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Pacific UPC-32 Operation Manual Download Page 34

SECTION 3

INSTALLATION

22

WARNING

THIS EQUIPMENT CONTAINS HIGH ENERGY, LOW IMPEDANCE CIRCUITS!! LETHAL POTENTIALS ARE

CONTAINED WITHIN THE CABINET.

DO NOT REMOVE ANY PANEL OR COVER WITHOUT FIRST REMOVING

THE INPUT SERVICE BY OPENING ALL CIRCUIT BREAKERS.

CAUTION

Read Section 3, INSTALLATION, Section 4, OPERATION, and Section 7, SERVICE of

this manual before installing or operating this equipment.

SECTION 3

INSTALLATION

3 INSTALLATION

This section describes installation of an UPC into a SCU.

NOTE

: It is recommended that the user return the product to the factory should a controller or power

source upgrade be desired, however, the following information is provided for reference. Refer to the
power source manual for installation into a Pacific Power Source, Inc. power source system. Should a
question arise, call Pacific Power Source, toll free, at 1-800-854-2433.

Installation of an UPC into a SCU consists of the following steps:

STEP DESCRIPTION

REFERENCE

1

Open all Circuit Breakers and remove Input Service

paragraph 3.1

2

Remove cover and cabling

paragraph 3.2

3

Remove existing controller

paragraph 3.3

4

Configure UPC

paragraph 3.4

5

Install UPC

paragraph 3.5

6

Install cabling and cover

paragraph 3.6

7

Connect Input Service and power on

paragraph 3.7

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Summary of Contents for UPC-32

Page 1: ...UPC 32 UPC 12 PROGRAMMABLE CONTROLLERS FIRMWARE V2 53 AND LATER OPERATION MANUAL PACIFIC POWER SOURCE...

Page 2: ......

Page 3: ...ODEL S N POWER SOURCE MODEL S N THE INFORMATION CONTAINED IN THIS MANUAL IS PROPRIETARY TO PACIFIC POWER SOURCE INC AND MAY NOT BE COPIED OR REPRINTED WITHOUT ITS EXPRESSED WRITTEN CONSENT PACIFIC POW...

Page 4: ...lifornia This warranty does not cover batteries It does not cover damage arising from misuse of the unit or attempted field modifications or repairs This warranty specifically excludes damage to other...

Page 5: ...IFICATIONS 10 2 1 5 OUTPUT POWER FORM CONTROL SPECIFICATIONS 12 2 1 6 PHASE ANGLE CONTROL SPECIFICATIONS 12 2 1 7 WAVEFORM SYNTHESIS SPECIFICATIONS 12 2 2 METERING SPECIFICATIONS 13 2 2 1 VOLTMETER SP...

Page 6: ...NECT INPUT SERVICE 28 4 FRONT PANEL OPERATION 30 4 1 GUIDE TO QUICK OPERATION 30 4 1 1 QUICK OVERVIEW 30 4 1 2 QUICKLY PUTTING THE UNIT TO USE 33 4 2 FRONT PANEL CONTROLS AND INDICATORS 35 4 2 1 POWER...

Page 7: ...S 87 5 5 2 METERED DATA QUERIES 87 5 5 3 EVENT and STATUS REPORTING 90 5 6 DEVICE CONTROL 96 5 6 1 IEEE 488 1 INTERFACE FUNCTIONS 97 5 6 2 IEEE 488 2 DEVICE CONTROL COMMANDS 98 5 7 REMOTE CONTROL EXAM...

Page 8: ...LIBRATION 110 8 3 EXTERNALLY REFERENCED CALIBRATION 111 8 3 1 K FACTORS DISPLAY 114 9 USER DIAGNOSTICS 115 10 RS 232 SERIAL REMOTE INTERFACE OPTION 119 10 1 GENERAL 119 10 2 SERIAL PORT SPECIFICATIONS...

