1

P0

P1

SE

L2-

S0

S0

S1

S1

P1_O

UT

SE

L2

P0_O

UT

SE

L1-

R24

4K

7

U5

7406

12

R98

4K

7

+5V

+5V

12

+5V

+5V

4K

7R

16

T126

TE

ST

PO

INT

_P

AD

74LS

86

U3

+5V

10K

R28

T75

TE

ST

PO

INT

_P

AD

+5V

T70

TE

ST

PO

INT

_P

AD

4 5

6

74LS

86

U3

=1

=1

9 10

8

11

T99

TE

ST

PO

INT

_P

AD 7

4LS

86

U3

=1

TE

ST

PO

INT

_P

AD

T68

TE

ST

PO

INT

_P

AD

12

13

TE

ST

PO

INT

_P

AD

T80

TE

ST

PO

INT

_P

AD

T82

74LS

32

U4&

2 1

3

T71

T125

TE

STP

OIN

T_P

AD

U5

7406

56

1 U4

74LS

32

TE

ST

PO

INT

_P

AD

12

13

11

T148

TE

ST

PO

INT

_P

AD

& U4

74LS

32

T74

TE

ST

PO

INT

_P

AD

T96

5 4

T69

TE

STP

OIN

T_P

AD

4K

7R

89

9 10

8

1 U4

74LS

32

13

12

6

T100

TE

ST

PO

INT_P

AD

7406

U5

98

D. M

ILN

E

445-0

61602

58

2

U5

7406

CU

RR

EN

CY

DIS

PE

NS

ER

R14

10K

12

DR

NU

MB

ER

TH

E C

ON

TE

NT

OF

TH

IS D

OC

UM

EN

T I

SA

T&

T I

NT

EL

LE

CT

UA

L P

RO

PE

RT

Y A

ND

IS

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT I

S T

OB

E T

RE

AT

ED

AS

ST

RIC

TL

Y C

ON

FID

EN

TIA

L

74LS

86

U3

=1

2 1

3

D. M

ILN

ED

.MIL

NE

5670

833

JU

N 9

4

BO

AR

D A

DD

RE

SS

DE

CO

DE

DO

UB

LE

PIC

K IN

TE

RF

AC

E

[5.C

1]

[3.A

1] [7.C

1]

[4.C

1]

DA

TE

CH

AN

GE

S : (A

) IN

ITIA

L R

ELE

AS

E

4

1

A

RE

V

UN

IT :

3

CA

D2

BC

B08D

R47209

DM

FE

B 9

5

SU

PE

RS

ED

ES

:

OC

T 9

4

AP

PR

OV

ED

:

CLA

SS

:

DA

TE

:

DR

AFT

SM

AN

:

DE

VE

LO

PE

R :

D.L

.M.

AD

SH

EE

T O

F

08D

R45420

[3.C

1] [7.C

1]

A

B

SU

PS

D B

Y :

C

NA

ME

:

D

[1.D

1]

[1.D

1]

[1.D

2]

[1.D

2]

[1.D

4]

[1.D

3]

[4.D

1]

RE

QD

SIZ

E

AN

D I

S N

OT

TO

BE

DIS

CL

OS

ED

, R

EP

RO

D-

UC

ED

OR

US

ED

EX

CE

PT

AS

AU

TH

OR

IZE

DIN

WR

ITIN

G B

Y A

T&

T I

N C

ON

NE

CT

ION

WIT

H T

HE

MA

NU

FA

CT

UR

E,

MA

INT

EN

AN

CE

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

OW

HIC

H I

T P

ER

TA

INS

(C

) 1

99

4

AT

&T

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

Y

12

3

NE

XT

AS

SE

MB

LY

4

DA

YT

ON

, O

HIO

, U

SA

AT&

TG

LO

BA

L IN

FO

RM

ATIO

N S

OLU

TIO

NS

DF

TS[5

.C1]

