Wangtek 5000 E Basic Series Page 1 Oem Manual Download

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Summary of Contents for 5000 E Basic Series

Page 1: ...J j 1 for the eff1c1ent mstallat1on operat1on and r r e qf Ff e p t f 1J 1 G i i J How ver while every effort has been ma e to he J J p 11a i n H hi f herem current and accurate as of the date of pubh...

Page 2: ...ATIONS 4 1 4 2 4 3 4 4 4 5 Storage Capability Data Reliability Tape Motion Power Requirements D C Power Connector PHYSICAL CHARACTERISTICS 5 1 5 2 5 3 5 4 5 5 5 6 5 7 Dimensions Mounting Front Bezel C...

Page 3: ...otor Control 8 7 2 Tape Position Code Signal 8 7 3 Track and Head Selection 8 7 4 Cartridge in Place 8 7 5 Reset 8 7 6 Unsafe 8 7 7 Tachometer Pulse 8 7 8 Write and Erase Controls 8 7 9 Read Data 8 7...

Page 4: ...PROCEDURE 12 0 13 0 11 l DriveBelt 11 2 Front Bezel 11 3 Left Rail 11 4 Right Rail 11 5 Motor Driver Board 11 6 Main Board 11 7 Drive Motor 11 8 Formatter Chassis TROUBLESHOOTING GUIDE FOR BASIC DRIVE...

Page 5: ...n Configuration Daisy Chain Configuration Interface Signals Drivers Receivers Block Diagram Motion Control Timing Write and Erase Controls Read Data Main Board Layout and Jumper Configuration Tape Coe...

Page 6: ...dard t i 9 foot long tape cartridge Figure 1 1 the drive can record 20 or bytes of data using the Ii o track format reseectiveJy Utilization of the 600 foot long tape cartridge provides storage of eit...

Page 7: ...ELT GUIOE ROL LERS 2 TAPE SHOWN IN BOT POSITION FL AT ORIVE BELT TAKE UP HUB BELT CAPSTAN RUBBER COVERED ORIVE ROL L ER ANSI Tape Cartridge Figure 1 1 2 I FIXEO TAPE GUIDES Z l IGHT SENSOR DIRECTION O...

Page 8: ...Cartridge Loading Figure 2 0 Cartridge Unloading Figure 2 1 3...

Page 9: ...that the Search jumper be removed The above feature minimizes misalignment of the head when reading tapes generated by other drives utilizing the QIC 24 data format When the Series 5000E tape drive is...

Page 10: ...ured by the user to be constantly selected or selected by any one of four available discrete select lines The selected SLD signal is sent to the formatter CPU and the acivity LED 3 10 Activity LED Ind...

Page 11: ...er QIC 02 QIC 11 24 Operational Time to Rated Voltage Power Sequence Power Disipation Basic Unit 300 mSec Maximum 12 Volts t 5 500 millivolts 200 mAmps nominal 1 9 Amps nominal 4 2 Amps max for less t...

Page 12: ...0 PHYSICAL CHARACTERISTICS 5 1 Dimensions Depth Width Height Weight Basic Unit Half Height 8 5 inches max 5 75 inches 0 05 in 1 625 inches 0 05 in 2 2 lbs 215 9 mm max 146 1 mm l 3 mm 41 1 mm T 3 mm 4...

Page 13: ...ean Time to Repair MTTR The MTTR of the Series 5000E is 0 5 Hours 5 7 Preventative Maintenance NOTE ALWAYS TURN POWER OFF After the insertion of a new tape cartridge the recording head and tape cleane...

Page 14: ...TAPe TAPE TAPE OAIVE ORIVE OAIVE OArve 0 1 2 J l AST TAPE OFUVE CONTAINS T EAMINATOA __J Daisy Chain Configuration Figure 3 1 FOAMAi iER I T APE T APE T APE TAPE OR1ve OAtve OFuve oRrve 0 m 1 2 l l I...

Page 15: ...ge inserteq will generate a maximum of 49 d weighted over a period of 60 seconds and measured 1 meter from h drive in all axis c 1 Crn rr 101 2 _ 5 1 6 8 Saftey The Series 5000E is UL listed and CSA a...