Page 9: ...URE 3 4 1 TRANSFORMER AND AMPS TO VOLTS RATIO DIP SWITCH 27 FIGURE 3 4 4 UPC INTERFACE DIP SWITCH 27 FIGURE 3 5 INSTALLATION 29 FIGURE 4 1 POWER SOURCE FRONT PANEL 35 FIGURE 4 5 2 1 MIL STD 704D UNDER...

Page 10: ...ONIC SPECTRUM 4 3 1 READ OUTPUT POWER 4 3 1 READ OUTPUT POWER FACTOR 4 3 1 READ OUTPUT CURRENT CREST FACTOR 4 3 1 READ OUTPUT VOLTAGE 4 3 1 READ OUTPUT FREQUENCY INDICATOR 4 3 1 READ OUTPUT CURRENT 4...

Page 11: ...7 3 EXECUTE A TRANSIENT 5 4 1 5 7 4 READ HARMONIC SPECTRUM 5 5 2 READ OUTPUT POWER 5 5 2 5 7 6 READ OUTPUT POWER FACTOR 5 5 2 5 7 6 READ OUTPUT CURRENT CREST FACTOR 5 5 2 5 7 6 READ OUTPUT VOLTAGE 5 5...

Page 12: ...SECTION 1 GENERAL viii THIS PAGE INTENTIONALLY BLANK...

Page 13: ...s immediately following the Table of Contents as it may be helpful for the first time user as well as the experienced user Also very helpful is the QUICK OVERVIEW section 4 1 1 and QUICKLY PUTTING THE...

Page 14: ...THIS EQUIPMENT THIS PREVENTS THE POSSIBILITY OF SHORTING THROUGH THE JEWELRY AND CAUSING BURNS OR ELECTROCUTION OF THE OPERATOR 2 WEAR SAFETY GLASSES WHEN SERVICING THIS EQUIPMENT TO PREVENT EYE INJUR...

Page 15: ...ile one two or three phase signal generator It is designed to be installed into Pacific Power Source s AMX ASX Series Power Sources or into a System Control Unit for use with other power sources The U...

Page 16: ...utput voltage to be checked prior to applying power to a load External metering allows the output voltage to be monitored at a remote point outside of the power source With CSC enabled see below exter...

Page 17: ...SECTION 1 GENERAL 5 PACIFIC Figure 1 3a SCU UPC 32 Figure 1 3b UPC 32 Figure 1 3c UPC 12...

Page 18: ...nal generator designed to plug in to any PACIFIC AMX ASX Series chassis which is 1 2 3 capable The UPC 12 is identical in characteristics to the UPC 32 except that it produces only one output signal I...

Page 19: ...ging these ranges as the UPC auto ranges based on the selected frequency RANGE RESOLUTION 20 00 99 99 Hz 0 01 Hz 100 0 999 9 Hz 0 1 Hz 1000 5000 Hz 1 0 Hz Accuracy is 0 01 of full scale over the full...

Page 20: ...lt value may be overridden by entering a new value in the UPC STATUS screen and in the program to be executed The power source must have an output transformer configured with the same ratio as present...

Page 21: ...ries anywhere from 1 ms to 1 second and only responds while the UPC is metering not while in Program Edit or Setup mode 3 CSC operates independently of selected waveform does not increase distortion a...

Page 22: ...tored program and specifying the waveform number for each phase within that program If the ERASE ALL RAM AND RESET CPU function is selected waveforms 17 32 are subsequently copied as defaults to wavef...

Page 23: ...umber n harmonic amplitude of fundamental harmonic phase angle As an example the above formula may use values from the following tables WAVEFORM 1 SINE WAVE n n 1 100 0 THD 0 WAVEFORM 13 IEC 77A CLASS...

Page 24: ...se angle displacement of the UPC 32 oscillator output may be independently programmed for B and C The A output is always defined as the 0 reference The phase relationship between the three output vect...