12.9-57


ARIA PICK MODULES


SE

L2

PIC

K

SE

L1

VLV

1_

ON

-

TE

ST

PO

INT

_P

AD

T95

TE

ST

PO

INT

_P

AD

PIC

KA

RM

_2

PIC

KA

RM

_1

VLV

1_

ON

VLV

2_

ON

-

DIS

AB

LE

-

VL

V2

_O

N

T3

6

TE

ST

PO

INT

_P

AD

T1

12

20K

12

T1

10

TE

ST

PO

INT

_P

AD

+1

2V

T32

TE

ST

PO

INT

_P

AD

+2

4V

T1

04

R3

8

R9

2T

ES

TP

OIN

T_P

AD

+5V

T5

7

TE

ST

PO

INT

_P

AD

T1

32

( )9

CO

M

TE

ST

PO

INT

_P

AD

R9

43

K3

12

5K

11

R35

5K

11

U1

2

MC

14

13

6

11

4K

7

+2

4V

5K

11

R3

2

1 2

3T

11

5

TE

ST

PO

INT

_P

AD

4

6

+5

V

R5

0

12

& U1

1

74

LS

09

10

( )9

CO

M

MC

141

3

U1

2

+5

V

& U11

74

LS

09

53

14

( )9

CO

M

U1

2

MC

14

13

7

TE

ST

PO

INT

_P

AD

R9

71

K12

5

12

CO

M9

( )

U1

2

MC

141

3

T55

TE

ST

PO

INT

_P

AD

+5

V

&

U1

3

74L

S0

9

T8

7

13

11

4K

7R

93

12

+5

V

T1

9T

ES

TP

OIN

T_

PA

D

+5

V

12

R5

14K

712

180

K

R3

71

2

T8

4

74

LS

09

U1

3

&1 2

3

6

+5V

74

LS

09

U13

&9 10

8

/#

NU

7

LM

33

9T

ES

TP

OIN

T_P

AD

+5

V

74L

S0

9

U1

3

&4

5

J

CK

K R

4

20

KR

34

12

3K

3R

64

3+

V

12

-V

11

10

13

74

LS

10

9

U9

S

10

nF

1 2

2

6

135

7

J

CK

K R

12

14

10

12

50

V

C2

4

4K

7R

63

1

74

LS

10

9

U9

S

TE

ST

PO

INT

_P

AD

+1

2V

R9

94

K7

15

1311

9

R33

18

0K

12

2

T1

03

R6

54

K7

12

1K

R1

00

12

12

+2

4V

4K

7R

66

12

+5V

TE

ST

PO

INT

_P

AD

R3

65

K1

1

CU

RR

EN

CY

DIS

PE

NS

ER

DO

UB

LE

PIC

K I

NT

ER

FA

CE

PIC

K S

OL

EN

OID

CO

NT

RO

L

JU

N 9

4

83

3

56

70

D.M

ILN

ED

.MIL

NE

T7

3

38

44

5-0

61

60

25

D.M

ILN

E

+5

V

+5V

+5

V

T1

07

T27+2

4V

T1

43

TE

ST

PO

INT

_P

AD

+5

VT

15T

ES

TP

OIN

T_

PA

D

TE

ST

PO

INT

_P

AD

T1

28

TE

ST

PO

INT

_P

AD

1 2

/#

NU

7

LM

33

9

TE

ST

PO

INT

_P

AD

T1

29

TE

ST

PO

INT

_P

AD

RE

V

4

D3

+V

12

-V

9

8

14

10

nF

C1

5

50V 1

23

CD

[1.B

1]

2.C

4]

[1.D

1]

B0

8D

R4

72

09

DM

FE

B 9

5

CA

D

DR

NU

MB

ER

DF

TS

DA

TE

BE

TR

EA

TE

D A

S S

TR

ICT

LY

CO

NF

IDE

NT

IAL

AN

D I

S N

OT

TO

BE

DIS

CL

OS

ED

, R

EP

RO

D-

UC

ED

OR

US

ED

EX

CE

PT

AS

AU

TH

OR

IZE

DIN

WR

ITIN

G B

Y A

T&

T I

N C

ON

NE

CT

ION

WIT

H T

HE

MA

NU

FA

CT

UR

E,

MA

INT

EN

AN

CE

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

OW

HIC

H I

T P

ER

TA

INS

(C

) 1

99

4

AT

&T

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

Y

CH

AN

GE

S :

(A

) IN

ITIA

L R

EL

EA

SE

OC

T 9

4

[8.C

1]

[1.B

1]

12

3

AC

A0

8D

R4

54

20[1

.B1

]

4

UN

IT

:

NA

ME

:

D.L

.M.

