Lear Seigler ADM-3A Maintenance Manual Download Page 39

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Summary of Contents for ADM-3A

Page 1: ...ADM 3A MaintenanceManual ...

Page 2: ...ER 2 4 OPERATION 3 1 GENERAL 3 1 3 2 DISPLAYING CHARACTERS 3 1 3 3 SPECIAL FUNCTION KEYS 3 1 3 4 PROGRAMMING WORD STRUCTURE 3 2 THEORY OF OPERATION 4 1 GENERAL 4 1 4 2 GENERAL FUNCTIONAL DESCRIPTION 4 1 4 3 LOGIC DESCRIPTION 4 1 MAINTENANCE 5 1 GENERAL 5 1 5 2 INSTALLATION 5 1 5 3 ROUTINE MAINTENANCE 5 1 5 4 OPENING ADM 3A COVER 5 1 5 5 ADJUSTMENTS 5 1 5 6 CORRECTIVE MAINTENANCE 5 3 DRAWINGS 6 1 S...

Page 3: ...ATION 6 10 6 8 SCHEMATIC SHEET 8 REFRESH MEMORY 6 10 CHARACTER GENERATORS 6 11 VIDEO SERIALIZER 6 11 TRANSMIT DATA MULTIPLEXERS 6 11 6 9 SCHEMATIC SHEET 9 KEYBOARD CIRCUIT 6 11 6 10 SCHEMATIC SHEET 10 DATA TRANSMITTER 6 13 CONTROL SECTION OF UART 6 13 CURRENT LOOP XMTR RCVR 6 14 KEYBOARD LOCK CIRCUIT 6 14 6 11 SCHEMATIC SHEET 11 BAUD RATE GENERATION 6 14 7 PARTS LIST 7 1 8 RETURNING EQUIPMENT FOR ...

Page 4: ...ta on the bottom line or a reverse block cursor homed at the top left of the screen 1 1 g The terminal has the ability to recognize and position the cursor at any location on the screen h The ADM 3A contains an overflow detector which causes wrap around or scrolling on forward or downline operations and allows the cursor to be homed 1 3 PHYSICAL DESCRIPTION Principal components of the ADM 3A are a...

Page 5: ...ata terminals Character Set Generated lL ASCII characters upper and lower case numeric punctuation and control Displayed Standard 64 ASCII characters upper case numeric punctuation Optional 95 ASCII characters upper and lower case numeric punctuation Optionally the extension port is available with both RS 232C and 20mA current loop interfaces Communication Rates 75 110 150 300 600 1200 1800 2400 4...

Page 6: ...e Pulse Rate 15 000 100 nsec min 47 to 63 pulses sec to 16 500 pulses sec Amplitude Low Zero g 6 volts High 4 1 5 volts Signal Rise and Fall Times Less than 20 nsec Less than 100 nsec Less than 50 nsec 10 to 90 amplitude DATA DISPLAY SPECIFICATIONS Input Impedance a Video Input b Vertical Drive Input c Horizontal Drive Input Video Amplifier Minimum Shunt Resistance 3 3 K ohms 3 3 K ohms 470 ohms M...

Page 7: ...eight Power Requirements Input Connector Input Voltage Input Power Output Voltages ENVIRONMENTAL SPECIFICATIONS Temperature Chassis or Custom Unit Operating Range Storage Range Humidity 5 to 95 per cent Noncondensing Altitude Operating Range HUMAN FACTORS SPECIFICATIONS X Ray Radiation These units comply with DHEW Rules 42 CFR Part 78 1 4 Receptable Molex No 03 06 1041 Supplied with Unit Mating Pl...

Page 8: ... 41 122 F 5 95 relative humidity without condensation The unit is designed to sit on a table or desk top or any other suitable hard flat surface CAUTION In cold climates care should be exercised to allow the temperature of the terminal to equalize with room temperature before removing the unit from the shipping carton this will prevent moisture from condensing on a cold terminal exposed to warm ai...

Page 9: ... iine display 2 2 On terminals with standard 12 line display this switch must be set to the 12 LINE position CURSOR CONTROL In the ON position this switch selects a moveable reverse block cursor which accesses any area on the screen In the OFF position this switch selects the standard double underline cursor In this mode data is entered from the bottom of the screen Upward scrolling and top of the...

Page 10: ...p A S D F G K Z X C V 8 N M LC EN UC In LC EN position the SHIFT key is fully operational allowing generation of both upper and lower case alphabetic character codes In UC position only upper case alphabetic characters will be generated regardless whether or not the SHIFT key is held down The SHIFT key remains operational for all non alphabetic keys This switch has effect only with the PARITY INH ...

Page 11: ...e associated rate EI the left position WARNING Because the Background Intensity control must be adjusted with the ADM 3A case open with power on it should be adjusted only by qualified service personnel ON OFF Switch The power ONIOFF switch is located on the ADM 3A rear panel NOTE Only one BAUD RATE switch may be selected left position at a time 2 6 SETTING DISPLAY CONTROLS Contrast The Contrast c...

Page 12: ...ontrol mode is OFF an underline cursor should appear near the bottom left of the screen If the cursor does not appear adjust the contrast control on the front panel for proper intensity 2 5 NOTE If the Full Duplex mode is selected typing at the keyboard will not display characters unless echo back is provided by the computer or modem If half duplex is selected data will be displayed only if clear ...

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Page 14: ...he line 3 1 If the front panel SPACE ADV switch is in the ADV position the space code is non destructive after typing the RETURN key that is the operator or computer can space over data on the line without overwriting each character with a space The space bar remains non destructive following a RETURN function until a LINE FEED code is generated LINE FEED Key A code is generated by this key which ...

Page 15: ... in Cursor Control Mode initiates a load cursor sequence ESC must be followed by an character a row code SPACE through 7 and a 3 2 column code SPACE through 0 to complete the sequence In any mde causes the ASClI ESCape code to be transmitted to the computer CLEAR Key Typing the CLEAR key while holding down the SHIFT key clears the entire screen to spaces This function may be disabled by the intern...

Page 16: ...rsor to be positioned to the row and column defined by the ASCII values of Y and X respectively The Reference Tables 3 1 and 3 2 of this manual show the actual binary codes generated by the ADM 3A and used for computer control of the terminal Table 3 1 ADM 3A Control Codes ASCII Code Mnemonic Function ADM 3A CTRL NUL CTRL A SOH CTRL B STX CTRL C ETX Available as secondary channel line turnaround c...

