Bently Nevada 3300/01 Series Operation Manual Download Page 26

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•

Supply

Voltage

+ VRH

22.55 ± 6.05 V d c

+VRL

11.22 ± 3.09 V d c

+7.5V

7.5 ± 0.1 V d c

+5V

5.00 ± 0.05 V d c

+5V REF

5.00 ± 0.009 Vdc

-7.5V

-7.5 ± 0.1 V d c

-VT (-24V Option)

-23.75 ± 0.45 V d c

-VT (-18V Option)

-17.9 ± 0.4 V d c

•

System Monitor

80175-01

11 I SPECIFICATIONS

INPUT SUPPLY

No external loads, normal operation mode, 25°C

SYSTEM POWER-UP INHIBIT

Delay

± 1 seconds

CONTACT CLOSURE RATING

Contacts for System Reset, Inhibit, and Trip Multiply

Active

KEYPHASOR

Output Voltage (-24V Option) - 2 3 . 2 V to -24.2V, Short-circuit Protected
Output Voltage (-18V Option) - 1 7 . 4 V to -18.3V, Short-circuit Protected

ENVIRONMENTAL

Operating Temperature + 3 2 ° F to +149°F (0°C to +65°C)
Storage Temperature - 4 0 ° F to +185°F (-40°C to +85°C)
Humidity

noncondensing

Summary of Contents for 3300/01 Series

Page 1: ...nderutilized and idle equipment along with credit for buybacks and trade ins Custom engineering so your equipment works exactly as you specify Critical and expedited services Leasing Rentals Demos In stock Ready to ship TAR certified secure asset solutions Expert team I Trust guarantee I 100 satisfaction All trademarks brand names and brands appearing herein are the property of their respective ow...

Page 2: ...3300 01 SYSTEM MONITOR OPERATION MANUAL BENTLY re NEVADA PART NO 80175 01 ...

Page 3: ...nd for the safe and effective operation of this equipment Read all instructions before installing or operating this product Pay particular attention to those areas designated by the following symbols WARNING High Voltage present Could cause shock burns or death Do Not touch exposed wires or terminals CAUTION Machine Protection Will Be Lost SYMBOLS Special symbols are used in the manual to illustra...

Page 4: ...ark of Bently Nevada Corporation Proximitor is a registered trademark of Bently Nevada Corporation PLC is a registered trademark of Allen Bradley Company Inc Modbusa is a registered trademark of Modicon Inc TDC 3000 is a registered trademark of Honeywell Inc Document No 80175 First Printing January 1988 Revision A November 1989 Copyright 1 9 8 9 Bently Nevada Corporation All Rights reserved No Par...

Page 5: ...System Monitor 80175 01 Blank Page iv ...

Page 6: ...Settings 2 3 Jumper Settings 2 4 Cabling 2 5 2 7 Allen Bradley KF2 2 5 Allen Bradley KE Modules 2 6 Honeywell PLCG and DHP II 2 7 15 C a b l e Diagrams 2 8 2 9 16 P r o t o c o l Specifications 3 0 4 9 Allen Bradley Protocol 3 0 3 7 Message Types 3 0 3 1 Data Addressing 3 2 3 5 Data Format 3 6 Message Response Times 3 6 Imbedded Responses 3 6 Exception Responses 3 7 Modbus Protocol 3 8 4 7 Message...

Page 7: ...System Monitor 8 0 1 7 5 0 1 Blank Page vi ...

Page 8: ...0175 01 g g a g g J O El 6 6 6 1_ 0 0 PR K M TO R L_ K 2 _ TOP I CAI 1 t t L i l l A b c n c 5 g 0 1 S c 5 C L K 0 I R E 1 A 4 1 1 1 c C 1I N G RACK HOST__ D V E R r I S S M E N T POKER I NnuT M O H h H ort EL J 1 l OMM JJ I I f r j I S P f s d F HEE 14 f FOR 1 I AL i f i l i s H Or l E r T I CI 0 S T T REEL INH I B TRIP MULI P I CE HTI JOC1 1SL IN S TOLLSU 1 ...

