manualshive.com logo in svg

F.W. Bell 9900 Series, Operation & Maintenance Manual

Share
Download
F.W. Bell 9900 Series Operation & Maintenance Manual Download Page 31

 

 
 
 

SERIES

9900

9000

SERIES

GAUSSMETERS

SECTION  I V  continued
Menu Operation/Gaussmeter
Programming

This mode of operation is called the "MASTER" mode and should not be

confused with the other mode of remote operation called the "SLAVE" mode

(Section V). In the "MASTER" mode the 

gaussmeter is controlling 

the

terminal, with the terminal's screen and keyboard duplicating the

gaussmeter's front panel display and pushbuttons. In the "SLAVE" mode,
the 

gaussmeter is being controlled 

by a remote device, typically a computer.

The "SLAVE" mode is accessible from either the IEEE-488 bus or the RS-
232 communications port, whereas the "MASTER" mode operates only from

the RS-232 port.

See Section VI for the electrical interface connections.

Only three keys are used on the terminal's keyboard; the ENTER key, the

CURSOR UP (T) key and the CURSOR DOWN (1) key. There is a one-to-one
functional correspondence between these keys and the front panel
pushbuttons. Thus any reference made in previous discussions to the up (1)
pushbutton, for instance, can be replaced by the CURSOR UP (T) on the

terminal.

Some terminals may not have cursor control keys or may not generate the
same ASCII codes as other terminals for the same function. Use the following
table to clarify these situations. It is recommended that the user refer to the

terminal's user manual for further information.

FUNCTION  A S C I I   P O S S I B L E  KEY

ENTER 

1

3

  E N T E R ,  RETURN, CTRL-M

UP  1 1 / 2 6   C U R S O R  UP, T, VTAB, CTRL-K, CTRL-Z

DOWN 

1

0

  C U R S O R  DOWN, 1, LINEFEED, CTRL-J

The front panel display and pushbuttons operate in parallel with the terminal's
screen and key board. Whatever is presently appearing on the gaussmeter's

display will also appear on the terminal's screen though the format will be
slightly different. Whether a selection is made via the front panel pushbuttons
or the terminal's keyboard, both the terminal screen 

and 

the gaussmeter's

display will be updated. It is even possible to alternate between keyboard and
front panel pushbuttons to make selections.

NOTE: Since the COMMUNICATIONS FORMAT menu is accessible from the

remote terminal, care should be taken not to change the RS-232 parameters

without matching the new parameters on the terminal. Changes to the
parameters take effect immediately so it is possible to sever communications
in one keystroke. If this happens, the gaussmeter will have to be re-

programmed from the front panel or the terminal's parameters will have to be
modified to match the changes made.

NOTE: As discussed in Section III-H, peak readings are reset using the up (T)
and down (I) pushbuttons. Both are pressed to reset CHANNEL-3. To
accomplish a CHANNEL-3 peak reset from.the remote terminal, the
BACKSPACE KEY is used. (On some terminals, the RUBOUT or CURSOR
LEFT (4—) key may be used. The gaussmeter interprets an ASCII 08 as the
backspace key).

26

Summary of Contents for 9900 Series

Page 1: ...l service in house repair center WE BUY USED EQUIPMENT Sell your excess underutilized and idle used equipment We also offer credit for buy backs and trade ins www artisantg com WeBuyEquipment REMOTE INSPECTION Remotely inspect equipment before purchasing with our interactive website at www instraview com LOOKING FOR MORE INFORMATION Visit us on the web at www artisantg com for more information on ...

Page 2: ...9000 SERIES GAUSSMETERS SK NFg 9 0 GAL S ME IEH a 0 12111b4U411 4 CI V q 1 I I I 4 4 SERIES 9900 GAUSSMETER 900 O A A ...

Page 3: ... 9000 SERIES GAUSSMETERS 91062 5S SERIES9900 GAUSSMETER Operation and Maintenance Manual E 6120 HANGING MOSS ROAD ORLANDO FLORIDA 32807 PHONE 407 678 6900 TWX 810 853 3115 FAX 407 677 5765 LITHOINU S A U N 01 183 ...