Page 16: ...artridge door is physically located above the activity LED Four 6 32 tapped mounting holes are provided on the bottom of the drive When installed in either plane horizontal or vertical only three moun...

Page 17: ...ilized with the Series 5000E tape drive DC 600A DC 300XL P DC 300XL 600ft Data Cartridge 4 50ft Data Cartridge 450ft Data Cartridge 7 4 1 Cartridge Loading The tape cartridge is loaded into the drive...

Page 18: ...the Basic Tape Drive Interface Fifteen 17 lines are used for signals that are generated by the formatter CPU and seven 7 lines are used for signals that are generated on the Basic Drive One 1 line is...

Page 19: ...e drive are capable of driving two termination networks and a single TTL load Signals received by the drive are loaded by only one TTL load at each drive plus the necessary termination network It ls r...

Page 20: ...Interface Signals Drivers and Receivers Figure 3 2 TO FORMATTER TYPE 74LS240 DRIVER SV 220 FROM FORMATT R ________ ____ 330 GRNO TYPE 74LS14 RECEIVER 15...

Page 21: ...GO Block Diagram Figure 3 3 oroR DRIVE PCB HEAD POSITION 16 Sensor l Ass y...

Page 22: ...elect 110 control 24 HC D Select Operation with type tape 26 RDP F Read Pulse output 28 UTH F Upper tape hole position code 30 LTH F Lower tape hole position code 32 SLD F Selected Response from drive...

Page 23: ...trol the motion of the capstan motor They are GO Control and Direction Control Typical tape motion control timing is detailed in Figure 3 4 The assertion of GO when found by the scan causes tape motio...

Page 24: ...00 l I I l Y I f WD I lfl UL_ _ f ITART _ i ITOP _ aTABl ITOP _ D ao1pa ITAllT aoO I ITOP aoo Motion Control Timing Figure 3 4...

Page 25: ...Write and Erase Controls Figure 3 5 EAO 0 _ __ __ HEAD I ___ l SLD JOA JOA_ __ ___________________ 3 SSMHZ ____ 20...

Page 26: ...ce in the forward direction described above 8 7 3 Track and Head Selection Selection of one of two heads is performed by the TRK0 select bit When false head zero is selected when true head one ls sele...

Page 27: ...writing is enabled data transitions must occur with the following intervals 1 11 uSec 2 22 uSec 3 33 uSec l The recording code must comply with the above requirements 8 7 9 Read Oata 8 7 10 Data read...

Page 28: ...Dv TKO Read Data Logic Figure 3 6 5DOMAIN l l LT_E_ t l I T ANSI TION DETECTOR 23 COMPA ITS I IMITE DL l110 0 1v i s...

Page 29: ...6 mounted on far side HORl HOR3 CM TH C I CH C29 en m a 5 1 s____ 1 0 s i S 0 C t a I _ _ _ 111 c n en 111 Cll HO n1uu P w iii ___ ____ I _ ____ SI Pin 3 removed HQR4 Jumper not used Main Board Layout...

Page 30: ...the drive automatically defaults to theoretical Track O whenever a Write operation is initiated and re writes the track reference burst If a reference burst is not found in the Read Data mode the driv...

Page 31: ...I FD f I 1 0 _________ 300XL I I I 600A 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 mA Tape Coercivity vs Write Current Figure 3 8 26...

Page 32: ...Power Input 2 Command signals from the formatter controller Through the use of the command signals the user can input data Write and receive data Read detect errors etc The command signals with the ex...

Page 33: ...gloaded button on the cartridge drive tensions the tape cartridge against all reference points The in position sensor is located on the front surface of the the tape cartridge When positioned in the t...

Page 34: ...rtridge casing creating a light field As the tape passes through this field the holes are detected by two photo transistors which are located within the drive housing translated into signals and route...

Page 35: ...ple Max Current Basic Drive Only Standby Operational Start up Surge Power Sequence 9 3 Magnetic Head 12 voe 5 500 mV 0 2 amps max 1 9 amps max 5 o voe 5 100 mV 1 0 amps max 1 0 amps max 4 2 amps max f...