Page 25: ...isplayed Current crest factor is displayed as the ratio Ipk Irms Amp Meter range Amps to Volts ratio x 10 divided by 3 if 3 form is used DISPLAY Range XX XX Amps rms or Peak DISPLAY Resolution 0 01 Am...

Page 26: ...based on the selected frequency Range 20 00 5000 Hz 10 00 to 99 99 Hz 0 01 Hz 100 0 to 999 9 Hz 0 1 Hz Resolution 1000 to 5000 Hz 1 Hz Accuracy over the full range of ambient conditions 0 01 of full s...

Page 27: ...type waveforms and those containing many discontinuities when resolving high order harmonics 2 3 ELECTRICAL INTERFACE 2 3 1 ISOLATION The UPC contains one isolated power supply for all circuits The R...

Page 28: ...ower source EXT SENSE CMD External metering command XFMR CPLD CMD Transformer coupled output command OUTPUT ON CMD Close output relay command 2 3 5 OUTPUT CONFIRMATIONS Digital inputs are 15 VDC posit...

Page 29: ...MD 16 SPARE CMD 4 XFMR CPLD CMD 17 OUTPUT 0N CMD 5 LV COMMON 18 SPARE CONF 6 SPARE CONF 19 CONNECTOR CONF 7 SHUTDOWN CONF 20 3 ON CONF 8 1 ON CONF 21 XFMR CPLD CONF 9 LV COMMON 22 SPARE CONF 10 A OSC...

Page 30: ...on J5 one per phase Varying DC voltage may be used to Amplitude Modulate the output AM Input voltage range Vam 10Vdc 20Vpk pk Input impedance 600 ohms Power source OUTPUT VOLTAGE Vprogram Vam 10 x 15...

Page 31: ...N 15 TRANSIENT PEDESTAL 3 LV COMMON 16 DRM 4 LV COMMON 17 SYNC OUT 5 F1 18 F2 6 F3 19 F4 7 A AM LO 20 A AM HI 8 B AM LO 21 B AM HI 9 C AM LO 22 C AM HI 10 A AUX IN LO 23 A AUX IN HI 11 B AUX IN LO 24...

Page 32: ...HI 1 A CURRENT LO 14 B CURRENT HI 2 B CURRENT LO 15 C CURRENT HI 3 C CURRENT LO 16 1 CURRENT LO 4 1 CURRENT HI 17 1 A VOLTS HI 5 1 A VOLTS LO 18 B VOLTS HI 6 B VOLTS LO 19 C VOLTS HI 7 C VOLTS LO 20...

Page 33: ...guration and section 5 for programming information J4 Rear of SCU DI 01 1 DI 05 13 DI 02 2 DI 06 14 DI 03 3 DI 07 15 DI 04 4 DI 08 16 EOI End Or Identify 5 REN Remote Enable 17 DAV DAta Valid 6 LV COM...

Page 34: ...eturn the product to the factory should a controller or power source upgrade be desired however the following information is provided for reference Refer to the power source manual for installation in...

Page 35: ...J5 from the rear panel of the SCU Reattach mounting hardware to J5 Remove J6A of the SCU from P6A of the UPC INTERFACE PCB Remove J3B of the SCU from P3B of the LED PCB 3 3 REMOVE EXISTING CONTROLLER...

Page 36: ...SWITCH on the UPC METERING PCB See figure 3 4 1 The Dip switches S2 8 and S1 1 thru S1 8 are binary weighted RATIO DIP SWITCH SETTING S1 8 S1 7 S1 6 S1 5 S1 4 S1 3 S1 2 S1 1 S2 8 WEIGHTING VALUE 2 56...

Page 37: ...ower Source model The ratio is set by the AMPS TO VOLTS RATIO SWITCH on the UPC METERING PCB figure 3 4 1 The 4 LSB s of the Dip switch are binary weighted See section 3 4 4 for information on configu...