Page 4: ...I L REMOTE TERMINAL MASTER OPERATION 14 I M INTERNAL RECALIBRATION 16 SECTION I V MENU OPERATIONS GAUSSMETER PROGRAMMING 17 V A INTRODUCTION 17 V B MENU MODE OPERATION 17 V C MAINMENU 17 V D MODE SELECTION 18 V E RANGE SELECTION 18 V F PEAK HOLD 19 V G DISPLAY FORMAT 19 V H SETUP SAVE LOAD 20 V I PROBE ZERO 21 V J PROBE RELATIVE 22 V K CLASSIFIERS 24 V L COMMUNICATIONS FORMAT 25 V M MENU OPERATION...

Page 5: ... g ERROR 34xxx4 5 VII C h ERROR 35xxx4 6 VII C i ERROR 36xxx4 6 VII C j ERROR 41xxx4 6 VII C k ERROR 42xxx4 6 VII C I ERROR 43xxx4 6 VII C m ERROR 44xxx4 6 VII C n ERROR 45xxx4 6 VII C o ERROR 51xxx4 6 VII C p ERROR 52xxx4 6 VII C q ERROR 53xxx4 7 VII C r ERROR 61xxx4 7 VII C s ERROR 62xxx4 7 VII C t ERROR 63xxx4 7 SECTION VIII SERIES 9900 THEORY OF OPERATION4 8 VIII A OVERVIEW4 8 VIII B POWER SUP...

Page 6: ... uT 1 mG 0 1 uT 30G 3 mT 1 mG 0 1 uT 300 G 3 0 mT 1 0 mG 1 uT 3kG 3 0 0 mT 1 0 0 mG 1 0 uT 30kG 3 T 1 G 1 0 0 uT 300 kG 3 0 T 1 0 G 1 mT 10X PROBE RANGES R E S O L U T I O N GAUSS T E S L A G A U S S T E S L A 30G 3 mT 1 0 mG 1 uT 300G 3 0 mT 1 0 mG 1 uT 3kG 3 0 0 mT 1 0 0 mG 1 0 uT 30kG 3 T 1 G 1 0 0 uT 300kG 3 0 T 1 0 G 1 mT 3MG 3 0 0 T 1 0 0 G 1 0 mT dcACCURACY Ran t of Reading t Number of Coun...

Page 7: ...pedance 100 ohms Termination S t a n d a r d BNC Connector dc ANALOG OUTPUT ACCURACY Range of Reading of Full Scale 30 mGto3G 30 G 300 G to 3 MG For output 10 of Full Scale 1year 23 C 5 C Additional Influences Temperature Coefficient 0 03 of Reading 0 005 FS I C From0 Cto 50 C ac ANALOG OUTPUT ACCURACY 1Year 23 C 5 C Sinewave input 10 of Full Scale Additional Influences Temperature Coefficeint 0 0...

Page 8: ...quency 5 0 6 0 Hz 5 0 6 0 Hz Current 2 0 A 1 0 A SIZE 1 7 6 7 in 44 9 cm wide 7 53 in 19 1 cm high including feet 16 18 in 41 1 cm deep WEIGHT N e t 3 5 9 lbs 16 3 kg Maximum S h i p p i n g 4 3 4 lbs 19 7 kg FRONT PANEL Z E R O GAUSS CHAMBER Cavity Size Attenuation 0 344 in 0 9 cm I D 2 0 in 5 1 cm deep 80 dB in a 300 G field COMMUNICATION P O R T S R S 232 S t a n d a r d 25 pin D connector IEEE...

Page 9: ...ameters such as range setting peak hold classifier display format communication format etc will be initialized to the same settings that were present when the gaussmeter was last turned off 5 Prior to making accurate readings it is necessary to zero each probe by following the procedures below a Press the ENTER PROGRAM pushbutton The MAIN MENU will appear b Using the the up T and down L pushbutton...