Page 17: ... T d t 0101 ENQ NAK 0 0 5 E U e u 0110 ACK SYN 6 F V f v 0111 BEEP ETB 7 G W 9 w 1000 BS CAN 8 H X h x 1001 HT EM 9 I Y i Y 1010 LF SUB J Z j z 1011 VT ESC K k f f t I I IIUU rr rv L I 1101 CR GS M m 1110 SO RS N f n 1111 SI US 0 0 DEL I 3 4 2 Data Character Format The ADM 3A uses USASCII United States of America Standard Code for Information Inter change USASCII is a 7 bit code But because many o...

Page 18: ... of the word and terminate the receive clock Generally transmission rates of 110 baud and lower use two stop bits and rates of 150 and higher use one stop bit The ADM 3A control codes and the USASCII code set are shown in tables 3 1 and 3 2 respectively DATA 7 OR 8 BITS PLUS OR WIO PARITY 3 4 3 Data Transmission Format The ADM 3A uses asynchronous transmission This means each character is transmit...

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Page 20: ...acter row The four display counter outputs control memory addressing character generation and many other functions of ADM 3A logic 4 1 Except when received data is being loaded the contents of the refresh memory an entire page of data are continuously presented on the screen Memory address logic requires only sequential character and row counts CCn and RCn to read out the memory contents to the st...

Page 21: ...URSOR lOGIC lATCHES 9 10 REFRESH MEMORY MEMORY 1 ADDFIESS lOGIC 5 DATAn DECODED COMMANDS RCV ClK KCn 0 CBUFn 0 1 6 DATA TRANS MITTER lOGIC 10 DATA RECEIVER LOGIC COMMAND DECODERS SERIAL DATA lOOP RECV DATA LINE CONTROL INTERFACE CONTROL LOGIC 12 TO FROM MODEM OR COMPUTER I tv Figure 4 1 ADM 3A Interactive Display Terminal Functional Block Diagram ...

Page 22: ... Keyboard Logic The keyboard and associated logic are used to compose data for display and simultaneous transmission As a character is typed by the operator it appears as KCn at data transmitter logic and in half duplex transmission is loaded into the refresh memory for display In full duplex communications characters originating at the key board appear on the display only if they are echoed back ...

Page 23: ...timing diagrams that accompany DC3 the text as well as to the logic diagram included in Section 6 in this manual 4 3 1 General Clear Circuit Circuits shown on sheet 7 ofthe logic diagram cause all control logic in the ADM 3A to be initialized when applied power causes the 5V dc supply to rise As the supply voltage reaches trigger level of a retriggerable one shot the one shot creates the reset sig...

Page 24: ... VIDEO PERIOD 91 8577 nsee FREQUENCY 1 8854 MHZ LINE COUNTER DOT ROW COUNTER CHARACTER ROW COUNTER PERIOD 2 ms t J FREQ 5 HZ 5I HZ V DRIVE n EDGES CLOCKED W H DRIVE RISE LC LC1 LC2 LC3 RC RC1 RC2 RC3 RC4 I J RC5 CC CC1 CC2 CC3 CC4 CC5 CC6 CC7 51 HZ OPERATION LCCLK 1 77 T7 7 7 _r 7_J COUNTER RETRACE H DRIVE ALWAYS LOW DURING 6 HZ OPERATION 6 HZ OPERATION RC RC1 RC2 RC3 RC4 RC5 6 HZ V DRIVE PERIOD 1...

Page 25: ...haracter row counter at a frequency of 1 8 KHz The character row counter counts the 24 character rows appearing vertically on the display and counts through vertical retrace time six counts for a 60 Hz power line and 12 counts for a 50 Hz line A switch 60 EN sets up logic to produce RCRESET at the proper time resetting the counter to zero to begin the next character row count 4 3 3 Row Counter Off...

Page 26: ... when in 12 line mode have the least significant bit forced true and all increment or decrement directives will affect only the higher order bits In this mode therefore only odd virtual addresses will be accessible Note that scrolling the display will still produce only odd addresses since the Offset Counter will count in units of two which 4 7 when added to the odd Row Count will still result in ...

Page 27: ...J L _ l _1 L _ I _ i_ r DON TCARE I _ _ _ _ L _________ nL _ _ _ _ _ _ _ _ _ _ fl I_ CLR SCREEN 1 1 ll I N U L L C O_D E IN __N_U_L_L_C_O_D_E_I_N __ _I CLR SCREEN IN DATA BUFFER I DATA BUFFER I CLR SCREEN DATA BUFFER DATA BUFFER WAITING IN UART OCl OC2 OC3 OC4 INPUT DOlT DOlT ST ERASE F LF1 CLR SCRN START 0 r 00 OCLOD L _ NOTES TOTAL OPERATION TIME 1 73 Il1sec TWO CHARACTER TIMES 96 u BAUD 2 c k I...

Page 28: ...r 0008 Auto J ewline on 4 3 5 Cursor Presentation Logic The cursor logic see figure 4 8 and logic sheets 7 8 performs the function of detecting the current character cell in which the cursor resides and 4 9 mixing the coincidence signal with the character video to obtain a representation determined by the Cursor mode switch The logic consists of a set of three comparators a pair of unit delay flip...

Page 29: ...ERFLOW START HOME OVERFLOW WC 8 UNDERFLOW WC BORROW CARRIAGE RETURN LOGIC LCCLK f BOFLO TO MEMORY ADDRESS CURSOR LOGIC Coiumn Counter C CO WC WC3 I C 7 WC4 WC6 I COMPARATOR COMPARATOR COMPARATOR ROWCOA ROW COG CURSOR ENX CURSOR CURSOR MODE TIMING SELECT LOGIC FLIPEN LOGIC C4 t CURSOR EO VIDEO VIDEO MIXER VID CR CR4 RC RC4 I LC1 RC3 R DC3 Cursor Presentation Figure 4 8 Logic Block Diagrams 4 10 ...

Page 30: ...ew bottom row address locations clear for new data entry 4 11 Each subsequent scroll operation will therefore cause a successively higher memory row address to assume the top display row position with the row previously associated with that position erased and rolled to the bottom position of the display The second five bit adder produces a sum equal to Cursor Row Count Offset Count I This functio...

Page 31: ...HIS AREA COLUMN 63 I I I I I I I 1 1 I I I I I I I I ROW 24 1 5 ROW 25 1 0 5 1 ROW 24 3 6 1 1 ROW 25 3 6 1 I ROW 24 4 iJ 7 ROW 25 4 7 ROW 24 6 3 ROW 25 6 3 ROW 26 1 5 ROW 27 1 5 i ROW 26 3 6 1 1 ROW 27 3 6 1 3 ROW 26 4 2 7 3 ROW 27 4 2 7 4 ROW 26 6 8 3 4 ROW 27 6 8 3 ROW 28 1 5 ROW 29 1 0 5 1 ROW 28 3 6 1 1 ROW 29 3 6 1 3 ROW 28 4 2 7 3 ROW 29 4 2 7 4 ROW 28 6 8 3 4 ROW 29 6 8 3 ROW 7 ROW 9 ROW 8 ...

