Motorola VME/10, Installation Manual

Page 1: ... M TO OLA VME 10 Microcomputer System Installation Guide M68KVSIG D2 QUALITY PEOPLE PERFORMANCE ...

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Page 3: ...duct or circuit described herein neither does it convey any license under its patent rights or the rights of others I Qnodule VERSAdos VMElnodule am VME 10 are trademarks of Motorola Inc WARNING THIS EQUIPMENT GENERATES USES AND CAN RADIATE RADIO FREQUEtCY ENERGY THIS EQUIPMENT HAS BEEN TESTED AS A CLASS A COMPUTI DEVICE AND HAS BEEN FOUND TO COMPLY WITH PART 15 OF FCC RULES HOWEVER OPERATION OF T...

Page 4: ...E CIRCUITS Operating personnel must not remove equipment covers Component replacement and internal adjust ments must be made by qualified maintenance personnel Do not replace components with power cable connected Under certain conditions dangerous voltages may exist even with the power cable removed To avoid injuries always disconnect power and discharge circuits before touching them DO NOT SERVIC...

Page 5: ...n asterisk following the signal name for signals which are level significant denotes that the signal is true or valid when the signal is low An asterisk followin J the signal name for signals which are erlge significant denotes that the actions initiaterl by that signal occur on a high to low transition ...

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Page 7: ... Installation System Cabling Installation Display Unit Positionirg I Oroodule EXPANSION CARD CAGE EQUIPMENT INSTALLATION INTRODUcrION I Qnodule EXPANSION CARD CAGE VME 10 TO MODEM INSTALLATION VME 10 TO PRINTER INSTALLATION VME I Qnodule EXPANSION CARD CAGE EQUIPMENT INSTALLATION INTRODUcrION VME I Qnodule EXPANSION CARD CAGE Daisy Chain Jumpering J6 Jl3 VMEmodules Not Containirg ACK BG Circuitry ...

Page 8: ...Display Unit Positioning VME 10 with I Oloodule Expansion Card Cage I Omodule Expansion Card Cage MVME400 Port 1 Modern Configuration MVME410 Port 1 Printer Configuration VME 10 with VME I Omodule Expansion Card Cage VME I Qnodule Expansion Card Cage MVME923 Backplane Daisy Chain Typical VMElnodule Bus Arbitration Bypass Typical VMEm dule Bus Arbitration Level Selection VMEmodule I O Cabling Metho...

Page 9: ...nt Unpack equipnent from shipping cartons Refer to packing list arrl verify that all ite ns are present Save i acking material for storing or reshipping the equipment 1 3 SYSTEM EQUIPMENT SUPPLIED The VME 10 Microcanputer System soould be inspectErl for missing or damaged i terns before attempting installation tans supplied are listed below Keyboard Keyboard cable 6 wire cable Control unit chassis...

Page 10: ...6 83 1537 FIGURE 1 1 Typical VME 10 Microcanputer System 1 2 ...

Page 11: ...e Operating Storage Relative humidity Physical dimensions Iength Width Height Weight Power requirements Chassis monochrane iooni tor Color monitor 1 5 RELATED D X U MENTATION 10 to 40 c 400 to 60 c 10 to 80 noncondensing Chassis and monitor 22 8 in 57 9 an 19 0 in 48 3 an 20 0 in 50 8 an 50 lbs 23 kg 90 132 Vac 47 63 Hz 500 W 180 264 Vac 47 63 Hz 500 W 85 270 Vac continuous 60W naninal Keyboard 8 ...

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Page 13: ...10 equiJ XI ent having the tilt swivel mechanism installed on the display unit by the factory The secorrl procedure is for the 67 W2420B01 Tilt Swivel Kit to be installed on the control unit chassis by the user 2 2 INSTALLATION PROCEDURE 1 This systan installation procedure pertains to equipment that has the tilt swivel mechanism installa l on a typical display unit by the factory as shown in Figu...

Page 14: ...f the cable to the control unit chassis connector J3 NOTE Sane monitor data cables utilize a keyerl latching connectors Other data cable connectors require the use of two phillips M3 5 x 0 6 x 10 screws to secure the cable to the display unit control unit chassis e Connect monitor POwer cable cord to the display unit NOTE Some nnnochrome nnnitors utilize a de power cable connect one errl of the mo...