Page 10: ...n RS 232 communications port All information is displayed on an illuminated graphics liquid crystal display LCD The gaussmeter employs a menu driven format to allow the user to program all aspects of gaussmeter operation with ease and speed Each gaussmeter channel is completely and independently programmable I B FUNCTIONAL DESCRIPTION Figures I A and I B depict the SERIES 9900 front and rear panel...

Page 11: ...ual row DIN connector 9 pin twist lock non magnetic connector that mates to F W Bell fourth generation Hall generator probes Red LED indicating module probe activity Accepts MODEL 99S interface module 7 or CAVITY blank panel 9 Cavity contains an upper and lower card guide to ensure that the interface module is properly aligned with the rear mating connector WARNING If a cavity is not used it must ...

Page 12: ...n D type female connector for RS 232 communications Standard 24 pin GPIB connector for IEEE 488 bus interface Calibrated analog outputs from each channel Standard BNC connectors Label identifies the model number and serial number along with analog output 14 identification and line power data 0 0 0 0 0 IM01111111111111111111111i11 I II I I 0 0 0 7 Figure I A SERIES 9900 Front Panel Figure I B SERIE...

Page 13: ... 4 by pulling straight out The left hand holder location is the actual in circuit fuse The gaussmeter is shipped with a 230 Vac 1 A fuse in the spare location and a 115 Vac 2 A fuse in the active location Reverse the positions of the holders and reinstall making sure that the points to the right 5 Rotate the voltage selector drum to read 230 VAC and reinstall 6 Close access door The 230 VAC legend...

Page 14: ...e F W Bell logo will appear Beneath the logo various messages will appear to indicate the progress of the power up initialization Internal diagnostics are performed first followed by retrieval of calibration data from each of the probe interface modules and their probes Finally all display screens are constructed and various operating parameters initialized If any of the internal diagnostic tests ...

Page 15: ...rmation including a decimal point and the scale range of the reading In the dc mode of operation the polarity will be or or blank if the reading is exactly zero In the ac mode a sinusoidal symbol will appear The mode of operation dc or ac is selected from the MODE SELECTION menu Inthe ac mode the reading represents the true rms value of the field waveform The user can remove the digital reading fr...

Page 16: ...f full scale of the presently selected range For instance if the range is 3 kG 3000 G each bar represents 20 G 3000 150 20 On the 300µ 1 range each bar represents 2 µT The bargraph has a scale marker at every 5th bar The 50th bar is marked with a digit 1 the 100th with 2 and the 150th with 3 The user can remove the bargraph from the display using the DISPLAY FORMAT menu III D ACTIVE CHANNEL INDICA...

Page 17: ...ls installed but may be interested in observing only one or two A channel can be deactivated by turning off both the digital reading and the bargraph via the DISPLAY FORMAT menu or by disconnecting the probe from the interface module This places the channel in a standby position and removes it from the display For instance if all three channels are present and CHANNEL 2 is deactivated the gaussmet...

Page 18: ...ormal and the CHANNEL 3 annunciator will flash This will not cause a problem since the actual resetting operation will not occur until both pushbuttons are released properly resetting CHANNEL 3 s peak reading only III I POWER UP INITIALIZATION The gaussmeter permanently stores each channel s MEASURE mode setup When the gaussmeter is powered off and on again the previous settings are restored and t...

Page 19: ...ly useful if the the user and gaussmeter must be separated by some distance or if the user wishes to have a hardcopy of all gaussmeter activity The terminal printer may be connected directly to the gaussmeter or indirectly through a modem following the electrical connections shown in Section VI The RS 232 characteristics of both devices must match The gaussmeters parameters can be modified via the...