Page 36: ...bsystems The microprocessor functions are as follows Coordinate system activities and perform all addressing data manipulation and arithmetic functions Storage through memory of data and software util...

Page 37: ...AD READ HEAD I E WRITE I HEAD CH used during the foward direction only CHl used during the reverse direction only Read Write Head Assembly with Erase Bar and Tape Cleaners Figure 3 9 32 Blade Cleaner...

Page 38: ...registers Upon completion of the initialization the CPU begins scanning for signals on the 8 bit bus which enters from either the formatter controller or the sensor assembly The first signal processed...

Page 39: ...r control signals which are output to two places stepper motor connector J5 pins 7 6 5 and 4 combined with SAFE from connector J4 pin 1to disable the write command The stepper motor receives these sig...

Page 40: ...tape up to speed and monitoring by the CPU is accomplished by the data received from the tachometer J3 pins 1 and 3 The tachometer pulses are generated by the sensor on the Capstan Motor and routed t...

Page 41: ...ad tape position by pushing the carriage plate until its motion is restricted from any further travel 10 2 Head Track Alignment Check Procedure The head alignment sets the position of the read write t...

Page 42: ...en the head mounting screws and re check to verify that the amplitude has not dropped 10 3 7 Re check the Head Alignment and adjust if necessary l 0 4 Head Alignment Procedure NOTE The following requi...

Page 43: ...e it from the drive 11 1 2 With the drive still in the unloaded position gently install the new belt over the motor and the capstan drive pulleys Rotate the capstan by hand to seat the drive belt 11 2...

Page 44: ...3 Remove the two screws that attach the motor driver board to the chassis Figure 5 3 11 5 4 Lift the motor driver board away from the chassis 11 5 5 Install the replacement motor driver board by rever...

Page 45: ...is shown in Recalibration position 121 steps down from track position 0 Locking Collar Collar Stop Set the track alignment by pushing the locking collar up into the collar stop and rotate the locking...

Page 46: ...ing sure to re install all spacers and washers prior to tightening all screws 11 3 Formatter Chassis 11 3 1 Remove the front bezel Section 11 2 11 3 2 Remove the connector from the formatter controlle...

Page 47: ...Front Bezel r Figure S O Left Rail Figure S l...

Page 48: ...turn power off when cleaning head 12 4 Non Operation Non operation is defined as the drive not responding to any commands from the host the lack of tape motion or the inability to reset the head asse...

Page 49: ...Rjght Rail Figure S 2 Motor Driver Board Figure 5 3 44...

Page 50: ...J8 J7 Main Board Fi gure 5 4 Drive Motor Figure 5 5 Jl I Mounting Screws...

Page 51: ...Drive Belt Front Bezel 1 2 high 3 flange l 2 high 4 flange l 2 high no flange fUll high 4 flange full high no flange Rall Left Right PART NUMBER 30051 001 30051 003 30051 101 30051 103 30148 200080 0...

Page 52: ...SHT 2 CLK wcngtek MAIN BC RD SCHEMATIC 300 f IXJ 47...

Page 53: ...6 12v SHT L 5V SHTDSALH IOUH RS5 IOK 11 1 5VCRI IC 161 TERMINATOP POWER CP 2 _ L ilil tl IE 16 S CR SHT 2 __________315r 4 7406 CR8 TP J7 R38 SHT3 LSl53 14 LA 15 STP 8 2 BE CLK THO SHT 3 elwcngtek SC...

Page 54: ...ONNECTION LOC IB 506C IC IE ID 2C 20 4F 4C 4E6C IG 6G 8H 4A 4H 5E 2F 5F 2 3H 40 7A 78 7C 7E 8E 5C 7G TYPE PWR G l 74LSl4 14 7 226T330 TERM 16 8 745240 20 IO 74LS04 14 7 74LS74 14 7 TL592 6 3 8748 40 2...

Page 55: ...JI F JO 2 1 0 i uz I 75452 12v t SV C9 GNO S t JJ IZV I 12V RET 2 SV Rc T J Zt 3 I Pin 3 removed J2 1 l 2 MOTOR t12V 3 ZI J 6K I MOTOR MOTOR DRIVER BOARD SCHEMATIC LAYOUT 50...

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