A

DA

YT

ON

, O

HIO

, U

SA

AT

&T

DE

VE

LO

PE

R :

[2.B

4]

RE

QD

SIZ

E

[1.B

1]

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

TH

E C

ON

TE

NT

OF

TH

IS D

OC

UM

EN

T I

SA

T&

T I

NT

EL

LE

CT

UA

L P

RO

PE

RT

Y A

ND

IS

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT I

S T

O

[1.D

1]

CL

AS

S

:

DA

TE

:

BB

DR

AF

TS

MA

N :

AP

PR

OV

ED

:

SU

PS

D B

Y

:

[8.B

1]

NE

XT

AS

SE

MB

LY

SU

PE

RS

ED

ES

:S

HE

ET

OF

12.9-58


ARIA PICK MODULES


SE

L1

-

TE

MP

1

SE

L2

-

TE

MP

2T

XD

2_

OU

T

TE

MP

_O

UT

-

CA

SL

OW

_O

UT

-

TX

D1

_O

UT

CA

S_

ID1_

OU

T-

CA

S_

ID2_

OU

T-

CA

S_

ID3_

OU

T-

CA

S_

ID4_

OU

T-

12

T1

39

RX

D1

_IN

INT

1_

PR

ES

-

INT

2_

PR

ES

-

RX

D2

_IN

TX

D

RX

D

CA

SL

OW

1-

CA

SL

OW

2-

Te

stp

oin

t_P

ad

T1

40

4K

7R

30

74

06

U5

34

TE

ST

PO

INT

_P

AD

+5

V

T1

6

2

R2

24

K7

12

TE

ST

PO

INT

_P

AD

SW

_R

EE

D

SW

11

2

T2

1

SW

_R

EE

D

SW

21

+5

V

+5

V

U5

740

6

11

10

+5

V

+5

V

T1

27

TE

ST

PO

INT

_P

AD

R4

7

18

0K

TE

ST

PO

INT

_P

AD

R1

7

12

R2

34

K7

T3

7

/#

TE

ST

PO

INT

_P

AD

T9

3

TE

ST

PO

INT

_P

AD

+5

V

4K

7

SW

4

SW

_R

EE

D

T35

TE

ST

PO

INT

_P

AD

NU

7

LM

33

9

3+

V

12

-V

5

4

2

+1

2V

12

T1

50

TE

ST

PO

INT

_P

AD

12

LM

33

9

U7

N

/#

T5

2

TE

ST

PO

INT

_P

AD

+5

V

1

T1

52

TE

ST

PO

INT

_P

AD

+5

V

18

0K

R4

3

R4

4

12

+5

V

+V

3

-V1

2

7

6

R5

34

K7

12

10

K

10

K

18

0K

R4

81

2

10

KR

42

TE

ST

PO

INT

_P

AD

12

+1

2V

T6

6

TE

ST

PO

INT

_P

AD

R4

5

TE

ST

PO

INT

_P

AD

12

T1

31

TE

ST

PO

INT

_P

AD

T6

1T

30

TE

ST

PO

INT

_P

AD

T3

8

R5

44

K7

12

T1

36

12

T6

2

TE

ST

PO

INT

_P

AD

T6

4

+5

V

SW

5

SW

_R

EE

D

TE

ST

PO

INT

_P

AD

4K

7R

81

T4

7

TE

ST

PO

INT

_P

AD

T1

44

T4

1

TE

ST

PO

INT

_P

AD

TE

ST

PO

INT

_P

AD

T1

38

TE

ST

PO

INT

_P

AD

4K

7R

15

12

12

R4

91

0K

12T

ES

TP

OIN

T_

PA

D

+5

V

SW

6

SW

_R

EE

D

12

+5

V

+5

V

R18

4K

712

T1

45

R5