Page 20: ...0 G ACCEPT ON OFF THIN 10X 1 1 7299 kG 55 338 G 3 kG OFF OFF ON BULK 1X 2 INACTIVE 3 70 339 G 30 kG 5 1000 G 20 000 G LOW ON OFF THIN 10X 9000 SERIES GAUSSMETERS SECTION III continued Field Measurement Operations F W BELL SERIES 9900 GAUSSMETER VERSION 1 0 NOTE Once 64 lines including header and blank lines have been transmitted the process starts over with the FF character F W BELL SERIES 9900 GA...

Page 21: ... scenario illustrates TRANSMISSION HISTORY Transmission starts CHANNEL1 23 998 kG Transmission continues Transmission continues Transmission continues Transmission ends New Transmission starts CHANNEL1 21 002 kG III M INTERNAL RECALIBRATION Occasionally the gaussmeter will inititate an internal calibration cycle in order to maintain optimum performance During this time the phrase GAUSSMETER BEING ...

Page 22: ...tion of the operation that it affects This will appear by selecting HELP Once the explanation appears press the ENTER pushbutton to return to the menu Choosing MAIN MENU will cause a return to the master selection list Field measurements may be resumed at any time by choosing the RUN selection Each gaussmeter channel is individually programmed by selecting CHANNEL 1 CHANNEL 2 or CHANNEL 3 It is no...

Page 23: ...olrepresenting a sinusoidalwaveform whereas dcreadingswill be precededby the appropriatepolarity or GAUSSisdefinedas a fluxdensityof108lines per square meter TESLA is definedas1012lines per square meter One TESLA 10 kG M O D ESELECTION CHANNEL 1 CHANNEL 2 CHANNEL 3 HELP MAINMENU RUN G A U S SAC G A U S SDC TESLAAC TESLADC Figure IV B MODE SELECTION Menu IV E RANGE SELECTION Thechoice of ranges dep...

Page 24: ...f theAUTOranging mode is selected the AUTO indicator will appear in the block as well IV F PEAK HOLD PEAK HOLD allows the largest absolute field measurement to be captured and held indefinitely When engaged the PEAK indicator will appear in the channel s information block in the MEASURE mode display screen as field measurements are being taken See Figure III D The presently held peak can be manual...

Page 25: ...D is to allow the user to program a setup for a particular application for instance measuring a batch of permanent magnets This setup can be saved and later retrieved instantly programming the gaussmeter without the need to re enter all of the parameters via the MENU mode each time the gaussmeter is used It should be remembered that the present machine SETUP is saved when the instrument is powered...

Page 26: ...E R K There are many factors that can affect the initial accuracy of a field reading Probe offsets circuit offsets and proximity to ferrous metals and electromagnetic fields including the earth s can result in field readings that are something other than zero when they should be zero The front panel of the gaussmeter contains a ZERO GAUSS CHAMBER which shields the probe from surrounding fields lea...

Page 27: ...s will remain in effect until the gaussmeter is turned off or the probe is rezeroed NOTE Whenever a probe is zeroed all previously generated relative values will be reset and the relative function will be turned off for that channel see PROBE RELATIVE Section IV J IV J PROBE RELATIVE PROBE RELATIVE allows the probe to be zeroed in a non zero magnetic field This field then becomes the reference poi...

Page 28: ...ved or disconnected during the relative operation or if the reference field is extremely unstable an error will be reported and all relative values generated to that point will be reset In this case pressing the ENTER pushbutton will restore normal menu operation Internally ac and dc relative operations differ electronically This difference is transparent to the user but does affect one aspect of ...

Page 29: ...n the RANGE SELECT menu Section IV E and are made by pressing the up T or down J pushbuttons and validating the selection with the ENTER pushbutton The decimal point will relocate to the appropriate position within the digits field depending on the range selected The next steps require that each of the five classifier digits be programmed 0 to 9 using the up T or down J pushbuttons Pressing ENTER ...

Page 30: ...bits or 1 or 2 if the LENGTH is 6 7 or 8 bits and finally the BAUD rate 110 150 300 600 1200 2400 4800 9600 or 19200 bits second In each case the up T or down 1 pushbuttons are used to select a parameter and the ENTER pushbutton validates the selection Refer to Section VI for further information on RS 232 communications NOTE Changes made to the communications ports take effect immediately COMMUNIC...