Page 15: ...ssis color display unit power switch placed in the off position 0 connect the ac power cord to the ac power source i Refer to the VME 10 Microcanputer System Overview Manual Motorola publication number M68KVSOM for VME 10 systan power up and operating instructions 2 3 INSTALLATION PROCEDURE 2 The following installation instructions provide the user with the necessary information to install the 67 ...

Page 16: ...etely before starting the installation a Place control unit chassis in desired location b Position tilt swivel assembly on control unit chassis as shown in Figure 2 4 c Install two iten number 2 phillips MS x 0 8 x 10 screws as shown in Figure 2 4 d Position tilt swivel assembly on control unit chassis as shown in Figure 2 S e Install the ranaining two iten number 2 phillips MS x 0 8 x 10 screws a...

Page 17: ...I I I I I I I ffi I I I I I I I I t _______ FRONT FIGURE 2 4 Control Unit Chassis Tilt Swivel Asserrbly Position 1 FIGURE 2 5 Control Unit Chassis Tilt Swivel Asserrbly Position 2 2 5 ...

Page 18: ...tion of the tilt swivel bracket into the display unit b Position display unit over tilt swivel bracket as shown in Figure 2 7 Align screw position over bracket channel as depected in illustration c Insert display unit onto tilt swivel brackets and slide display unit forward as soown in Figure 2 8 NOTE While slidirg display unit forward display unit will drop into the forward tilt swivel bracket ch...

Page 19: ... FIGURE 2 7 Display Unit Installation Step 1 FIGURE 2 8 Display Unit Installation Step FIGURE 2 9 Display Unit Installation Step 3 2 7 ...

Page 20: ...it can be positionerl on the control unit chassis by grasping the front part of the display unit as shown in Figure 2 10 Slight downward thumb pressure tilts the display unit downward Lifting uµ 1ards tilts the display unit upwards NOTE Display unit tilt adjustment tension is accanplished by loosening tightening of the display unit cover screws two per side closest to front monitor bezel FIGURE 2 ...

Page 21: ...onics canpatible printer to the VME 10 via an MVME410 Dual Parallel Port Module 3 2 I Qnodule EXPANSION CARD CAGE Figure 3 2 illustrates the I Qnodule expansion card cage installed in the VME 10 his card cage is designerl to accept up to five single wide I Qnodules Jl connectors installerl at card slot locations Al through AS form the I O Channel via ribbon cable connections CAUTION EQUIPMENT DAMA...

Page 22: ...6 83 1538 FIGURE 3 1 VME 10 with I Qnodule Expansion Card Cage 3 2 ...

Page 23: ... TOP A1 A2 A3 A4 AS FRONT VIEW NOTE A1 THRU AS DENOTE CARD SLOT LOCATIONS FIGURE 3 2 I Qnodule Expansion Card Cage 3 3 ...

Page 24: ...re selected To install the MVME400 into the I Omodule expansion card cage proceed as follows a Turn off equipment power CAUTION CONNECTING MODULES WHILE POWER IS ON COULD RESULT IN DAMAGE TO CDMPONENTS ON THE MODULE b Refer to Table 3 1 and Figure 3 3 and configure the MVME400 jumper headers for port 1 modem operation interrupt level 4 and baud rate 9 600 c Remove two blank panels and insert MVME4...

Page 25: ...n select Port 2 to tenninal select Baud rate port 1 and 2 select Port 1 TxC select Port 1 external clock select Port 1 internal clock select Port 1 to modem select Port 1 to tenninal select Port 1 crs flow control 3 5 CONFIGURATION 1 2 No jumpers 1 2 3 4 9 10 11 12 4 6 10 12 16 18 7 8 5 7 6 8 No jumpers 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 3 4 5 6 9 10 11 12 1 2 No jumpers 1 2 3 4 9 ...

Page 26: ...ORT 1 MVME400 PORT 2 2 J9 00 00 00 1900 20 00 00 00 0 0 J15 00 00 0 0 2 8 0 0 fOO Hl J16 ____ o_o_ 1920 1920 1 1 2 J 10 12 l u nl 11 FIGURE 3 3 MVME400 Port 1 Modem Configuration 20 JS 19 2 8 J Looo 1 oooe 1 1 ...