Page 38: ...1 on the UPC INTERFACE PCB figure 3 4 4 and SWITCH S2 on the UPC METERING PCB figure 3 4 1 DIP SWITCH CONFIGURATION SETTINGS PCB FIGURE Switch Position Description INTERFACE 3 4 4 S1 1 ON Current tran...

Page 39: ...R60 R19 U4 R15 R16 R10 R11 R9 R12 C32 U5 C5 R22 R21 R23 R24 C38 R20 C31 C37 C34 R13 R14 C4 C35 C33 C36 R17 R18 R31 R32 R26 R28 R27 R25 C39 C40 C7 R29 R30 C41 C42 C6 FIGURE 3 4 1 UPC METERING DIP SWITC...

Page 40: ...ing installation issue if the UPC is packaged with a power source Connect J2A of the UPC to P2A of the SCU Connect J3A of the UPC to P3A the LED PCB Connect J3B of the SCU to P3B of the LED PCB Attach...

Page 41: ...ATION ATTACH J5 TO REAR PANEL ATTACH J4 TO REAR PANEL CONNECT J2A HEADER TO P2A SOCKET CONNECT J6A TO P6A 133071 LED ASSY 2 PLACES ATTACH UPC TO SCU CONNECT P3A TO J3A CIRCUIT ASSYS KEYBOARD DISPLAY M...

Page 42: ...in depth The UPC is operable either from its front panel keyboard LOCAL CONTROL operation or by its Data Bus REMOTE CONTROL operation IEEE 488 GPIB or RS 232 serial A host computer can force REMOTE C...

Page 43: ...n be edited without disrupting power source output For example if program 15 is executing program 23 can be edited without interrupting execution of program 15 The SETUP MODE is one in which the opera...

Page 44: ...nd press ENTER to display the values stored in that program Press EDIT to allow changes to the values stored in that program ENTER to move the cursor through the screen and STORE to save the values SE...

Page 45: ...changing them 4 TO CHANGE VOLTAGE Light the Va Vb and or Vc LEDs by pressing the keys below them Now perform one of the following steps A Enter a numeric value on the keypad and press EXECUTE or B Pr...

Page 46: ...SECTION 4 OPERATION 34 PA CIFIC FIGURE 4 1 POWER SOURCE FRONT PANEL...

Page 47: ...ON AUTO to allow the UPC to control the Output Relay In the OFF position the UPC cannot close the Output Relay 3 OUTPUT POWER LEDs ON is illuminated when the Output Relay is closed OFF when the Output...

Page 48: ...s shall clear an entry and allow new values to be entered The second key press shall backup the cursor one field If several key presses backup to the first field in a display the next key press shall...

Page 49: ...t to change to new values In PROGRAM OPERATE MODE causes a new program to be executed In PROGRAM EDIT MODE and in the PROGRAM display causes the program to be saved and executed In SETUP MODE is used...

Page 50: ...splay is active pressing the DISPLAY key will abort common edit functions and return to a metering display The V I METER display indicates FREQuency metering SENSE point INTernal or EXTernal and MANUA...

Page 51: ...4th 5th 6 th CONTENT 1 0 0 0 0 ANGLE 0 0 0 0 0 THD is TOTAL HARMONIC DISTORTION for all harmonics of the selected parameter and phase OHD is ODD HARMONIC DISTORTION for all harmonics of the selected...

Page 52: ...32 4 sec 32 16 16 2 sec 16 8 8 1 sec Press ENTER after typing this number to store the value Press ENTER again to process new data The default is 128 That allows a full display of 51 harmonics with mi...

Page 53: ...4 3 3 FREQUENCY CONTROL To achieve MANUAL MODE and change frequency from any meter display light the F LED by pressing that key Pressing an ARROW key causes the frequency to slew up or down Entering...

Page 54: ...PC must be in Program Operate Mode to execute a transient and the executing program must have a transient stored this is indicated by SEGS 1 or more in the lower left hand corner of PROGRAM display Fr...