Page 31: ...anual for further information FUNCTION A S C I I P O S S I B L E KEY ENTER 1 3 E N T E R RETURN CTRL M UP 1 1 2 6 C U R S O R UP T VTAB CTRL K CTRL Z DOWN 1 0 C U R S O R DOWN 1 LINEFEED CTRL J The front panel display and pushbuttons operate in parallel with the terminal s screen and key board Whatever is presently appearing on the gaussmeter s display will also appear on the terminal s screen tho...

Page 32: ...re available in the MENU mode are also accessible in the SLAVE mode Information regarding the nature of these operations can be found in Section IV In addition other functions are available that are not accessible in the normal manual operation of the gaussmeter V B REMOTE SLAVE OPERATION The master programs the gaussmeter by sending a series of ASCII character command strings and receiving a resp...

Page 33: ... by the MODE SELECTION command The ranges shown in parenthesis are used with a 0 01X probe EXAMPLE RA35 programs CHANNEL 3 for 3 TESLA assuming the MODE is set for TESLAwith a 1X or 10X probe V B c PEAK HOLD Command PE channel state 1 Channel 1 2 Channel 2 3 Channel 3 1 PEAK HOLD OFF 2 PEAK HOLD ON 3 PEAK HOLD RESET EXAMPLE PE21 turns PEAK HOLD off for CHANNEL 2 V B d DISPLAY FORMAT Command Dl cha...

Page 34: ... be 0 EXAMPLE C012500 sets an IEEE 488 address of 25 WARNING Improper use of this command can terminate communications between the remote device and the gaussmeter See Section V E for more information V B f COMMUNICATIONS FORMAT RS 232 Command CO 2 parity length stop baud EXAMPLE CO21317 sets the RS 232 port for no parity a 7 bit character 1 stop bit and a baud rate of 4800 NOTE Number of stop bit...

Page 35: ...mand If the channel has been programmed for GAUSS AC or TELSA AC the sign character should be a The SPACE character should be used if the classifier setting is programmed for 00000 The ranges shown in parenthesis are used with a 0 01X probe NOTE If the state is set to OFF all other digits of the command string must still be sent but will be ignored EXAMPLE CL223 009403 01000 programs CHANNEL 2 s l...

Page 36: ... j PROBE RELATIVE Command RE channel state select range sign reading 1 Channel 1 2 Channel 2 3 Channel 3 1 1 OFF 2 ON 1 USE PREVIOUS 2 GENERATE NEW Must be 0000000 See NOTE NOTE The PROBE RELATIVE operation will start immediately so the probe must be placed in the desired magnetic field environment before this command is issued The range sign and 5 digit reading characters must be 0 in the command...

Page 37: ...he use of the relative offset in the MEASURE mode for CHANNEL 1 The returned command string will be the same V B k MEASURE Command ME channeb classifp range sign reading I I I I I I I 1 Channel1 M u s t be 2 Channel 2 0 0 0 0 0 0 0 0 3 Channel 3 S e e NOTE This command will measure the present field density from the selected channel NOTE The MEASURE operation will start immediately so the probe mu...

Page 38: ...e to disable the gaussmeter s front panel pushbuttons It has the same effect as asserting the REN Remote Enable control line on the IEEE 488 bus by the system controller When LOCKOUT is enabled any attempt to use the front panel pushbuttons will result in a GAUSSMETER BEING CONTROLLED REMOTELY message to appear on the screen reminding the user that the gaussmeter is being controlled remotely As lo...

Page 39: ...ee Section V E It is the user s responsibility to limit the entire command string to 1000 characters or less including the initiator and terminator characters Characters sent in excess of this limit will be ignored until the terminator is received It should be noted that if an initiator ESC character is received in the middle of acommand string all previous characters will be ignored and the gauss...