Page 9: ... W 1 1 10 ADVERT I SSMEIA ST A TIC V I 75 TY S P A R E101 I A 1 VSN 1 S E U S E C O P P E R C O N O V E F O R S O N L 1 t 1 ii liNli I t i i _ _ _ li sn1 0 HiV kPkiiik In MPVILE N G4 cD PreLAi FMNT A TAVAN EPICURE IE01 petwilif 1 1 14R1NilS E E PIE S1 1 1S 61 1 Serial Interface option PIM S P A P I I L i t S P A R E j DI E O N IM C O M r 1 1 _ IIN D D I 1 1 1 I n 1 1 _ 1 1 1 V E I R C U l l IS 114...

Page 10: ...onitor provides a trip multiply control that is activated by contact closure through terminals on the Power Input Module When activated trip multiply allows the alarm setpoints to be multiplied by a factor preset on monitors with Trip Multiply options installed The Trip Multiply function is indicated by a red LED on the front panel STATIC DATA BUS BUFFER The System Monitor multiplexes signals from...

Page 11: ...rminals on the power input module and buffers the input for use by the monitors Buffered Keyphasor signals are also available from the coaxial connectors on the front panel The System Monitor also provides short circuit protected Keyphasor power SERIAL INTERFACE OPTION When installed in the System Monitor the Serial Interface option provides a communications interface via defined protocols for the...

Page 12: ...ION 8 C E N I I P P y W G O P I I O N C I R C U I T HOARD Av i Ay FROM UNDFRI F NC C I R C U I T BOARD AT M AT I N G CONNECTOR A N D r sTANDCFBS FOR D E T A I L O r F R O N T PANEL A S S E M B LY S E E 41 ILM M O N I 1 o H u111 I ILCM k A T h 6 0 6 A A 6 E DIPB J O T P l i 131 1 161 7 O r P O T P E 0 O a 0 S I Ai 11 0E f CC INECTORS VIEW A SYSTEM MONITOR SIDE cf l DP SE R A L I N T E R F A C E flP...

Page 13: ...System Monitor 8 0 1 7 5 0 1 4 I FRONT PANEL ASSEMBLY REMOVAL Rr FA NIN I C 3 P k I Nti I I D I G L I Aril J 1r F I f r P 5 3 T P 131 p3 1 7 1TF I 7 t h 1 P 9 I I 6 ...

Page 14: ...SCHFMATIC ISEE MONITOR OK R E L A DRIVE MONI1OR ON R P L AY DRIVE MONITOR N OK R E L AY DRIVE PEL A r r DN 0 f k I 1 1 4 YM NO 2 K ARM STATE NC OK B U S INHIBIT CONTACT CLOSURE ROWER U P INHIBIT P O W E R _ J I N P U I M O D U L E 1 No 1 A k M I C H _ L I 7 I uK H F L A NORMALLY ENERGIZED S ESTEM MOUITOR NOTE A RELAY C O N TA C T S IN N O C e c i H P I T I O N r r 7 ...

Page 15: ...3300 system power goes off the computer screen will indicate system OK and displayed meter values will be approximately 7 of full scale 4 J G 0 3 o f hAM C S I G N A L P o W F P N P U I MoD B w I NAM I C D A 79 _ m ACE OMMUN I C A r 101 15 PPOCE F OR 7pi IT IIENT D A T A MAV JER i i _ 1 11 I p 1 1 1 1 1 p i r i r m y i r r i i ip i lidLikiHill _ M p L P M P M E P TO N E X T RACK i tl D A I S Y C H...

Page 16: ...1 4 A MONITOR 2 MONITOR N CONNECTIONS TYPICAL O N AL _ MONITORS POSITION ENABLE 4 BUFFERED DATA SELECT BAPKPLANf SYSTEM MONITOR STATIC DATA OUT BUFFERED TRANSDUCER CED BUFFERED TRAN T DErhE C R 2 BUFFERED S TAT I C D ATA DATA S E l EAT mON1TOf F I F C S COMMUNICATION T PROCESSOR 9 ...

Page 17: ...PiSl ir r 1 SYSTEM M O NITi k ADVEhT 15 All N flyNAmiL 1 F a 1 4 I CO 4 1 TEP 2 V r JUMPE I H l EM MON I TOF ALJ1 POWER S U P P L M U I B E SETT T O F AW VOLTAGE i 8 V D C O R 2 4 V D C O R SUPPLIESOK L E D W I L L N O T G O O N I 1 R E F E R T o POWEP sur2 pt_ A L I I 2 2 V t 10 ...