Page 32: ...ission in read back test operation 4 13 4 3 8 Erase Logic A display line is erased by the Logic shown on Schematic pages 3 and 4 The ERASEF signal is turned on by SETERA SETERA describes the condition in which both PGMOD LFI are true causing the offset counter to begin counting and the lines to scroll each time a line feed is caused by the column counter overflowing BOFLO ERASEF is turned off by C...

Page 33: ...T f SELECT SELECT if f LOGIC 6 RAMS 6 RAMS BIT 6 LOGIC C BUF 6 LOGIC LCCE UCEN ERASE F t T LATCHES 24 LINE MODEL ONLY DATA 1 DATA 5 BITS 1 5 C BUF1 C BUF 5 ROM ROM ClK CLR lOWER CASE IUPPE R CASU MAO MA 9 DC3 i r VIDEO BLANK T CHAFlACTER BITS TO 1 i i VIDEO SERIALIZER WRITE PULSE CHIPEN A I CHIPEN B SHEET 7 Figure 4 10 Refresh Memory and Character ROM Logic Block Diagram ...

Page 34: ...ELEASED 1 I I I s L J I I I 1 I r ll n 4 44ms 1 I 5pHZ28 ms I n n n ri n 6 HZ 16ms J l I L J RC2 RC RESET SET BIT GO BOUNCE A OUT B OUT C OUT D OUT RC2 KEY DATA SHIFT LD X LOAD FLOP X LOAD I VI FAST CLOCK r R E P T D E P R E S S E D _ 59 HZ l cps I I I HZ 12cps SCANN ING 1 f D E B O U N C E i W A I T 1 N G F O R f R Ep E A T I N G t SC A N N I N G I REPT OR RELEASE S L O W 7 C LO C K i f F A S T C...

Page 35: ...tain upper case codes without use of the SHIFT key Other codes in columns 4 through 7 are identified by KC7 SHIFT EN which permits normal shifting up and down The BREAK key is depressed to signai the computer that the operator wishes to terminate data transfer 4 16 The Break function is maintained for as long as the key is held down The signal BREAK appears at interface control logic where it forc...

Page 36: ...eived character is stored and presented in parallel bit form to latches with the most significant bit appearing on the IN7 line lN8 is not used in the ADM 3A The character stored in the UART is clocked into latches by INPUT as DATA RDY is output by the UART unless ERASEF inhibits INPUT INPUT rises when CC6 occurs at the end ofevery horizontal scan Then LCCLK turns on DOlT which remains on for the ...

Page 37: ...f INTERFACE I I _ J I LOA ART UNIVERSAL I SHEET 12 MULTIPLEXER I X D A T A 1 _ ITRANSMITTERI X DATA 7 RECEIVER STOP BITS OPEN 2 BITS UART WD LENGTH OPEN 8 BITS PARITY ENABLE OPEN EVEN CONTROL SECTION pARITY INHIBIT OPEN NONE BIT 8 CONTROL OPEN MARK 1 H _ r IKEYBOARO XLOAD I LOGIC KC1 KC7 7 IMEMORY CBUF1 CBUF7 I BUFFERS L r _ I READ SHEET 10 Figure 4 13 Data Tr mitter Logic Block Diagram ...

Page 38: ... line is forced to the high SPACE level Data is sent through either the RS232 or current loop interface depending on the position of the RS232 CL switch The unselected interface maintains a marking level The RS232 interface comprises a simple driver The current loop interface uses an optical coupler to couple the TTL data to an amplifier and then through a diode output network to the current loop ...

Page 39: ... Monitor Drive Logic This logic shown on sheet 7 of the logic diagram generates signals that trigger horizontal and vertical drive cycles in the monitor To obtain the horizontal drive signal HDRIVE character position counts are decoded to set HDRIVE false at the start of a row HDRIVE is set true one count after the rise of CC7 to start the video retrace period The vertical drive cycle is begun by ...

Page 40: ...trol RTS RTS rises to transmit each character and falls when the character has been shifted out of the ADM 3A 4 21 e If only the 202 switch is closed RTS may be controlled through the ADM 3A interface in either code turnaround or reverse channel operation 4 3 17 1 Code Turnaround Control Either an ETX code or an EOT code may be selected to initiate turnaround depending on the position of the ETX E...

Page 41: ...ctor of Q 101 is DC coupled to the cathode of the CRT The class B biasing of the video driver allows a larger video output signal to modulate the CRTs cathode and results in a maximum available contrast ratio The overall brightness at the screen of the CRT is determined by the negative potential at the grid and is varied by the brightness control VERTICAL DEFLECTION Transistor Q102 is a programmab...

Page 42: ... of the vertical interval an external negative pulse is applied through R 113 CI04 and CRIOI to the gate of QI02 causing the firing level of the unijunction to decrease The sawtooth voltage at the anode of Q 102 is directly coupled to the base of Q I03 Q I03 is a driver amplifier and has two transistors wired as a Darlington pair their input and output leads exit as a three terminal device This de...

Page 43: ... deiermined by lhe transformer inductance and circuit resistance 4 24 The horizontal output stage has five main functions to supply the yoke with the correct horizontal scanning currents develop a c VDC supply voltage for use with the CRT develop a B VDC supply voltage for the video output stage and develop a 0 VDC for the CRT bias Q I06 acts as a switch which is turned on or off by the rectangula...

Page 44: ...d the output voltage to increase above normal This positive increase of voltage is transferred to the base of Q202 where it is compared 4 25 to the zener ofVR20l The increase of forward bias of Q202 causes the collector voltage to drop as a result of the increased collector current through R202 This voltage is directly coupled to the base of Q1 through Q201 where it causes Q I to conduct less and ...

Page 45: ...codes associated with these are transmitted as such with the exception of Enter which transmits the ASCII character RETURN NOTE The numeric keys on the Key pad parallel the numeric on the standard Keyboard therefore if the shift key is depressed when using the keypad the shifted characters will be generated as on the standard keyboard Figure 4 18 ADM 3A Numeric Key Pad 4 26 ...

Page 46: ...e disconnect the cable connecting the monitor to the printed circuit board slide the cover toward the left on its hinge pins and then remove the cover from the base Note that all components on the ADM 3A circuit board are accessible for inspection and voltage measurement when the cover is fully open 5 1 All adjustments in the ADM 3A are associated with the CRT monitor 5 5 1 Contrast Adjustment Con...