Page 27: ... install the MVME410 into the I Qnodule expansion card cage proceed as follows a Turn off equipment power CAUTION CONNECTING MODULES WHILE POWER IS ON COULD RESULT IN DAMAGE TO COMPONENTS ON THE MODULE b Refer to Table 3 2 and Figure 3 4 and configure the MVME410 I Qnodule jumper headers for port 1 printer operation and interrupt level 1 c Remove one blank panel arrl insert MVME410 in desired card...

Page 28: ...2 JS Port 1 PlCB2 PlPBO PlPB7 direction 1 2 J6 Port 1 PlCB2 P2PBO PlPB7 direction No jurrper J8 Port 2 P2CA2 P2PA0 P2PA7 direction 1 2 J9 Port 2 P2CA2 P2PAO P2PA7 direction 1 2 JlO Port 2 P2CB2 P2PBO P2PB7 direction 1 2 Jll Port 2 P2CB2 P2PBO P2PB7 direction No jurrper Jl2 Interrupt select 2 4 8 10 Jl3 Interrupt select 2 4 8 10 Jl4 Base address select No junper Jl5 LED control 2 3 3 8 ...

Page 29: ...16 MVME410 J3 1C 2 J4 J2 1 ool4 1ra 182 JS 11 4 J6 1 0 ol4 J15 JS J9 1 EJ2 1 0 of4 182 J10 1 000014 J11 FIGURE 3 4 MVME410 Port 1 Printer Configuration 12 12 o o 0 0 000000 000000 1 J12 11 1 2 0 0001 1 J14 7 J13 11 ...

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Page 31: ...9 via ribbon cable connection The card cage also provides a connector mounting area See Figure 4 2 Up to five connectors can be installed by the user to facilitate VME1nodule P2 I O cabling 4 2 1 Daisy Chain Jumpering J6 Jl3 Vacant card slots should not exist between inserterl VMEmodules requiring Interrupt Acknowlerlge ACK and Bus Grant BG signals in the card cage unless the vacant slots have bee...

Page 32: ...10 83 1797 FIGURE 4 1 VME 10 with VME I Qnodule Expansion Card Cage 4 2 ...

Page 33: ...1 J2 A2 I I L J7 1 I Ia 1c J2 J11 r 1 J3 A3 I I L JS 1 I Ia 182 J12 r 1 J4 A4 I I L 1 I Ia J9 182 J13 t w r 1 JS AS I I L A6 AS J14 A7 A9 J1S FRONT VIEW NOTE A1 THAU A9 DENOTE CARD SLOT LOCATIONS FIGURE 4 2 VME I Qnodule Expansion Card Cage ...

Page 34: ...1 8GOIN 8GOIN 1 84 84 84 84 84 8GOOUT 8GOOUT 8GOOUT 8GOOUT 8S 8S 8S 8S 8S I 8G11N 8G11N 8G11N 8G11N 86 86 86 86 86 8G10UT 8G10UT 8G10UT 8G10UT 87 87 87 87 87 8G21N 8G21N 8G21N 8G21N 88 88 88 88 88 8G20UT 8G20UT 8G20UT 8G20UT 89 89 89 89 89 8G31N 8G31N 8G31N 8G31N 810 810 810 810 810 8G30UT 8G30UT 8G30UT 8G30UT 811 811 811 811 811 FIGURE 4 3 MVME923 Backplane Daisy Chain ...

Page 35: ...rcuitry If a VMErnodule which contains IACK BG circuitry e g MVME300 GPIB Controller is inserted into the card cage the BG circuitry must have jumpers installed to receive the selected BG signal and to transfer the unused BG signals to the next card slot For this application the applicable card slot jumper headers on the backplane should not have jurcpers installed Installed jurcpers will bypass a...

Page 36: ...P1 IACKIN A21 IACKOUT A22 BGOIN 84 BGOOUT es BG11N 86 VMEbus BG10UT 87 BG21N 88 BG20UT 89 BG31N 810 BG30UT 811 FIGURE 4 4 Typical VMFroodule Bus Arbitration Bypass 4 6 ...

Page 37: ...S ARBITRATION LEVEL SELECT JUMPER HEADER LEVEL 0 LEVEL 1 LEVEL 2 LEVEL 3 P1 BGOIN B4 BGOOUT BS BG11N B6 BG10UT B7 BG21N BS BG20UT B9 BG31N B10 BG30UT B11 FIGURE 4 5 Typical VMFJ nodule Bus Arbitration Level Selection 4 7 VMEbus ...