Page 18: ... SHOULD B E RUNNING D U R I N G T H I S PROCEDURE I F M A C H I N E I S N O T T U R N I N G SIMULATE RUNNING MACHINE I N P U T FROM F U N C T I O N GENERATOR O R TK3 T E S T K I T MEASURE KEYPHASOR 1 POWER A T POWER I N P U T MODULE K e t POWER TERMINAL TOLERANCE I S 2 3 7 0 t V D C 1 7 8 5 I 0 4 5 V D C F O R 3 0 0 0 P R O S I M I 1 O R Igmaalf vit__ I V O L T A G F H I T O L E R A N r I VOL1AGE ...

Page 19: ...l e5 7 c cc c41 OK f r i CEL4Y 6 0 0 1 1 0 11 r I v f L I A 6 L OU1 O F toLERANCE VOL 1 ACE IN T n L E R A N C E 1 1 1 0 6 0 T O S T E P 4 LOO FH 1 H PULL P O W E R I N P U T MODULE _ O u r F k O M OF I A M I N F C A B L I M 6 A N D 0NNECIION 7 EiWEEN MODULI P A C L MlihJllt ID M C WARNING HIGH V O LTA G E L E V E L S A R E PRESENT T H AT COULD CAUSE SERIOUS INJURY i WL i I N P U I M O W L E CAI3L...

Page 20: ...OWER TERMINAL DISCONNECT WIRE AT V T 1 8 vDC OR 2 4 VDC TERMINAL O F PROXIMITOR AND MEASURE VOLTAGE AT WIRE_ VOLTAGE SHOULD MEET TOLERANCE L I S T E D I N STEP I REPAIR FAULTY FIELD WIRING VOLTAGE OUT OF TOLERANCE 4 0 VOLTAGE I N TOLERANCE R E P L A C E 1 P R O X I M I T O R 13 ...

Page 21: ...UTPUT S I G N A L A T SYSTEM MONITOR FRONT PA N E L K01 C O A X I A L 17ONNECTOR WITMOK C TRIPkillar 4 POIM10J117 SIGNAL lir NOT O K GNAL f KEYPHASOR OK CHECK KEYPHASOR SIGNAL A T POWER I N P U T MODULE K 0 1 T E R M I N A L a Q T ONAL i r l 1 O K I O I N E X T S I L P REPLACE SYSTEM I MONITOR I 14 ...

Page 22: ...ST DISCONNEUT W I P E A T P O W E R I N P U T M O D U L E K O 1 T E R M I N A L A N D CHEOT WIRE F O R r HYPNASOR S I G N A L S I G N A L NOT O K ONAL 1 f OR RECONNECT W I R E T O DOWER H E T M O D U L E K O 1 L GO J O N E Y T 5_L1 EP PEELAGE S STEM MONITOR 15 ...

Page 23: ...ERFORMANCE TEST ThJIHL v A L A I L H y r M r OP O U T P U T T E R M I NAL A N D CHEIC 2 L AI O U T P U T J A L neiln I f Ic IIIT J 1 1 1 1 1 HH I I H I ITPANSDUCRI MAN At A m c i t t c y PHC i 1 I TOR HNAL C A R L IN yH t REP A I P 1 IP I HC I 16 ...

Page 24: ...ITOR DISENGAGE FROM RACK S E E P A N D SET JUMPER A S FOLLOWS 0 C a Q CI_ a r P 1 3 B T P 14 C TP7 r_13 a 9 T P I 2 O T H I i 0 T P 3 O I P 7 0 T P 9 1 C VOLTAGE V T 24 VDC 18 VDC JUMPER L W2 NOTF THIS VOLTAGE OPTION MUST CONFORM W I T H VT S E T W POWER SUPPLY FOR SUPPLIES OK LED TO OPERATE W 5 T P 2 1 17 ...

Page 25: ...0 I RECOMMENDED SPARE PARTS DESCRIPTION PART NUMBER System Monitor System Monitor PWA Serial Interface PWA System Monitor front panel 3300 01 XX XX 01 without Serial Interface XX 02 with Serial Interface 84030 01 83989 01 78452 01 I 18 ...