Page 47: ... 5 5 CB CC 6 6 CC AB 7 7 AB CARRIER DETECT CF 8 8 CF SA 11 11 SA SECONDARY SB 12 RECEIVE DATA 12 SB DATA TERMiNAL READY r CD 20 20 CD 12 20MA CURRENT 17 BI DIRECTIONAL LOOP J TRANSMITTER 24 12 20MA CURRENT 23 BI DIRECTIONAL LOOP RECEIVER 25 BB 3 Figure 5 1 Interface Connector Terminal Assignments 5 2 ...

Page 48: ...th the failed module sent to a repair facility or returned to Lear Siegler for repair or replacement or the user 5 3 may choose to isolate the cause to the component level and replace the failed component Repair at the component level should not be attempted except by trained personnel using suitable tools and test equipment 5 6 1 Failure Analysis Troubleshooting ofthe ADM 3A is straightforward an...

Page 49: ...e turned to clear the CRT frame e Grasping the CRT secureiy iift it upward and out of the ADM 3A cover and set it aside 5 4 To install a new CRT follow the preceding steps in reverse order To remove the flyback assembly proceed as follows a Disconnect anode connector from CRT b Disconnect Molex connector that connects flyback assembly to the monitor circuit board c Using a screwdriver loosen the h...

Page 50: ... MIN DRIVE 14 MS MAX 04 00 1 LOW 15 86 MS MIN 1 I 20 28 MS MAX V VERTICAL 4 5V l 900 US I VIDEO I HIGH BLANKING NOMINAL INFORMATION I 4 LOW VERTICAL I 1 II BLANKING 1 TIME NOTES I The leading edges of Drive and Blanking waveforms must start at time tp Nominal Blanking times should be observed 2 H time from start of one line to start of next line 3 V time from start of one field to start of next fi...

Page 51: ...H H V Ql01 B Vl CATHODE CR10l ANODE 2 5V pop 20V pop 3V pop Vt L L 1 _J v v i v Ql03 B Ql04 B Ql04 C 4 5V pop 1 2V pop 45V pop IV Ul H H H Q105 B Ql05 C Ql06 C 3V p p 30V pop 170V pop Figure 5 3 Monitor Voltage Waveforms 5 6 ...

Page 52: ...I li i a Figure 5 4 Monitor Video Board Component Layout 5 7 ...

Page 53: ...eive Data 4 CA Request to Send 5 CB Clear to Send 6 CC Data Set Ready 7 Signal Ground 8 CF Carrier Detect I 9 10 not used t 11 SA Secondary Transmit Data I 12 SB Secondary Receive Data I 13 19 not used I 20 CD Data Terminal Ready 21 25 lnt t Ilcon 1 Low Voltage AC Power J3 1 2 Input to V dc rectifier 3 5 Input to 12V dc rectifier 4 Ground Monitor Low Voltage 1 2 Input to V dc rectifier AC Power J4...

Page 54: ... straight up with a firm pull 5 9 CAUTION The plunger is fragile pulling to the side can break plunger or housing e Remove the spring f With the pliers grasp the contact and pull vertically remove both contacts g Place the insertion tool guide in the switch housing making sure that the keyway is toward the front of the keyboard See figure 5 6 h Insert the solid contact P N 373 30052 2 in the inser...

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Page 58: ...counter divides by nine and is a straight binary count Counts 0 and 8 indicate the two raster lines 6 1 vertically between two rows of characters while counts 1 through 7 are the raster lines during which the video is being generated The final stage out of this counter provides the clock for the ROW counter and has a frequency of 1 800 KHz The ROW counter zone A2 is a variable counter Its purpose ...

Page 59: ...TRANSMIT DATA SA PIN 11 SECONDARY RECEIVE DATA SB PIN 12 CARRIER DETECT Ct PiN 8 TERMINAL I TRANSMITTING I t I COMPUTER DETECTS BREAK TERMINAL RECEIVING __ I NOTE BREAK WHILE RECEIVING SENDS SA TO MARK STATE I I COMPUTER DETECTS BREAK I TERMINAL I r TRANSMITTING i NOTE BREAK WHILE TRANSMITTING SENDS BA TO SPACING STATE Figure 6 1 Interface Timing for Reverse Channel Operation 6 2 ...

Page 60: ...mode RTS low If CF is also low SECONDARY TRANSMIT DATA will go low If CF is high indicating that the distant end has turned on SECONDARY TRANSMIT DATA SA will go high This last condition is the normal receive condition in reverse channel operation In order to switch to the transmit mode the distant end controlling the terminal raises SECONDARY RECEIVE DATA SB Then the only other condition that has...

Page 61: ...o be loaded with a zero count 6 4 6 3 3 ROW COUNTER The Cursor Row Counter and its associated logic zones AI A4 BI B4 D3 D4 perform the task of maintaining the current display row position of the cursor Due to the mobility of the cursor this counter is capable of being incremented decremented cleared or loaded with a code from the data buffer which represents an absolute cursor row position on the...

Page 62: ...tored in the Data Buffer Incrementing is effected in one of three ways I As the result ofa character entry into memory 2 As the result of receiving a F orespace FF command 3 As the result of a start transmit signal when in the test readback mode A forespace signal FORESPACE zone C I will be generated for any character received except Control character CTRL CHAR Delete codes DEL or characters which...

Page 63: ...ation of the 1920 byte data memory address structure to facilitate data entry and data retrievai for dispiay refresh These functions are 6 6 1 Reconciliation of the current cursor row position with the scroll history to generate a virtual entry row address 2 Reconciliation of the dynamic display row positions with the scroll history to virtual refresh row addresses 3 Selection of either entry or r...

Page 64: ...ic in zone Dl Since CHIPENA and CHIPENB point respectively to the odd and even rows of both 6 7 display data and memory data they are used directly in addressing data memory without modification Since the display matrix is 80 characters by 24 rows the largest binary factor which can be used as a common denominator for matrix conversion is 16 Removing this factor the remaining column factor 5 is co...

Page 65: ...low if the Cursor Control switch is on ENX true 6 6 3 LOAD CURSOR SEQUENCE DETECTOR In order to execute the storage in the Cursor Row and Column counters of two bytes of information 6 8 which represent the absolute position of the cursor a sequence detector is provided zones D2 D4 which can I Reset to the occurrence of an ESC code and hold control until another character is received 2 Verify the i...

Page 66: ...X TO OC WC I APPROX 2 22ms XLOAD U L J U I I APPROX 2 78ms WC 11 L WC _ WC 1 I WC 2 79 WC 8 WC 79 WC 8 J I 1 OVERFLOW I L NOTES 1 INITIATE WITH CURSOR REG CLEARED 2 ACTIVATE W ENQ CODE 3 CURSOR ENDS IN 79th POSITION 4 READ a ACTIVATES KEYBOARD CIRCUIT b SWITCH CBUF OUTPUT TO UART c HOLD ADDR MUX TO OC WC d DISABLE VIDEO BLANKING CBUF READ MODE FOR TEST ONLY ...