Page 40: ...the gaussmeter detects a command containing errors whether due to a transmission error or a programming error the gaussmeter will terminate the command string processing However all commands previous to the one with errors will be executed In this situation the gaussmeter will transmit an abbreviated version of the original command string back to the remote device ending at the point where the err...

Page 41: ...E 488 device address can have disastrous results if not properly used If this parameter is changed the system controller s address reference must be changed to match the new address or the communications link can be severed Remember that the command string sent to the gaussmeter will not be executed until the final terminator character is received When the COMMUNICATIONS FORMAT command is processe...

Page 42: ...smeter is first powered on its RS 232 interface will be disabled for about 40 seconds while the gaussmeter performs internal diagnostics and configuration During this time the gaussmeter will not accept commands and will drop the RTS Request To Send and DTR Data Terminal Ready lines until the interface is activated See Section VI for electrical information on the RS 232 port See Appendix for addit...

Page 43: ...are actually used as shown in figure VI A 1 2 3 4 5 6 7 8 9 1 0 1 1 1 2 1 3 Pin 1 Earth Ground Figure VI A RS 232 D Connector This line connects to the gaussmeter chassis which is connected to the center terminal of the line cord power receptacle The use of this pin is optional and is normally tied to the shield of a shielded multicon ductor cable to minimize RFI EMI radiation problems DO NOT CONN...

Page 44: ...re programmed from the COMMUNICATIONS FORMAT menu See Section IV VI B R S 232 ELECTRICAL INTERFACE HANDSHAKING On a gaussmeter to DCE connection all like lines are connected together TX to TX RX to RX CTS to CTS etc On a gaussmeter to DTE connection lines have to be crossed for the interface to work Figure VI B depicts this difference I Tx T H E TRANSMITTED SIGNAL A T THIS END BECOMES THE RECEIVED...

Page 45: ...s from happening the printer will signal the gaussmeter to stop transmitting until it has time to catch up There may be instances particularly in the gaussmeter s SLAVE mode when the gaussmeter cannot respond quickly enough to incoming data from aremote computer When this happens the gaussmeter will signal the remote device to stop momentarily until the data can be processed The electrical interco...

Page 46: ...haracter will finish to completion VI C IEEE 488 BUS FUNCTIONAL DESCRIPTION The IEEE 488 GPIB instrumentation bus follows the ANSI IEEE 488 1978 conventions for programmable instrumentation The IEEE 488 bus allows up to 15 instruments to be connected together in a daisy chain fashion and under certain conditions can support data transfer rates up to 1 million bytes second Any device connected to t...

Page 47: ...tion ATN 42 Figure VI E IEEE 488 Connector These are the eight data lines D101 through DI08 respectively This line is normally asserted by a talker to indicate the end of a multiple byte data transfer When E01 is asserted along with ATN Attention it indicates that the controller is conducting a parallel poll This line is asserted when a talker puts a data byte on the bus This line is asserted by a...

Page 48: ...y can actually use the data and that their front panel controls are locked out Pin 18 19 20 21 22 23 24 These are the common return lines for all Ground GND1 o t h e r signals except earth ground Pin 12 Each device on the system bus must be assigned a unique address ranging from 00 to 31 decimal All devices can have one primary and another secondary address Many devices including the SERIES 9900 u...

Page 49: ...ve calibration data from each probe interface module and probe initialize the internal electronics and enter the MEASURE mode of operation 2 If a minor erroris detected the INTERNAL DIAGNOSTICS IN PROGRESS message will be replaced with a MINOR DIAGNOSTIC ERROR xxxxx message The xxxxx is a five digit number indicating the type of failure Refer to Section VII C The message will be held for a short p...

Page 50: ...transformer assembly item 201507 NOTE A failure in one of the probe interface modules can cause a failure of the power supply Before attempting repairs on the power supply try a systematic replacement or removal of each probe interface module VII C d ERROR 31xxx This MINOR error indicates a failure of the processor card item 201500 that prevents operation of the CHANNEL1 left most probe interface ...