Page 26: ...xternal loads normal operation mode 25 C SYSTEM POWER UP INHIBIT Delay 2 1 1 seconds CONTACT CLOSURE RATING Contacts for System Reset Inhibit and Trip Multiply Active 1 0 0 0 KEYPHASOR Output Voltage 24V Option 2 3 2 V to 24 2V Short circuit Protected Output Voltage 18V Option 1 7 4 V to 18 3V Short circuit Protected ENVIRONMENTAL Operating Temperature 3 2 F to 149 F 0 C to 65 C Storage Temperatur...

Page 27: ...y check or block character check parity and stop bit selection modem controls enable and protocol mode can be set To identify the positions of any 6 channel monitors in the rack 6 switches are provided Each switch identifies an odd slot position which corresponds to the left side slot into which a 6 channel monitor is placed SCAN METHOD The Serial Interface uses the Data Manager Communications Pro...

Page 28: ...anager DDM OTHER INTERFACES The two protocols implemented by the Serial Interface Modicon Modbus and Allen Bradley full duplex are used by many other manufacturers in communications interfaces into their Distributed Control Systems DCS This manual describes two known interface connections into Honeywell and Allen Bradley systems Similar connections can be made into other DCSs that support either o...

Page 29: ...arding how the user is allowed to specify command messages Refer to the host documentation to see how the data fields within the protocol command messages are specified Use the information provided in section 16 to determine the protocol addresses of the 3300 rack data These addresses along with a size or byte count field in the command message from the host control what data is returned in a repl...

Page 30: ...T I N G I 0 0 0 5 6 T 0 7 06e 757M A N O N SWITCH CORRESPONDES T O A I S TAT E R o n a snso f S E T T H E A B SWITCH 01 1 T O S t i E C I A L L E H BRADLEY PROTOCOL X L _ _ _ _ 1 S E T T H E A B SWITCH O F F 1 0 F TETT moDHus PROTOCOL _ SET T H E MDEm SWITCH O N T O ENABLE M0DEm CONTROL S I O N A L S SETTING THE MDEM S w i l C H O F F FORCES DTP AHD RTS T P u E A H D ALL I N P U T CONTROLS ARE iGN...

Page 31: ... the host but is always RS 422A to the I w8E s c R A C K OR IF ONL YONERACK next rack Therefore all interconnected racks past L the first rack in a daisy chain should have the i SET THIS CONFIGURATION O N A L L B U T shorting bar set on W5 DCOM disconnected wier 1 77M4 w T r J F 3 T H E F I R S T RACK I N A D A I S C H A I N RS 422A wi0E2T Tjw S E T THIScoNriouRATIONONTHE w12 77 1 lw F I R S T RAC...

Page 32: ...ommunications network DATA H I G H WAY O R DATA H I G H WAY P L U S lih II USER S E L E F E D RS 2 3 2 C O R R S 4 2 A COMMUNICATIONS L I N K Al I F rJ BRADLEHI 17 0 K F 2 With the KF2 module either RS 232C or RS 422A may be used If RS 232C is selected connections between the KF2 and the PIM should be made with cable part number 84916 If RS 422 is specified use cable part number 84917 Connect the ...

Page 33: ...A F I W1 1 0Y J 5 1 41 11 II r RS 1 3 7 1 NI A I 0 C i iASSIS AMUN I CA1 OH Make the cable connection between the Allen Bradley module and the PIM using a cable part number 85343 Connect the cable to the HOST connector on the PIM The 85343 cable is available in lengths of 10 25 50 or 100 feet When distances beyond 100 feet are required a common method used is to employ a pair of modems in the comm...

Page 34: ...A T E W A Y SAME CABL I NG USED FOR DHP I I The connection between the Honeywell interface and the PIM uses a cable part number 84916 Connect the cable to the HOST connector on the PIM This cable is limited to 100 feet Since the Modbus protocol is master slave multiple 3300 racks may be connected in a daisy chain Daisy chained racks are interconnected by attaching the male end of a 84915 cable to ...

Page 35: ...System Monitor 80175 01 15 CABLE DIAGRAMS l 4 MAI RAO TP BLK TB TP RED BLK WHT BLK 8 4 I R A C K r ARL 7 01411 C P M 1 1 5ATIECTON h 20 6 1 I FM E ND 1 1 I HC J1 PE MAL 28 ...