Page 67: ... the event one ofthe clear screen operations is under way START will hoid ROWCOG iow preventing any cursor comparison thereby blanking the cursor 6 10 When both row and column coincidence occur a true output will be presented from the last comparator stage E 15 6 This signal is delayed by a pair of flip flops for two character periods to synchronize the cursor with the video data which is delayed ...

Page 68: ... quite unusual this gate was installed Gate 19 74LSOO zone A 1 is used as the video driver 6 11 6 8 4 Transmit Data Multiplexers The two multiplexers 74LSI57 K6 and L6 zones D 1 and D2 are used to select between keyboard or refresh memory as the source of the data going to the transmit UART The refresh memory is selected during the READ BACK operation and the keyboard output is selected at all oth...

Page 69: ...e are not affected by the shift key This is done at L 10 9 zone A3 The last way to alter the code is by inverting bit 6 This is used to shift from the lower case alpha codes in column 6 and 7 to the upper case codes in columns 4 6 12 and 5 There are two ways to effect this bit 6 inversion The normal shift keys and the UPPER CASE ALPHA switch The UPPER CASE ALPHA switch is used on systems where no ...

Page 70: ... signal TRE zone B3 is high If both conditions are present the buffer data will be automatically transferred to the serializer on the next clock At this time TRE will go low to indicate that the serializer is being used When both signals are high the transmitter section is completely empty These two UART signals are combined to create the bouncing REQUEST TO SEND signal selectable on the interface...

Page 71: ...ltaneous depression of the SHIFT and CLEAR keys which generate the signal named KEY CLR 6 14 6 11 SCHEMATIC SHEET 11 BAUD RATE GENERATION This schematic comprises the counters and associated logic required for the generation of transmit and receive clocking functions for the UART For a given BAUD rate at the interface and to the terminal the UART must be supplied with a clock train 16 times the fr...

Page 72: ...ronic Instru mentation Division When ordering parts include the following information 1 ADM 3A Serial Number 2 Part Description 3 LSI or Manufacturer s Part Number Routine parts orders may be mailed to Lear Siegler Inc Electronic Instrumentation Division Data Products Customer Service 714 North Brookhurst Street Anaheim California 92803 7 1 Emergency parts orders may be placed by telephoning Data ...

Page 73: ... Bottom Logo ADM 3A Bracket CRT Mount Cord Power 115VAC Cord Power 230VAC Nameplate 115V Nameplate 230V Legend Switch Transformer 115V Transformer 230V Wire 10 5 Wire 23 Green Board Assy ADM 3A Monitor P4 Etch Cable 18 Bracket CRT Board Mount Clip Retainer Bracket Screen Plate Baffle Spacer Speaker Support CRT Switch TGC0411 TW B o Ring 214 060307 00 2303 Connector 03 09 1033 Contact Amp 350418 1 ...

Page 74: ...osed warranty return the unit or part to 7 3 Ball Brothers Research Corporation Miratel Division 1633 Terrace Drive Roseville Minnesota 55113 Attn Customer Service Telephone area 612 633 1742 Teletype area 910 563 3552 Unnecessary delays may be avoided when parts are returned to Miratel Division using the following procedures 1 Package the unit or part in accordance with the method of shipment Enc...

Page 75: ... SPRA TE1203 1 012 2066 C118 820pf 5 500V Dipped Mica ARCO Type DM 1 012 0482 C119 25 50V Electrolytic BBRC 1 012 2193 Ci20 01 20 1000V Ceramic Disc ERiE Type 811 1 A I V I VI v C201 50 50V Electrolytic BBRC 1 012 2157 C202 0 01 20 1000V Ceramic Disc ERIE Type 841 1 012 0780 C203 50 50V Electrolytic BBRC 1 012 2157 CR1 VS148 Bridge Rectifier VARO VS148 1 021 0413 CR2 H510 High Voltage Rectifier VA...

Page 76: ...nics Cable Assembly 8 Inch Cable Assem bly 5 Inch Power Supply Module TV 12 120VAC Power Supply Module TV 12 220VAC Power Supply Module TV B12 120VAC Power Supply Module TV B12 220VAC Deflection Coil Assembly Deflection Coil Assembly TV B12 CRT 12 Inch P4 Phosphor Power Cable Assembly 120VAC Power Cable Assembly 200VAC 7 5 Mfg IRC CTS BBRC BBRC BBRC BBRC BBRC BBRC T1 ST BBRC LF BUSS BBRC BBRC BBRC...

Page 77: ...hoenix Arizona NPC Neucleonics Los Angeles California PAK Paktron Alexandria Virginia RCA RCA Semiconductor Division Harrison New Jersey SPRA Sarkes Tarzian Inc Bloomington Indiana SYL Sylvania Electric Products Seneca Falls New York TI Texas Instrument Dallas Texas VARO Varo Corporation Garland Texas P C BOARD ASSEMBLY ANSWER BACK Ref Description Lsi Part No Mfg Part No Mfg Qly Note Des MIL Type ...

Page 78: ...8533 471 128533 473 128533 7R5 129329 104 129451 3 129467 0 129467 10 129467 11 129467 112 129467 113 129467 125 129467 13 129467 151 129467 157 129467 161 129467 175 129467 193 129467 195 129467 2 129467 20 129467 27 ADM 3A P C BOARD ASSEMBLY Description IC IC IC IC IC IC IC IC IC IC IC IC IC IC Cap OM 15 101 Cap 2 2 uF Cap 33 uF Resistor Resistor Resistor Resistor Resistor Resistor Resistor Resi...

Page 79: ...808003 808004 808006 808007 808008 809001 809002 7 8 Description IC IC IC IC IC IC IC IC IC IC Capacitor Cap Cap Cap Cap Cap Board PC Resistor Jackscrew Rev A Heatsink Heatsink Netwoik Resistoi Network Resistor Resistor Network Connector Plate Clocure Rev A Pot BM5874 Socket CA16S10SD Socket CA 18S 10SD Socket CA24S10D Socket CA40S10SD Resistor PC5800 Resistor PC5802 Switch 435640 4 Switch 435640 ...

Page 80: ...18 5031 Connector 09 18 5051 Connector 09 18 5059 Connector 09 18 5121 Transistor 2N3904 Transistor 2N3906 Transistor 2N5986 Crystal 800A 10 8864MHz Isolator Optical MCT 2 Heatsink 207 SB Screw 4 40x3 8 Self Tap PH Screw 6x3 8 F504M Nut 4 F557 7 Washer 4 MW 401 M Washer 4 Ext Tooth Washer 6 MW 423M Rivet R3479x1 4 Insulator Mylar 43 77 2 Insulator 97405 or 4x1 32 Insulator 7717 5 Tape Mylar 1 2x5 ...