5

T8

6

+5

V

T1

49

12

TE

ST

PO

INT

_P

AD

T1

37

TE

ST

PO

INT

_P

AD

4K

7

+5

V+

5V

+5

V

12+

5V

R3

14

K7

12

R5

64

K7

R2

04

K7

12

12

T1

46

+5

V

SW

_R

EE

D

SW

7

4K

7R

52

12

+5

V

12

4K

7R

21

SW

_R

EE

D

SW

81

2

4K

7R

19

TE

ST

PO

INT

_P

AD

+5

V

SW

3

SW

_R

EE

D

12

R8

04

K7

2

+5

V

CU

RR

EN

CY

DIS

PE

NS

ER

DO

UB

LE

PIC

K I

NT

ER

FA

CE

CA

SS

ET

TE

DA

TA

BU

S

JU

N 9

4

83

3

56

70

D.

MIL

NE

D.

MIL

NE

48

44

5-0

61

60

25

D.

MIL

NE

NO

P

12

R3

9

10

0R

EN

U1

0

74

LS

24

4

2 4 6

1

8

18

16

14

12

1

R4

61

80

K12

74

LS

24

4

U1

0

EN

11

13

15

17

9 7 5 3

19

EN

U6

74

LS

24

4

11 2 4 6 8

18

16

14

12

1

3

19

R8

24

K7

74

LS

24

4

U6

EN

DM

FE

B 9

5

DR

NU

MB

ER

[1.B

1]

NE

XT

AS

SE

MB

LY

RE

QD

CD

[1.D

1]

[6

.A4

]

DA

TE

:

CA

D2

WH

ICH

IT

PE

RT

AIN

S (

C)

19

94

AT

&T

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

Y

13

15

17

9 7 5

CD

[8.D

1]

[1.D

1]

[6

.B4

]

A

DR

AF

TS

MA

N :

DE

VE

LO

PE

R :

AP

PR

OV

ED

:

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

TH

E C

ON

TE

NT

OF

TH

IS D

OC

UM

EN

T I

SA

T&

T I

NT

EL

LE

CT

UA

L P

RO

PE

RT

Y A

ND

IS

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT I

S T

OB

E T

RE

AT

ED

AS

ST

RIC

TL

Y C

ON

FID

EN

TIA

LA

ND

IS

NO

T T

O B

E D

ISC

LO

SE

D,

RE

PR

OD

-U

CE

D O

R U

SE

D E

XC

EP

T A

S A

UT

HO

RIZ

ED

IN W

RIT

ING

BY

AT

&T

IN

CO

NN

EC

TIO

N

SU

PS

D B

Y

:

[1.D

1]

[6

.B4

]

[1.D

1]

[6

.B4

]

[1.B

1]

4

[1.D

1]

[6

.B4

]

WIT

H T

HE

MA

NU

FA

CT

UR

E,

MA

INT

EN

AN

CE

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

O

4

[1.B

1]

SIZ

E

3

[1.D

1]

[6

.B4

]

DF

TS

B0

8D

R4

72

09

1

[7.D

4]

[7.D

3]

[7.D

1]

[7.D

3]

[X.X

X]

AB

NA

ME

:

RE

V

08

DR

45

42

0D

.L.M

.

CL

AS

S

:

3

OC

T 9

4

[1.D

2]

SU

PE

RS

ED

ES

:

SH

EE

T

O

F

[1.B

1]

[1.D

3]

DA

TE

CH

AN

GE

S :

(A

) IN

ITIA

L R

EL

EA

SE

12

UN

IT

:

[1.D

1]

[1

.D4

]

[7.D

2]

[2.B

4]