Page 36: ...CABLE DIAGRAMS J2 14 25 16 18 TP 1 TP BLK RED BLK ViHT BLK 7 6 20 F 16 18 14 25 7 20 6 8 8 4 9 1 7 1 R 4 2 2 H O S T C A H L E FEMALE F E M M E MALE WHT BLK GRN BLK BLU ELK 85 34 3 P S 2 3 2 H O S T C A B L E FEMALE J1 7 3 0 8 29 ...

Page 37: ...mware will keep track of several events When a particular event occurs a counter associated with that event will be incremented These counters can be read by issuing a diagnostic read command The Allen Bradley interface module must be configured to pass on all diagnostic messages or the Serial Interface will not receive the command Counters are 16 bit counters and all will wrap around to zero when...

Page 38: ...that results in a requirements change will result in an update to this number Each change to the Serial Interface firmware that is for the purpose of correcting programming errors or defects will result in an update to this number Minor revision number changes should be backward compatible You can use this command to check the integrity of transmissions over the communications link The command mes...

Page 39: ...ol refers to addresses as byte addresses whereas Serial Interface addresses are word based 2 bytes Therefore the address that is placed into the protocol message is the word address multiplied by two Byte addresses will always be even Also the byte count at the message level is the word count multiplied by two DIRECT VALUES Direct values occupy contiguous protocol addresses The starting address fo...

Page 40: ...set to 16 and the SIZE field set to 16 See note 2 above Example 2 Read the direct values from a 3300 rack which has dual vibration monitors installed into monitor positions 1 and 2 and a 6 channel temperature monitor in monitor position 5 The data that we want consists of 10 values contained in nonsequential locations starting at word address 8 To retrieve the data most efficiently we should reque...

Page 41: ...ds will be ordered Alert Danger not OK and occupy contiguous protocol addresses starting a t word address 4 8 60 octal To read the monitor statuses use the Unprotected Read Command command code 1 A simple formula for computing the starting address for any monitor s status values is Starting address 48 3 number of monitors to left of the selected monitor including empty slots Use the Unprotected Re...

Page 42: ...e rack also has a 6 channel temperature monitor in slot 1 with slots 3 4 5 and 6 empty Starting address 48 3 5 63 The unprotected read command should request 3 status words 6 bytes starting at address 63 77 octal Address 63 contains the monitor s Alert status address 64 the Danger status and address 65 the not OK status The Allen Bradley command format will have the ADDR field set to 126 and the S...

Page 43: ... always zero If the BCD switch is OFF the 12 bit binary number is returned in the message Since the maximum value the 8 bit convertor can have is 255 then the maximum 12 bit value is 255 16 4080 The least significant four bits of the 12 bit binary word are always zero ALLEN BRADLEY PROTOCOL MESSAGE RESPONSE TIMES The following specifications define the typical measured response times for messages ...

Page 44: ...ted message execution Example An unprotected read is attempted from address 44 which is an illegal address for a direct data request The reply message returns the error code 50 The maximum number of valid direct data addresses is 36 First valid address is 8 last valid address is 43 Status data addresses start at 48 The maximum number of valid status addresses is 36 3 status values for each of 12 m...

Page 45: ...ument are zero based Modicon programmable controller PC locations are one based The address references in this manual relate directly to the modbus message format If local host programming uses Modicon PC addresses the appropriate base conversion from one to zero must be kept in mind For example Input point address 0 Modicon PC point 10001 Input register address 0 Modicon PC register 30001 Refer t...

Page 46: ...eared only by power up or diagnostic code 10 All counters count modulo 65535 REPORT SLAVE ID This function is used to obtain the current firmware revision from the Serial Interface Two bytes are returned in the response message in the following order Major Rev Number Minor Rev Number This is the major version number of the Serial Interface firmware Each change to the firmware that results in a req...

Page 47: ... for the direct values is address 0 This is the address of the first direct value of the first monitor location in the rack The first monitor slot 1 is the left most monitor just to the right of the System Monitor The entire rack s direct values are found sequentially in adjacent addresses Each monitor will have two direct values associated with it unless it is a 6 channel monitor In that case it ...

Page 48: ...contained in nonsequential locations starting at word address 0 To retrieve the data most efficiently we should request the entire 14 value block which will include the values for the empty monitor positions 3 and 4 The host should then throw out the invalid data from monitor slots 3 and 4 The Read Input Registers query message will specify the start register as 0 and the number of registers as 14...