Page 81: ...ION CODE IDENT Z C t 35tJ803 60X tJ 3Z mtJ RCPT Y P ffi s f CD 3 09 03 3 RCPT 5CK T MtJLEX 3 7 35 417 1 Te MJ t 9 Sc K I JMP 6 U 8 ffi r m I 3 889 T RP7 P 06 RIAlt 0 rI P 8 1W6 61 X30 8L W k cIOL S Tyi c eJ S eye 6 cog A 10 J II t 2I9tV 7X 30 Ye L V1 Rc ilL STYL lOIS Pvc 6 W co 2 I I I AI 13 2tJAw6 ItJ 3 G N WIRc I JL ST t c S JI G 6 r U I m m I I I I ...

Page 82: ...WIRE ING fAJJ OR COLOR REF DES PIN REF DES PtN CONN TERMINATION CONN TERMINATION CABLE 1 11 2 y E L SPKR P5 2 50 D h 7 II 3 tEL SPKlt P 5 3 O I e 7 II 4 5 l s 6 GRIJ 7 P4 3 7 3 23 1 7 8 8LK SI 3 rl uo 3 0 tJi 9 r 10 11 12 13 14 15 16 17 18 19 i 20 21 22 23 i 24 25 CODE NOTES jl SIZE CODE IDENT REV A 98438 29459 _C SCALE I ISHEET E t 7 11 ...

Page 83: ...RE ING FROM END TO END OR CONN TERMINATION CONN TERMINATION CABLE FROM TO REF DES PIN REF DES PtN LINE CABLE NO WIRE NO NO OR 1 1 COLOR BL C I S E I3L K 2 FI Of I 2 4 P3 p4 3 9 7 4 OR J Y L Ok Riu 23 24 25 CODE NOTES f EA 1 l J of Jw 5w SIZE CODE IDENT A 98438 SCALE I 29459 ISHEET 4 T 7 12 ...

Page 84: ...M END TO END COLOR REF DES PIN REF DES PIN OR CONN TERMINATION CONN TERMINATION CABLE 1 BRN P7 I N oiJp 2 I 2 EIJ 2 B 3 O12G 3 4 4 yei 4 B 5 t 6 a WI T 0 Ie 7 GRtJ 7 5 I 8 I3i V 8 0 9 I O 9 9 It 10 W i I 11 131 II 7 12 13 14 15 4 16 17 18 19 20 21 22 23 24 25 CODE NOTES 9 SIZE CODE IDENT REV l I A 98438 2945 _8 SCALE I ISHEET s t 7 1 i ...

Page 85: ......

Page 86: ... or write to Lear Siegler Inc EID 714 N Brookhurst St Anaheim Ca 92803 Attn Customer Service 8 1 Please state that you would like a Return Goods Authorization number At this time we will record the information you prepared as well as a purchase order number if applicable STEP 3 You will then be provided with an RGA number and the address of the depot where we request that you return the equipment ...

Page 87: ...andard POLANE T quality Test surface Panels of Parker Bonderite 1000 with 1 to 1 2 mil dry film thickness of POLANE T Q l All tests conducted after fourteen days air curing period 1 5 salt spray 500 hours plus Excellent 2 100 relative humidity 500 hours No effect 3 Water immersion fresh salt distilled 100 hours plus No effect 4 Lacquer thinner acetone gasoline Xylol resistance 20 rubs with saturat...

Page 88: ...un with E tip and needle and No 70 air cap of Binks No 19 gun with 66 66PD nozzle combination 15 p s i fluid pressure 15 20 p s i atomizing pressure For application by Ransburg DeVilbiss or Nordson electronstatic hand guns the solvent balance can generally be adjusted to the proper polarity using R7 K 69 reducer to produce satisfactory wrap of base coat These adjustments will vary with the particu...

Page 89: ...APPENDIX A ...

Page 90: ...sec AFTER LAST VIDEO LINE COUNTER DOT ROW COUNTER PERIOD 91 8577 nsec FREQUENCY 1 8854 MHZ CHARACTER ROW COUNTER PERIOD 20ms t l FREQ 56HZ 56HZ V DRIVE S l EDGES CLOCKED W H DRIVE RISE LC LCl LC2 LC3 RC RC1 RC2 RC3 RC4 RC5 5 HZ OPERATION CC CCl CC2 CC3 CC4 CC5 CC6 CC7 LCCLK I _r_r _ COUNTER RETRACE CBUF RETRACE H DRIVE ALWAYS LOW DURING 66HZ OPERATION 6 HZ OPERATION RCo RC1 RC2 RC3 RC4 RC5 69HZ V ...

Page 91: ...N YEL BRN BLK ORN P103 rot RED OR YELLOW ld BLK P101 P104 BLK t RED r I 1 11 1 10 1 MAIN CHASSIS BOARD KEYWAY FOR CONNECTOR POLARIZATION NOTE F101 AND R108 ARE USED ONLY WHEN LOW VOLTAGE POWER SUPPLY IS NOT SUPPLIED MONITOR CIRCUIT BOARD COMPONENTS LOCATION A 2 ...

Page 92: ...l llOR DE Wn I LEX PI f RL In I S ALL RES I STORS ALI CAPAC ITOllS ARL r ul II ll LI GI P T J rrHt I I O IJL O IL llJ LC I OR S lSitM Cl l RIOLI I NTERLACE TO BE ADO D s I 2 3 NOTES 4 rn i g 02 o 3 MOLE X CONNECTOP 3 en n c m S I n I to z o 10 N I c C o m JJ en C C C r ...

Page 93: ... i Oprl i L _ 1 q7P I z a 1 om cs 1 11 m I 1 I IC 0 1 O 11 _ 11 OJ 00 iJ O C O o m I o O OOJO C 0 W m C 1 1 1 1 0000 1 lEyiJOArD A 8 J _I 1 1 5 SZ ryp t 4I I I I c z cz k r I c z k ur s I 2 k I e 1 u I c J4 J4 L INSVUJ7 E I I I flK L 0 MIM GJ GJ I E f 8 0 I OIIF I a GD J _J O 7 46 J JVF v Q J Q C D o o r o i n OJ o JJ o m s OJ r I J ...

Page 94: ...APPENDIXB ...

Page 95: ...tE IISUED tN 8T1 tCTCONFIDINCE Me IHAlL NOT RfIIftOOUCED COPtIO OR POft THE U AU Of THE Al l AftATUI WITHOUT WPIIT Dc j Dc z ILVOT owJ1El2 5 2 5 41 tC 7__ Z jI Q Lc CL 513 2B4 Ctl __0 _t LtCLK R i 74LS74 5 t 3 8 D 4 Rt Zl1 T_ _ 7tLSP4 0 t rt l Ac Tel PO ITIOIJ c ou m R VIDE l 31J 7q Z44H ZS5 _ J a _ j 5 5 lK 4 27 1 lK 01 JcZ b4 MWl C J cJ Z 9J 8G7 7r1 B A D ...