Page 38: ...ION CONNECrING MODULES WHILE POWER IS ON COULD RESULT IN DAMAGE TO CX MPONENTS ON THE MODULE b Refer to the applicable VMEmodule user s manual for hardware preparation procedures c Configure the VMEmodule via jumper headers as required d Remove blank panel and insert VMErnodule in desired double wide card slot e If the VMEmodule requires P2 I O cabling perform one of the two I O cabling installati...

Page 39: ...anel b Connect the other end of the I O cable assembly J2 connector end to the applicable VMEmodule P2 connector NOTE I O cable assembly J2 connector can be mounted to card cage if desired Use two M2 5 x 0 45 x 8 metric screws to secure connector to card cage c Configure the VM odule via jurrper headers as required d Install VMEmodule in desired double wide card slot e Secure VMFroodule in place w...

Page 40: ...FIGURE 4_6 VMEmodule I O Ca bllng Method 1 4 10 ...

Page 41: ...ntrol unit chassis d Remove control unit chassis side covers Accanplished by the removal of two pan head screws per side e Remove control unit chassis top cover Accanplished by the removal of seven pan head screws f Remove control unit chassis front panel Accanplished by the removal of two flat head screws per side CAUTION WO MODULAR RJ TYPE CDNNEcrORS SHOOLD BE REMOVED FROM FRONT PANEL OR CDNNEX ...

Page 42: ...ble assembly Two types of I O panels are utilized in the production of the VME 10 The first type as illustrated in Figure 4 7 is used on present production control unit chassis Figure 4 8 illustrates the second type whidl is usErl on first production control unit chassis The I O panel is removed as follows a Remove I O panel fran chassis Accanplished by the removal of four pan head screws and asso...

Page 43: ... P2 1 0 CONNECTOR MOUNTING AREA 0 r 0 J3 0 L ____________ _J 0 0 FIGURE 4 7 Present Production Control Unit Chassis I O Panel Tanplet 4 13 ...

Page 44: ...0 r L ____________ _ 0 0 112 1 0 CONNECTOR MOUNTING AREA 0 J3 24VDC 0 FIGURE 4 8 First Production Control Unit Chassis I O Panel Templet 4 14 ...

Page 45: ... O panel f Reinstall I O panel to control unit chassis Ensure that I O cabling is not blocking air flow fran blower fan The control unit chassis is reassembled as follows a Reinstall SCM with bracket asserrbly to chassis mates with card cage connector XJl b Reinstall SCM Jl P2 Jl2 Jl3 arrl Jl4 cabling NOTE SCM Pl connector Observe orientation of connectors Jl2 and Pl2 Pl2 red wire must mate with J...

Page 46: ... FRONT I I I I I L 1 J1 VME l Omodule EXPANSION CARD CAGE REAR J2 r I I I I I ___ v 1 0 PANEL FIGURE 4 9 VMDnodule I O Cabli Method 2 4 16 TYPICAL P2 RIBBON CABLE ROUTING FAN EMI FILTER ...

Page 47: ...le wide VMEmodule card slot CAUTION EQUIPMENT DAMAGE MAY RESULT FROM OVERHEAT IF BLANK PANELS ARE NOT INSTALLED ON CARD CAGE UNUSED CARD SLOTS Unused card cage card slots must always have blank panels installed to avoid VME 10 equi lllent overheating due to escaping cooling air To install a I Omodule into the VME I Omodule card cage proceed as follows a Turn off equipment power CAUTION DNNECI ING ...

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Page 49: ...ations Manager MaiIdrop DW164 Product _______________ Please Print Name _______________ Company ______________ Street City _________________ Manual Title Division Mail Drop _____ Phone _______ State _________ Zip _____ For Additional Motorola Publications Literature Distribution Center Four Phase Motorola Customer Support Tempe Operations 800 528 1908 616 West 24th Street 602 438 3100 Tempe AZ 852...

Page 50: ...lil ltllOTOROLA Semiconductor Products Inc 0 P O BOX 20912 PHOENIX ARIZONA 85036 A SUBSIDIARY OF MOTOROLA INC 17602 PRINTED IN USA 4 84 MPS 4M ...