Page 49: ...h a monitor then the status values for that position are allocated but the values are invalid Example 1 Retrieve the status values from a 3300 rack which contains a vibration monitor in slot 2 and a 6 channel temperature monitor in slot 3 The Read Input Status query message will specify 6 status points starting at point address 3 The modbus response message will pack the response data into individ...

Page 50: ...number 3 5 15 Note that slot 2 is not considered an empty slot because it is occupied by the double wide 6 channel monitor The Read Input Status command should request 3 status points starting at point number 15 Point number 15 contains the slot 7 monitor s Alert status point number 16 the Danger status and point number 17 the not OK status These status bits will be packed into the three least sig...

Page 51: ...a 12 bit value Since the maximum value the 8 bit convertor can have is 255 then the maximum 12 bit value is 255 16 4080 The least significant four bits of the 12 bit binary word are always zero MODBUS PROTOCOL MESSAGE RESPONSE TIMES The following specifications define the typical measured response times for messages The response time is the time from the end of the last received message to the beg...

Page 52: ...e reply message returns the exception code 2 The maximum number of valid register addresses is 36 First valid address is 0 last valid address is 35 Point status data addresses start at 0 also The maximum number of valid point addresses is 36 3 status points for each of 12 monitors The last valid status address is 35 Data requests outside of these ranges will either result in an exception code 2 or...

Page 53: ... 8 1 8 Exception Messages that result in an exception response 8 1 3 80175 01 16 PROTOCOLSPECIFICATIONS MODBUS PROTOCOL DIAGNOSTIC COUNTERS There are four diagnostic counters and one diagnostic register which are maintained by the Serial Interface when implementing the Modbus protocol Each of these counters and the diagnostic register may be accessed via the Loopback Maintenance function code 8 No...

Page 54: ...wer up or after receiving a function code 8 diagnostic code 10 command The structure of the diagnostic register is as follows Refer to section 17 Self Test for an explanation of the error bits 0 1 5 and 6 MUX UNSTABLE STORAGE OVERFLOW SCANNER OVERFLOW This error bit is set if while scanning the 3300 backplane the multiplexer control lines change state during the static data settling time Setting o...

Page 55: ... a Transient Data Manager TDM is connected and configured for a full rack of 12 dual channel monitors the scan rate for the status values Alert Danger and not OK is 83 msec Since the TDM Communications Processor scans direct values only once every four seconds the interface data base update rate for direct values is every four seconds This means that the direct data returned over the serial commun...

Page 56: ...erted ON unless DCD is OFF for greater than 10 seconds Then DTR is placed OFF until DSR is set OFF Once DSR is OFF DTR is set ON TXD TRANSMITTED DATA When not transmitting TXD is in OFF state CTS CLEAR TO SEND Received from modem If Modem controls are on MDEM ON this signal must be ON to enable message transfers Loss of CTS does not turn DTR OFF DCD DATA CARRIER DETECT Received from modem If DCD i...

Page 57: ...tch registers on the interface circuit board is performed using the serial peripheral interface of the 68HC11 processor If an error occurs bit 6 of the Diagnostic Register is set Ifany error occurs during the Power up self test the red OK led on the Serial Interface circuit board will be turned off The interface program will be allowed to continue Reliable operation of the interface will be questi...

Page 58: ... System Monitor 80175 01 18 SCHEMATICS AND DRAWINGS 51 ...

Page 59: ... 5 Z 5 s 0 0 3 T4 E a 1 p L SERIALINTERFACE SCHEMATIC SHEET 1 OF 4 ...

Page 60: ... Q D PEov CO I l F C I I 01LF 0 5 I 5 0 11252 506 SS DT ACT I LED D R 2 1 S T B j I T O T R U9 11061 11E 64M P O O P O 4 23 S O R I A 3 Re RIO 4 5 1OOk 4 C I 47 TTLDSR TT DCO TEST J O E R T T L C T S 760 N2 4 5 4 5 2K 2 Au 2X VD TP10 TP7 T R I T P 5 1 1 1 YVK TOOK 0 11 R34 6 6 e e 8 1 0 C C 7 1 4 t o 0 0 7 0 1 7 1 O R 3 1 3 1OCIK y D TP13 46 PLOP 5 C I R U 2 5 1 re 411 00695060 4 1 U 5 5 P 1 11115...