Page 96: ...J1L f3 JJINIt Y u J CNTR L _ _ 5 q COUNT UP F II r t 4 q UNT IJN 244 LC 7 3 CLfAR3 f DI CCB i t __t 1 38 24fN r 3 1 CR 14J DNL NEB t t t UP 3DVROweLl l ISIt8LE eLF SCREEN r s LR SCRN o po CLEAR2 3 4 3c z 94 KErCLf t l r Q 5URT uz SETERA I c hA _ 1C ST RT zc CC8 A a I po OCL j1J I Q 12 K Q 8 32 ER 4SE c 3C 3 Cf ROC 74LS 1 3 7tLS 1 3 31Pffd 18K c j i TiOf1 g JI 1 24 3 ggl BOfJRO J 3 ESC 1 DZ ESC2 j ...

Page 97: ... c EL I f Lr 3 6 ttt 3 kI 14 B IA 18 211 2 3A 3B 4 fJ 4 3 A IB 2A LB 3A 3B 1A 1B Z U5 57__ ll L 1uX 6 1 SEL Sf 15 IY 21 31 4Y WI0 2 tJIl 4 lJ12 7 hlIJ 711S 1 f c fOR SfI1CE tt uloiiiwLtii Ol F I l 00 I 7 J EXCEPT AS MAY BE OTHERWISE AUTHORIZED BV CONTRACT L LJ Ie L j THESE DRAWINGS AND SPECIFICATIONS ARE THE PROf ERTY f 7 7 W C E i EI PR U ESJ RJ T F g EE MANUFACTURE OR SALE OF THE APPARATUS WITH ...

Page 98: ...3Y 12 NAb fOSS 5 fl2 F Z G MII2 oC LlNEZ B2 2Y 7 I ftl1l5 s POSt 2 A1 3 MAl 6CI LINE1 3 81 1Y 4 1 MIH lj Sf MA z Al _ SUMIR cC3 CC3 __ 3_ I Bt 443 WC3 If At cC3 CC2 B3 4 43 tVC2 II A3 31 1 19 ze4 eel B2 4 43 we1 5 A2 FIS 2Y SUfv1 R ZC4 cc 3 1 S JN 1R 443 we 2 At Sf 5 74LS G D I 1B1 _ _ 5 H 58 z CR I_I_ 2 0 4 3B2 C 3 3cz OC3 382 CRZ 3Cc JC2 313Z Cf l 3C I OC1 4 1 __ _ L _ _23 t_ l _ _ c o z JZ Ref ...

Page 99: ...SCALE SIZE CODE IDENT NO C 98438 6 1X 1A 4 t q 6B2 XXZ __ _ Q 11 MtJ _ GB3 DATA4_ __ 1P q rdB2 me _ t __ 9 q COLUMNl _ 2 t RRi 12 liJx k5 Z0 RR3 5 ll 1g 4 3 2 J 2 6132 fXX5 1 DX 0 sv t 3 1 TA5 1 _ O_ U M N 3_ t _ 9 OdAt X TA e io __ BB CD jJ ID_RELEIVED DATA 9 35 0 EXTfNSJ N p jz DATA t 61 2 XX0 1 L cl PORT 6 1J3 lJATAG I DC CL CA 1A_ _ _ v 7tLStf4 0 A2 J OTT 5 74 LS 8 XCLK I C I CCR A __4 L C3 b ...

Page 100: ...E THE P ROPERTY OF LEA IIEGL ER INC ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED COPIED OR US D FOR THE R SALE Of THE APPARATUS WITHOUT WRIT 74LSI 3 BI BEL 1 t 2 I Q 4 EAD c CC8 JA 3 t 8 t11 OVERFLOW fZQ 9 194 f EAD IJlf 3BZ CR4 133 Ci92 C4 5 A3 38Z CR3 4 B2 cIQ2 RC3 3 A2 382 eRZ I Bl E 10 Z l2 RC2 2 111 382 CfU 1 fJ _ 7 lZ4 5 RC1 0 AYJ IlLjC bI l 3l0 JCIJ 3 N 041 b Z4 RC 74L58 4 IN...

Page 101: ...A 4 I 3 2 I B3 PATA2 1 c ...

Page 102: ...o B c LTR 1 58 1 1 TA D 9c bO_ _ SCALE 4 3 4 7 TYP 1 1 r p _ c 5V 9 3 uc2 0 18 3 lCL3 9 KI F _ 5 74LS 0 5 1 _ _ T s JJ I II I t a J LO B A c o ...

Page 103: ...V w 1 __ 1 I I l I I I I fJ01E Ill 71ALl8TWER L_ _ _J RE l TDl ce jUPC WOZM FOR o UJ6LE 8JDEO CURRHJT LOCP 0 IE 3 5 fo 5V r T i _ 9 1 I BC G 7 3 Ci DATA IR 232 tL a II J 51 JW i2V I t e w 32 z 7133 BQEA K 01 j o 3_ I t EX1BJ61ClJ R IlTI 1469 3 01 XDATA7 3Z jTC2 7 f3 Dj XOATA6 3J fl2b 8 pj XDATA S Q5JTQ 0 8OZ XOATA 4 29 TK4 2EY DZ DATA 3 JTr 3 602 XOATA 2 2 7 11 2 80 2 XDATA1 2iCJ Tl2i z D3 UAl2f M...

Page 104: ...AWINGS ANO SPECIFICATIONS ARE THE RQP1 RTY OF LEAR SIEGLER INC ARE ISSUED IN STRICT CONFIDENCE AND SHALL NOT BE REPRODUCED COPIED OR USED FOR THE MANUFACTURE OR SAlE Of THE APPARATU8 WITHOUT WRIT S TE RMISSION zIB3 j EN 4 UiIif Ll S b 2l 7 9 _ AI BI I C r AI B 1 I D 7 fLD 74LSI6 BllJN2 V lJTr 7 lJ 21 du BnJM2L l1Q rT0 PT Sr7 2 l fJ JP 115 L N L L i tNT L C III LK _ z C Lk 3 L R Ie Z l 1W 10K 1l1 W...

Page 105: ...B A Ji 0A 1 JZ I tblB _ DCTEl SIOtJ PORT 3 l FtLR 2 D8 74LS 1 7 3 LLE 1 4 KI II o b 0 4 I EVLLQ V74LS 4 31 BtB D IWZlD UDI ...