Page 51: ...NEL 2 middle probe interface module Operation can continue with CHANNELS1 and 3 but the peripheral control card will have to be replaced to operate with all three channels V1I C I ERROR 43xxx This MINOR error indicates a failure on the peripheral control card item 201501 that prevents operation of the CHANNELS right most probe interface module Operation can continue with CHANNELS1 and 2 but the pe...

Page 52: ...odule Replace the module VII C r ERROR 61xxx This MINOR error indicates a failure in the CHANNEL1 left most probe Replace the probe in CHANNEL 1 VII C s ERROR 62xxx This MINOR error indicates a failure in the CHANNEL 2 middle probe Replace the probe in CHANNEL 2 VII C t ERROR 63xxx This MINOR error indicates a failure in the CHANNEL 3 right most probe Replace the probe in CHANNEL 3 47 ...

Page 53: ...ce modules and delivers 5 0 Vat 1 5 A 15 Vat 1 2 A each and 24 Vac at 15 A at the line frequency The 5 V supply is also used by the optocoupler components on the peripheral control card The 5 0 V supply is protected by an overcurrent sense circuit The 15 V supply tracks the 15 V supply Linear designs are used throughout to provide low ripple power to those sections responsible for conditioning the...

Page 54: ...conversion generates a private interrupt to the processor card one for each slot The RS 232 communications port is controlled by a programmable asynchronous communications element This component generates the proper baud rate timing and line characteristics for the full duplex operation of the port The serial data and control line logic levels are converted to the appropriate RS 232 levels by seve...

Page 55: ...device Again the magnitude of the current depends on the type of Hall device and the present range The voltage output from the Hall device is an amplitude modulated sinewave proportional to the flux density being measured This signal is ac coupled into the first amplifier stages converted to a proportional dc level by a synchronous demodulator and finally converted to a digital value The module pr...

Page 56: ...1045A 504nA SIAM 45 54544 4 C M C o T TWICE OC CIT 1005 10Lbn2 54 5 4 51 104 10OrnA 5 K M BERCI PEAK MIT CIO 40 O M MO COPPER c 6 L F 4 5 15 4445 5f151 116 V42j15 114 c ss _J L PERPHERAL R a w won OA 404tAIOOC IA A57 7 161 M O SR PROBEPOIRFACE 11001 4E 7 M B E 9 11 4 8 ID PROIROICIO CEPLOULA TOR C o b A A A ELM 10 POOL NIZIPACE II PROM comas HMI1 5 E 4 4ANC P MON IS TOARRA11117 WOOL APO IONV C IA ...

Page 57: ...dard bench instrument into a 19 rack mountable unit loosen the small slotted screw on bottom of each Side Cover Plate as shown in Figure IX A Remove the side cover plate 2 Install the Rack Mountin Brackets using the four metric flat head screws provided 3 The instrument can now be mounted on a 19 wide rack or cabinet 0 52 SIDECOVER PLATE LOOSENSCREW TO REMOVE ________ Ikigo uNRT1ACNKC BRACKETS Fig...

Page 58: ... the RS 232 port and one of the BASIC programs for the IEEE 488 port The C programs are not listed due to space GENERAL PROGRAMMING INFORMATION 1 Always ensure that the gaussmeter is in the RUN mode before issuing SLAVE commands Use the COMMUNICATIONS FORMAT menu to manually match the port characteristics to the computer s before starting The gaussmeter permanently saves this information so you wi...

Page 59: ...e with full handshaking this may present a problem unless your software makes these lines TRUE The use of the cable without handshaking is suggested if in doubt Using a cable with just TX RX and GND will not work 2 There is a certain amount of time that is required for the gaussmeter to return a response command When calculating an appropriate timeout value remember to include the baud rate lag ti...

Page 60: ...fy the hardware interface between the computer PRINT and the Gaussmeter PRINT PRINT Press any key to continue IF INKEY THEN 210 ELSE CLS PRINT The program is designed to operate from the PC s COM1 port odd PRINT parity 1 stop bit 7 data bits 9600 baud See the comments PRINT in the program to change these parameters At this point make PRINT sure that the Gaussmeter s RS 232 parameters match these b...