AB

DA

YT

ON

, O

HIO

, U

SA

AT

&T

12.9-59


ARIA PICK MODULES


SE

N2-

PS

EN

2

SE

N3_IN

SE

N4_IN

S0_O

UT

DIS

AB

LE

_O

UT

-

PS

EN

3

PS

EN

4

SE

N1-

GU

LP

-

S1_O

UT

PS

EN

1

TE

ST

PO

INT

_P

AD

DIS

AB

LE

-

PIC

K

LE

DO

N

T65

PIC

K_O

UT

LE

D_O

N_O

UT

GU

LP

_FE

ED

S1

S0

TE

STP

OIN

T_P

AD

TE

STP

OIN

T_P

AD

+5V

T119

T81

TE

STP

OIN

T_P

AD

+5V

T98

2+5V

+5V

T135

TE

ST

PO

INT

_P

AD

2

T88

TE

ST

PO

INT

_P

AD

R25

10K

112

10K

R26

12

R27

10K

1 TE

STP

OIN

T_P

AD

+5V

10K

R40

12

T28

TE

STP

OIN

T_P

AD

7407

U8

T108

13

12

+5V

+5V

T111

R41

10K

2+5V

TE

STP

OIN

T_P

AD

+5V

T122

R107

4K

71

TE

STP

OIN

T_P

AD

4K

7R

104

1

TE

ST

PO

INT

_P

AD

T133

4K

7R

102

12

TE

STP

OIN

T_P

AD

2

T124

T89

TE

STP

OIN

T_P

AD

T117

T79

TE

STP

OIN

T_P

AD

+12V

50V

C3

10nF

1 2

+12V

TE

STP

OIN

T_P

AD

NU

2

LM

324

4+V

11

-V

TE

ST

PO

INT

_P

AD

+5V

8T

109

TE

ST

PO

INT

_P

AD

T102

LM

324

U2

N

+V

4

-V11

12

13

14

R9

20K

10

9

1 2

12

+5V

LM

324

U2

N

+V

10nF

C2

50V

4

-V11

5

6

7

+12V

10nF

C9

50V

NU

2

LM

324

4

50V

C8

10nF

1 2

+12V

R103

4K

71

1 2

12

4K

7R

105

+V

11

-V

3

2

1

+5V

R13

20K

2

4K

7R

67

T92

TE

STP

OIN

T_P

AD

12

4K

712

T121

TE

ST

PO

INT

_P

AD

12

11

10

7407

U8

34

R106

T91

TE

STP

OIN

T_P

AD

U8

7407

5

7407

U8

6

CU

RR

EN

CY

DIS

PE

NS

ER

DO

UB

LE

PIC

K IN

TE

RF

AC

ES

EN

SO

RS

JU

N 9

4

833

56

70

D. M

ILN

ED

. M

ILN

E

58

445-0

616025

D. M

ILN

E

7407

U8

2

12

U8

7407

98

10nF

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

OW

HIC

H I

T P

ER

TA

INS

(C

) 1

99

4A

T&

T G

LO

BA

L I

NF

OR

MA

TIO

N S

OL

UT

ION

S C

OM

PA

NY

DA

YT

ON

, O

HIO

, U

SA

AT

&T

[1.D

2]

[2.C

1]

AT

&T

IN

TE

LL

EC

TU

AL

PR

OP

ER

TY

AN

D I

ST

HE

PR

OP

ER

TY

OF

AT

&T

GIS

. IT

IS

TO

BE

TR

EA

TE

D A

S S

TR

ICT

LY

CO

NF

IDE

NT

IAL

AN

D I

S N

OT

TO

BE

DIS

CL

OS

ED

, R

EP

RO

D-

UC

ED

OR

US

ED

EX

CE

PT

AS

AU

TH

OR

IZE

DIN

WR

ITIN

G B

Y A

T&

T I

N C

ON

NE

CT

ION

WIT

H T

HE

MA

NU

FA

CT

UR

E,

MA

INT

EN

AN

CE

DR

NU

MB

ER

D.L

.M.

08D

R45420

CH

AN

GE

S : (A

) IN

ITIA

L R

ELE

AS

E

DA

TE

:

DR

AFT

SM

AN

:

B

C17

50V

1

AO

CT 9

4

[1.D

4]

[1.D

4]

[1.D

3]

[6.D

1]

[1.D

1]

[1.D

1]

[1.B

1]

[1.D

4]

C

[5.D

4]

[2.C

1]

[1.D

2]

A

4

[1.D

1]

NA

ME

:

2

[3.C

1]

UN

IT :

[[1.B

1]

[1.D

1]

[1.D

3]

AP

PR

OV

ED

:

SU

PS

D B

Y :

B08D

R47209

DM

FE

B 9

5

[1.B

1]

B

SU

PE

RS

ED

ES

:

3

1

A

[1.D

3]

[1.D

4]