Page 61: ...O 620 1 1 7 1 0 1 414 0 2x 1 I J Z 5 GTO I t I 1 6 I vo e l _ 7 I I I I 8 I 4541c c I x s u 04040455 I S O TP4 WO l 1 4 0 N C H I I CI 7 1 X 1 U 4 2 ko a s C3 t 2 i t e 0 I I 5 4 L 4 G c e p C I 00041416 I D T634 TP36 TP40 TTLO R J1 CA 3 1 0 VFEF SC T C D TFol J 0 C E O 1 1 CFO 116146 CSC ix4 5 10Git 15 4 R32 5 23K 0 0 6 199148 12 F65 O63 OK R54 5 26 1K OR5 199148 U20 5 PC14441 10 WO C o 41 D O T ...

Page 62: ... T 7 1 0 1 0 z g i i IS P ig SERIAL INTERFACE SCHEMATIC SHEET 4 OF 4 ...

Page 63: ... 0 0 0 0 0 0 0 0 0 0 0 0 I 0 4 rn T TT R1 D 31 1 1 1 1 1 01 7 D4 1 l 0 0 0 g r 9 T 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 E 3 0 7 7 C D 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 7 0 0 0 0 0 0 0 R A _ 1 1 0 000 0 0 o ap 2 1 1 1rE G E N T L Y 4 4 O T P 2 2 M 4 I _ t f o f T P 3 u j c I L I L T 1 r I 0 0 0 0 0 0 0 0 T o o r 4 _ _ D o m 0 0 0 I 0 0 0 5 m a 1 1 1 14 t m mg 7 1 D l 0 ...

Page 64: ... I I ...

Page 65: ... 1 0 1 6 1 J 6 J 4 5 U26 U 8 1 0 1 2 U 1 3 2 4 8 1 5 9 8 1 5 5 1 5 6 9 R E F 8 4 0 3 6 m A G T A P E 9 P E E 8 4 0 3 7 S C H E M AT I C D I S K F O R B L O C K D I A G R A M S H E E T B ALL R E S I S T O R S VA L U E S A R E I N O H M S 1 4 8 w 1 6 S E E V O LTA G E C H A R T F O R I C P u R G N O P I N S 5 t r DENOTES A N A L O G COMMON 4 t p DENOTES D I G I T A L COMMON 3 0 E N O T E S S I G N A...

Page 66: ... 3 K F 4 0 1 8 1 0 514T2 C 6 REC i2D7 KS 813 025 _ 2 3 0 6 1 1 3 9 9 1 4 I REF OK SHT3 C V TP12 4 7 3 4 R64 10 b R1 10C 1 2 5u 0 3 8 1 8 2 8 77v Its IDD A A 0 3 0 7 c 12 90 i 22 493 820 I C39 6 815 0 1 1 I I X19 F 72 VIED 5 LD4 R E C I S 1 4 5 3 2 C 6 L06 REO RIO 5 23K 11 1 1 0 0 O K SHT3 C e C j u L E D SHT2 C 6 812 026 5 5 2 3 L 4339 TP15 42 511 861 10K 14 opo 29 1 128 TOIL b R VQ L 2 9 011 CS6 ...

Page 67: ... SYSTEM MONITOR SCHEMATIC SHEET 3 OF 6 ...

Page 68: ...B V O S P 6 C 3 1 442 1 i A r c 13 5 0 1 e 0 6 101 5 0 1 0 C l 043 i W 4 I 4 4 I 7 1 i 304F 5 0 1 0 1 3 P S C S o 8 6 0106 M r 100 U 3 613 4 0 5 0 216 4 8 7 V t r 10K 0 041 M i 2 A L F M M OSA S o r e 0 3 DSO 5 0 1 6 B 3 l e AT 3 6 0 1 4 2 3 m 0 6 1 0 R D A T A B u r F E P G A I A 2 4 5 9 lOR i i PCB 0 U 3 4 0 5 3 6 4 0 5 0 111 M O N I T O R S E L E C T 0 1 4 4 5 1 5 c o t o t s t12 0 3 0 4 05 06 ...