Page 106: ...c 6AMP SlO ao 5V_ USE 4 p M P SlQ BlO 230Yl I O l lE I O LK b1 1 SVA c 50 O 11 z I 4 l 1 Z W bLlJ c 13ll Z 2 aV C SO OOKz J J OPT ONP L A RN GRN 3 TRAN S t ORMER 2 94 58 3 I IS VACl 2 9458 S 3 0 V A c 1 41__ _110 I TO MONiToR A EXCEPT AS MAY 8E O fHEflWISE AUTHORIZED BY CONTRACT THES DRAWINGS AN SPECIFICATIONS ARE THE PROPERTY OF LEAR SIEGLER n ARE IssueD IN STRICT CONFIDENCE AND SHALL NOT BE REPR...

Page 107: ...7 LCLLK _ Fl6I1 Il 1J WlJlJTEI I j i __ _ _ _ _ _ _ _ _ _ _ _ UJUIJTEK eETkACEJ L CBLJI RETRAtE J L VIDEo QE T AC E Jj L LItlE WLJfJTER R K iOD WI1Y If EQ a l f ll VD IV r LE D6E LLD D W r lCl IYEf lSE __________ rll _ mw UlUtJTER ME RC lZI K L i R C Z Rto RcA R 5 LtG LCJ Lt2 LC 3 HDQ VE I PER IW Lb bb7tYlSeL FK EQ b0 f It _ _ _ __ _ _ 1 b LW6VS LOVV U llli 00f llOPEet IOJ 1 b0JFf OPEQATlaJ RC 0 r...

Page 108: ...APPENDIXC ...

Page 109: ... 1 9 I lO 1 1 1 12 1 1 3 114 1 15 ll 6 1 17 1 1 8 119 1 20 OF EACH SHEET r I I I I fiT T I I I I I I I I I _ i DR I _ 1 IS LEAR SIEGLER INC l ELECTRONIC INSTRUMENTATION DIVISION ANAHEIM CALIF CHK t DSGN t L t IENGR t 4 pROJ CONFIGURATIOIV CCJIVTROL 40M 3 REL CODE IDENT NO SIZE I N 3 APP D a D 6H NE X T AS S y t AP P D t t 98438 B ISHEET OF B REV 129502 SCALE DO NOT SCALE DRAWl NG APPLICATION IDIST...

Page 110: ... 8 80m P JRI 5 JJ rnp I 2 DATA 7U8 P c R ODD 2 EvEAJ L EAi UC 4i IO NL 7 RS 232 HOX 5 9200 4 9600 3 4800 2 J 2400 I 800 7 1200 600 5 300 4 50W 2 75 I L OC4L DOFF 03 5 OFF 202 4 OFF COOc 3 SEC ellA ETX z O cF cor I O cF I CODE IDENT NO 1 SIZE I IREV OQ A QIIl 29 502 _ ________I v Y I LI I II I_S_HE_E_T__2 l C 2 ...

Page 111: ...y D 2 L 1NE 3 4 Z 2 CA 18S IOSD soceET t T 9SSV K L6 5 23 CA 6S OSD 1 12 t t NEj C 24S oSD I J7 7 6 22 02 205 CO AIECTOI2 N IJL E NeAR CON v J2 4 9 I Z2 tJ2 204 I 11 II A REMOVE TASS TI I 5 OP T o s A t uL TtJr y co 2 4NY 1 29 160 l1 fhC IAIIL L CovT41AJ OP7 t A IS 2 3 C 5 CODE IDENT I SIZE REV 98438 B 129502 ISHEET 3 C 3 ...

Page 112: ...ER QCK P4R75 sr 1 ND tHY tQD I ocAriON lJfl fOT NO Z PART 1 0 OESCR prn VEAl POR T 8 qCK I I I v 2 j ANSPl ER z i i I 3 i I 29489 01 i pc B04RD LISSY i i I 4 S 2 CA 8P02 26 cr if p IAiTERCQ h E CT C C T 4SSEM tV 6 71 2 4 23 2 6 SCREJ Pt 4STITE flEK WASH liD CO T AJb T lL 5 t 2Ew Co SLOTTEO STt C tlo p 8 9 REMOVE 2 157 I e s 4T L K ANO INST L L ON F N J IA ST4t C N 3 v vo e M N Pl BV4 ll wITI 101 7...

Page 113: ...48LC 2949tJ o Nt MERle KEy 4JLJ 4 7 8 ROVT C etE t N s TNRv 4 tPT7 J f f vEA J7 tAT 4A I t SE NOTc I oAl 5 1 r OPTltJ v 4 P Pt 4Y TEST P QRT5 sr ND QTY EQD lOCATI JN 2G lJfl NO 4 PART 0 OESC P r O 1 VEAJPO Z w o7E I i I V 4 I I I Z 3 4 I MSS o4 P SW TCJ I fLCO 5 I 7 8 i 9 CODE IDENT I SIZE REV 98438 B 129502 ISHEET 5 C 5 ...

Page 114: ...llRD t SS Y 5 1 iNS7JitL fAl S ce T tJEH C 1 1r rl 1P VG VN V V l SEE Nor c I orJ S T I pr v SPl T 8At D t 4rE rs sr 4TY QD AncW f UlJfl Wt l7E PART AI OESCA IPT OA V AlZ O z I v 4G Otlr AtJD 24Tc Z 4 4 I crs 235 1 Sw I rCi I 2 DoS crs 6 7 8 9 INSTAll SW E rl z 4t10 cur E r AT 75 ot lD SWI r see GAltfr NI v ICOOE IDENT I SIZ E I IREV AA A R 129502 ISHEET C 6 ...

Page 115: ...ot HEI 5 1 q Lf55 O PoWEI CDRD 7 I 8 I 2 94SiP o IVAf1EfJI I1 TE OPTION 1 230 VbLT Ac I 4V5il J4 LIAN P4R7 S sr t JD QrY IUQO I OC l 7 dN 6 cPES AID It PARr I OESC e P7 O IJ V eA1z JO 2 WoT I V 1 I z 3 4 f 11Q45S 65 TIUtNS FOI t1ER 5 I i I q Jf5 5 07 Ptnvlj LOR 7 I 81 12Cf l5 P 65 ft 1EPLffTE 9 CODE IDENT 1 SIZE REV 98438 B 129502 ISHEET 7 C 7 ...

Page 116: ... A QP PARr No DEsCR p l olV 1L 4 m av Hr s w r Nil 2 VENDOR I v 21 2 3 4 I 2 13 0 1 C4 3i E 5 7 8 OPTlolLJ p lRrS L I Sr f QrY ItcQD L ocA7 t1IV cPES A O P 4Rr 1 0 OESC e lP or ON V cN Z won T I 2 3 4 5 7 8 9 I IDENT I SIZE I IREV QAL lA B 129502 C 8 ...

Page 117: ... e IO V t ...

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