GLO

BA

L IN

FO

RM

ATIO

N S

OLU

TIO

NS

TH

E C

ON

TE

NT

OF

TH

IS D

OC

UM

EN

T I

S

34

12

[1.D

2]

[8.D

1]

D

RE

VD

FT

SD

AT

E

[1.D

1]

[3.C

1]

CLA

SS

:

SH

EE

T O

FC

AD

RE

QD

SIZ

EN

EX

T A

SS

EM

BLY

CD

[1.D

4]

[1.D

1]

DE

VE

LO

PE

R :

[1.D

2]

12.9-60


ARIA PICK MODULES


CA

SLO

W_IN

-

CA

S_ID

1_O

UT

-

CA

S_ID

2_O

UT

-

CA

S_ID

3_O

UT

-

CA

S_ID

4_O

UT

-

CA

S_ID

1_IN

-

CA

S_ID

2_IN

-

CA

S_ID

3_IN

-

CA

S_ID

4_IN

-

SE

N2+

PIC

KA

RM

_2+

T46

LE

D_P

ICK

1+

LE

D_P

ICK

AR

M1+

LE

D_P

ICK

AR

M2+

SE

N1+

PIC

KA

RM

_1+

LE

D_P

ICK

2-

LE

D_P

ICK

2+

TE

MP

_O

UT

-

CA

SLO

W_O

UT-

LE

D_P

ICK

1-

LE

D_O

N_O

UT

TE

MP

_IN

-

T48TE

ST

PO

INT

_P

AD

Q1

2N

3906

T20

T40

R77

220R

R76

220R

T77

R87

220R

R75

220R

+12V

+5V

R84

1K

+5V

220R

R72

1K

R85

12

T53

R83

1K

NO

P

12

NO

P

12

+12V

T33

TE

ST

PO

INT

_P

AD

T43

R74

220R

R86

1K

12

T42

TE

ST

PO

INT

_P

AD

T34

TE

ST

PO

INT

_P

AD

+5V

R69

560R

+5V

12

560R

R59

R11

10K

12

R2

10K

U1

7407

5

+24V

560R

R68

U1

34

U12

MC

1413

2

15

( )9

CO

MT49

TE

ST

PO

INT

_P

AD

6

7407

T78

2N

3906

Q3

0063500580

10K

R10

12+5V

4K

7R

70

+5V

+12V

R73

220R

220R

R88

R57

+12V 4K

7

1K

R71

+5V

+5V

R3

10K

+5V

U1

7407

98

+5V

R60

1K

+5V

U1

7407

13

12

10K

R7

12

T58

TE

ST

PO

INT

_P

AD

+5V

10K

R6

10K

12

10K

R4

12

12

16

( )9

CO

M

R58

560R

R29

12

D. M

ILN

E

5670

833

JU

N 9

4

LE

D / B

US

DR

IVE

RS

DO

UB

LE

PIC

K IN

TE

RF

AC

E

CU

RR

EN

CY

DIS

PE

NS

ER

T67

TE

ST

PO

INT

_P

AD

U12

MC

1413

1

R1

10K

12

D. M

ILN

E

44

5-0

61

60

25

86

D. M

ILN

E

12

7407

U1

11

10

+24V

R12

10K

12

10K

R5

12

U1

7407

T72

TE

ST

PO

INT

_P

AD

10K

R8

SH

EE

T O

FC

AD

[1.D

1] [4.D

4]

4

NA

ME

:

RE

V

[1.D

1] [4.D

4]

[1.D

1] [4.D

4] DA

TE

[5.C

4]

DA

YT

ON

, O

HIO

, U

SA

AT&

TG

LO

BA

L IN

FO

RM

AT

ION

SO

LU

TIO

NT

HE

CO

NT

EN

T O

F T

HIS

DO

CU

ME

NT

IS

AT

&T

IN

TE

LLE

CT

UA

L P

RO

PE

RT

Y A

ND

IS

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT IS

TO

12

T54

[5.C

4]

12

3

[8.D

1] [5.C

4]

B

[8.D

4]

AP

PR

OV

ED

:

A08D

R45420

NE

XT A

SS

EM

BLY

B

[5.D

4]

[5.D

4]

4

[1.D

1] [4.D

4]

[1.D

1] [4.D

4]

[1.D

1] [4.D

4]

[1.B

2]

[1.B

2]

D.L

.M.