Page 61: ...SUREMENTS PRESS ANY KEY TO QUIT 470 475 RS232 OUT MEAS 480 G O S U B 9000 GOSUB 8030 485 I F INKEY THEN 480 490 495 S e n d LOCKOUT OFF command to resume MASTER mode 500 502 M AT C H 1 505 P R I N T PRINT Enabling MASTER mode and unlocking front panel 510 RS232 OUT LOKOFF GOSUB 9000 GOSUB 8000 515 C L O S E 1 END 8000 8 0 0 5 t l e 1 r y r 8010 Print on screen the command string sent and the respo...

Page 62: ...VER 9150 I F START TIME 86394 THEN 9145 THEN WAIT FOR IT TO ROLLOVER 9155 RS232 IN C L E A R INPUT BUFFER 9160 PRINT 1 CHR 27 PRINT 1 RS232 0UT 9165 9170 WAIT 5 SECONDS FOR ECHO FROM GAUSSMETER 9175 9180 I F EOF 1 1 THEN 9235 A N Y CHARACTER PENDING 9190 I F TIMER START TIME 5 THEN 9180 9195 RETRY RETRY 1 IF RETRY 0 THEN 9130 9200 9205 BEEP PRINT GAUSSMETER RS 232 INTERFACE FAILURE PRINT 9206 PRIN...

Page 63: ...x an I O base PRINT address of 300 hex DMA channel 3 and INTERRUPT 5 The GAUSS PRINT METER should be set to a device address of 15 decimal using the PRINT COMMUNICATIONS FORMAT menu To change these parameters see PRINT lines 1080 1090 in the program and the METRABYTE user s manual PRINT PRINT The program will begin by locking out the front panel and then PRINT programming the Gaussmeter MODE to GA...

Page 64: ...d measurments CLS PRINT PRINT TAKING FIELD MEASUREMENTS PRESS ANY KEY TO QUIT IF INKEY THEN 2290 COMMAND MEAS GOSUB 9500 IF OUTLEN INLEN THEN GOSUB 8000 ELSE GOTO 2250 GOTO 2250 PRINT PLACING GAUSSMETER IN LOCAL MODE CMD LOCAL GM GOSUB 9070 GOTO 9999 ELSE GOTO 2100 ELSE GOTO 2130 ELSE GOTO 2160 1 Print on screen the command string sent and the response received t Y r I 1 PRINT GAUSSMETER COMMAND W...

Page 65: ...0 WAIT FOR GAUSSMETER TO FINISH COMMAND EXECUTION 9670 9680 C M D STATUS GM GOSUB 9070 IF D H40 THEN 9680 9690 9700 INPUT COMMAND STRING ECHO AND DISPLAY IT 9710 9720 C M D ENTER GM GOSUB 9000 9730 9740 CALCULATE ASCII BUFFER LENGTHS 9750 9760 OUTLEN LEN COMMAND 1 INLEN LEN IEEE488 1 9780 RETURN 9999 E N D 60 ...

Page 66: ... of all other obligations or liabilities on the part of F W BELL INC and F W BELL INC neither assumes nor authorizes any other person to assume for them any other liability in connection with the sales of F W BELL INC instruments DAMAGE IN SHIPMENT The instrument should be examined and tested as soon as it is received If it does not operate properly or is damaged in any way immediately file a clai...

Page 67: ...l service in house repair center WE BUY USED EQUIPMENT Sell your excess underutilized and idle used equipment We also offer credit for buy backs and trade ins www artisantg com WeBuyEquipment REMOTE INSPECTION Remotely inspect equipment before purchasing with our interactive website at www instraview com LOOKING FOR MORE INFORMATION Visit us on the web at www artisantg com for more information on ...

Reviews:

No comments

Brands by name

Popular brands

Load more brands