Page 69: ...K C49 K 2 7 0 SHT5 C O KEY 02 SHT6 2 3 499 100 RI52 24 9 K R151 2 4 9 6 C22 7 5 4 1 P100 1006 1 1 V T 1UF 6 R45 V A 66 54 C47 K610113 562 1 0 0 5 H T 6 C 7 1 29 F 001 U20 K1C 33172 10K i R108 562 1 0 0 1 2 KEYPHASOR B U F F E R S TP2 K E Y 0 2 8 SHT6 0 7 ...

Page 70: ... 2 7 1 414 54 I C24 1UF C58 4 7 5 4 u T 023 R7E1 13K 1 R43 3 16K 1 4w R55 2 7 1 4W 5 KE tRHt ISCP C U R R E N T L I M I T t 1 4 1 F O D B A C K P O I N T 4 5 m R 5 m A P O I N T g m p TFS KEYO1PWP SHT6 8 3 TP6 C D KE1 02P41R S H T 6 8 3 S Y S T E M M O N I T O R S C H E M A T I C S H E E T 5 O F 6 ...

Page 71: ...113k2 1 34 H z C 0 3 7 1 t Ir 21 u v 0 1 s i n a i r o s i n s l i t w i n s 1 I m f1 n Z n g q r j j k44 bbtx_ 5 1 E 0 01b00450r t4 yi 1 tr 4 0 0 070 0 rr H z H 7 0 a 7 L 1 1 21 z O C 5 1 0 L I N O W W O d J S I n d N i SYSTEM MONITOR SCHEMATIC SHEET 6 OF 6 ...

Page 72: ...0 0 0 0 A A A A A A TTA N V 0 I r r 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8 R 0 0 ED N 0 0 0 1 0 1 c c o 0 10 0 0 0 l i l t I I 10 0 0 0 rffn 0 o00 o oo r 0ooo A A C 7 C i CUW 0 O 0 fV El 1 0 0 0 E D 0 o 0 o c i t i r E r r 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1 7 J TL 1 11t q i T e 0 0 0 0 0 0 1 0 1...

Page 73: ...t ...

Page 74: ... SEND 4 9 Coaxial connectors 4 Command code 1 3 0 33 34 Communications error 3 0 Communications overrun 3 1 Contact closure 3 19 COP ON 5 0 Counters 3 0 CTS 4 9 Cyclic redundany check 2 0 Daisy chain 2 7 DATA ADDRESSING 3 2 40 DATA CARRIER DETECT 4 9 DATA FORMAT 3 6 44 Data range 3 7 Data select 3 DATA SET READY 4 9 DATA TERMINAL READY 4 9 DCD 4 9 DCOM 2 4 DCS 2 1 DDM 4 8 Decimal 3 4 Device addres...

Page 75: ...3 7 45 EXCEPTION RESPONSES 3 7 45 Firmware revision 3 9 Full duplex 2 5 26 Function Code 4 4 0 Function code 8 4 6 Ground systems 2 4 Humidity 1 9 I O Port Test 5 0 IGND 2 4 Illegal address 3 7 Illegal function 3 7 IMBEDDED RESPONSES 3 6 INHIBIT 3 19 INPUT SUPPLY 1 9 Isolated common 2 4 JUMPER SETTINGS 2 4 KEYPHASOR 4 19 LCN 2 7 Local Control Network 2 7 LOOPBACK MAINTENANCE 3 9 46 Major Rev Numbe...

Page 76: ...ine Operating Temperature Parity Passive Mode PLCG Position select POWER UP Priority Programmable controller Protocol mode Ram Check READ INPUT REGISTER READ INPUT STATUS RECEIVED DATA REPORT SLAVE ID REQUEST TO SEND RESET RESPONSE TIMES Revision letter Rom Check RTS RTU RXD Scan overflow SCAN RATES Selection switches Self test SERIAL INTERFACE SERV Settle Single wide SPI Test Starting address STA...

Page 77: ...PPLY VOLTAGES OK 3 System Reset 3 19 TDC 3000 2 7 TDM 4 8 Terminate 2 4 Transient Data Manager 4 8 TRANSMITTED DATA 4 9 TRIP MULTIPLY 3 19 TXD 4 9 UNPROTECTED READ 3 1 Unprotected Read Command 3 3 34 Unstable 3 0 Word 3 2 Word address 3 2 Index 4 ...

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