OC

T 9

4

[1.B

1]

[8.D

4]

23

B08D

R47209

DM

FE

B 9

5

[1.B

1]

[1.B

1]

CH

AN

GE

S : (A

) IN

ITIA

L R

ELE

AS

E

SIZ

E

[5.C

4]

DR

NU

MB

ER

DFT

S

SU

PE

RS

ED

ES

:

SU

PS

D B

Y :

[5.C

4]

ADD C

[1.B

2]

[1.B

2]

A

[1.B

1]

CLA

SS

:

C

RE

QD

UN

IT :

UC

ED

OR

US

ED

EX

CE

PT

AS

AU

TH

OR

IZE

DIN

WR

ITIN

G B

Y A

T&

T IN

CO

NN

EC

TIO

NW

ITH

TH

E M

AN

UF

AC

TU

RE

, M

AIN

TE

NA

NC

EA

ND

US

E O

F T

HE

AT

&T

EQ

UIP

ME

NT

TO

WH

ICH

IT

PE

RT

AIN

S (

C)

199

4

AT

&T

GLO

BA

L IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

Y

BE

TR

EA

TE

D A

S S

TR

ICT

LY

CO

NF

IDE

NT

IAL

AN

D I

S N

OT

TO

BE

DIS

CLO

SE

D, R

EP

RO

D-

DA

TE

:

DR

AF

TS

MA

N :

DE

VE

LO

PE

R :

1

12.9-61


ARIA PICK MODULES


CO

ILE

N1

CO

ILE

N

CO

ILE

N

SE

L2

TX

D1_O

UT

RX

D1_IN

SE

L1

0R

12

CO

ILE

N2

TX

D2_O

UT

RX

D2_IN

INT1_P

RE

S-

INT

2_P

RE

S-

T83

TE

ST

PO

INT

_P

AD

+24V

T17

R78

T101

T114

TE

ST

PO

INT

_P

AD

T22

8

TE

ST

PO

INT

_P

AD

100R

R101

12

2

+24V TE

ST

PO

INT

_P

AD

74LS

09

U11

&9 10

12

+24V

NO

P

0R

R79

1

& U11

74LS

09

12

13

11

+24V

R96

0R

NO

P

MC

1413

4

13

( )9

CO

M

T94

Testp

oin

t_P

ad

0R

R95

12

+24V

U12

J4

NO

P

1

102

34

T113

Testp

oin

t_P

ad

78

9

+5V

CU

RR

EN

CY

DIS

PE

NS

ER

DO

UB

LE

PIC

K IN

TE

RF

AC

EIN

TE

LLIG

EN

T I/F

/ S

PA

RE

S

JU

N 9

4

833

567

0

D. M

ILN

E

+5V

78

44

5-0

616025

D. M

ILN

E

NO

PJ3

1

102

34

55

6

AB

UN

IT :

DR

AF

TS

MA

N :

6

78

9

T85

Testp

oin

t_P

ad D

. M

ILN

E

RE

V

B

NE

XT A

SS

EM

BLY

3

12

34

1

CD

SU

PS

D B

Y :

AP

PR

OV

ED

:

CLA

SS

:

[4.C

1]

A

4

SU

PE

RS

ED

ES

:

[1.D

2] [1.D

3]

[2.B

4] [3.A

1]

[1.D

2] [1.D

3]

[2.B

4] [3.C

1]

DA

TE

:

DE

VE

LO

PE

R :

B08D

R47209

DM

FE

B 9

5

[4.A

1]

[4.A

1]

[4.B

4]

[4.A

1]

A

SH

EE

T O

FC

AD

CH

AN

GE

S : (A

) IN

ITIA

L R

ELE

AS

E

NA

ME

:

C

AN

D U

SE

OF

TH

E A

T&

T E

QU

IPM

EN

T T

OW

HIC

H I

T P

ER

TA

INS

(C

) 1

99

4

AT

&T

GL

OB

AL

IN

FO

RM

AT

ION

SO

LU

TIO

NS

CO

MP

AN

Y

DA

YT

ON

, O

HIO

, U

SA

AT

&T

GLO

BA

L IN

FO

RM

ATIO

N S

OLU

TIO

NS

08D

R45420

D.L

.M.

OC

T 9

4

2

TH

E C

ON

TE

NT

OF

TH

IS D

OC

UM

EN

T I

SA

T&

T I

NT

EL

LE

CT

UA

L P

RO

PE

RT

Y A

ND

IS

TH

E P

RO

PE

RT

Y O

F A

T&

T G

IS.

IT I

S T

OB

E T

RE

AT

ED

AS

ST

RIC

TL

Y C

ON

FID

EN

TIA

LA

ND

IS

NO

T T

O B

E D

ISC

LO

SE

D,

RE

PR

OD

-U

CE

D O

R U

SE

D E

XC

EP

T A

S A

UT

HO

RIZ

ED

IN W

RIT

ING

BY

AT

&T

IN

CO

NN

EC

TIO

NW

ITH

TH

E M

AN

UF

AC

TU

RE

, M

AIN

TE

NA

NC

E

D

RE

QD

DFT

SD

ATE

SIZ

E

SP

AR

E G

ATE

S

[4.C

4]

DR

NU

MB

ER

12.9-62


AR

IA P

ICK

MO

DU

LES

12.9-63

NC

R —

CO

NFID

EN

TIA

L AN

D P

RO

PR

IETA

RY

Use pu

rsuant to C

omp

any Instructions

LED_PICK1-

VLV1_ON-

VLV2_ON-

LED_PICK2-

5670

833

JUN 94

LED / SOLENOID DRIVER OPTIONDOUBLE PICK INTERFACE

CURRENCY DISPENSER

D. MILNE

445-061602588

D. MILNE

D. MILNE

08DR47209

4

PERTY OF AT&T GIS. IT IS TOTED AS STRICTLY CONFIDENTIALOT TO BE DISCLOSED, REPROD-

E OF THE AT&T EQUIPMENT TOT PERTAINS (C) 1994

BAL INFORMATION SOLUTIONS COMPANY

OHIO, USA

D.L.M.08DR45420

APPROVED :

SUPSD BY :

[1.B1]

A

B

C

[1.B1]

[6.C4]

[6.D4]

NAME :

DFTS

D

REQD

ORS DM FEB 95B

SIZE

CAD

NEXT ASSEMBLY

REVDR NUMBER

AT&T

4

UNIT :

SUPERSEDES:

SHEET OF

DATE

OCT 94A

CLASS :

DATE :

DRAFTSMAN :

DEVELOPER :

GLOBAL INFORMATION SOLUTIONTENT OF THIS DOCUMENT ISTELLECTUAL PROPERTY AND IS

R USED EXCEPT AS AUTHORIZEDING BY AT&T IN CONNECTIONE MANUFACTURE, MAINTENANCE

Double P

ick Interface Board, S

chematic D

iagram (S

heet 8 of 8)

D2

G

1

S3

LED_ON_OUT

VLV1_ON

T63

VLV2_ON

1

3

2

NOP

Q6MTD3055

D1

MURS120T3

NOPA

K

NOP

2N3904

Q2

Q4

2N39041

3

2

T59

NOP

Q5MTD3055RL

D2

G

1

+24V

NOP

560R

R62

+24V

NOPR61

560R

NOP

MURS120T3D2

S3

NOP

A

K

MTD3055Q7

NOP

2 D

1

G

3

THE PROBE TREAAND IS N

S NOP

MTD3055RLQ8

2 D

1

G

3 S

AND USWHICH I

AT&T GLO

DAYTON,

2 3

SMT PTH

B

[[5.C4]

SMT

1

[3.C4]

OPTIONAL DRIVER TRANSIST

2 3

D

C

PTH

[3.B4]

ACHANGES : (A) INITIAL RELEASE

1

THE COAT&T IN

UCED OIN WRITWITH TH

ARIA PICK MODULES

12.9-64


Date post:	05-Feb-2016
Category:	Documents
Upload:	carlos-isaac-avilez-perez
View:	33 times
Download:	1 times

Aria Pick Modules

Documents