Page 55: ...TRANSIENT PROGRAMS The UPC is capable of producing the Voltage and Frequency excursions required by MIL STD 704D Programs 100 103 are permanent pre stored non executable transient programs These perma...

Page 56: ...d for the transient voltage excursion to occur on all phases simultaneously MIL STD 704D allows for the transient to occur on a single phase or on any combination of phases To exclude a phase from the...

Page 57: ...ed for a voltage range of at least 115Vrms to perform this test INITIAL CONDITIONS fo 407 Hz Va Vb Vc 115 VAC Nominal Steady State WFa 1 WFb 1 WFc 1 DIRECT COUPLED TRANSIENT COMMAND SEQUENCE Segment 1...

Page 58: ...red for a voltage range of at least 115Vrms to perform this test INITIAL CONDITIONS fo 393 Hz Va Vb Vc 115 VAC Nominal Steady State WFa 1 WFb 1 WFc 1 DIRECT COUPLED TRANSIENT COMMAND SEQUENCE Segment...

Page 59: ...3 Phase Output Relay Only A and B Output Terminals will become active and are 180 out of phase Voltages are programmed phase to phase This may be called split phase and can be loaded between the A an...

Page 60: ...he selected waveform at the rms voltage programmed Because of the difference in the rms voltage content of various waveforms the UPC may not be able to reproduce the waveform at the voltage desired If...

Page 61: ...G DIRECT FREQ 60 Va 120 Vb 120 Vc 120 WFa 1 WFb 1 WFc 1 SEGS 0 Ilim 50 PHb 120 PHc 240 Press 3 ENTER to select 3 phase form PROGRAM 4 FORM 3 COUPLING DIRECT FREQ 60 Va 120 Vb 120 Vc 120 WFa 1 WFb 1 WF...

Page 62: ...b 120 PHc 240 Press ENTER to select default maximum Ilim for this Power Source PROGRAM 4 FORM 3 COUPLING DIRECT FREQ 400 Va 108 Vb 108 Vc 108 WFa 1 WFb 1 WFc 1 SEGS 0 Ilim 50 PHb 120 PHc 240 Press 120...

Page 63: ...ber of cycles and is therefore dependent on frequency Custom waveforms can be created see 4 6 2 or the existing waveform table see 2 1 4 may be used Transient sequences can be repeated from single eve...

Page 64: ...f the output waveform This is useful for substituting different waveforms on a cycle by cycle basis Va Vb Vc Line to neutral voltages are entered for 1 and 3 Forms Line to Line voltages are entered fo...

Page 65: ...Fb 1 WFc 1 Press 1 ENTER ENTER to select segment 1 of 1 TRANSIENT PRGM 4 SEGMENT 1 OF 1 T 0002 Va 108 Vb 108 Vc 108 F 400 WFa 1 WFb 1 WFc 1 Press OOO2 ENTER to select a time of 0002 seconds This is th...

Page 66: ...T 0 0002 Va 108 Vb 108 Vc 108 F 400 WFa 1 WFb 1 WFc 1 Press ENTER ENTER 01 ENTER to select default segment 2 of 2 and a time 10 milliseconds TRANSIENT PRGM 4 SEGMENT 2 OF 2 T 01 Va 108 Vb 108 Vc 108...

Page 67: ...01 Va 108 Vb 108 Vc 108 F 400 WFa 1 WFb 1 WFc 1 Press ENTER ENTER 07 ENTER to select default segment 3 of 3 and a time 70 milliseconds TRANSIENT PRGM 4 SEGMENT 3 OF 3 T 07 Va 108 Vb 108 Vc 108 F 400 W...

Page 68: ...METER FREQ 400 0 Va 108 0 Vb 108 0 Vc 108 0 SENSE INT Vab 187 1 Vbc 187 1 Vca 187 1 MANUAL MODE Ia 00 0 Ib 00 0 Ic 00 0 If the UPC was previously executing program 4 it will now be in MANUAL MODE This...

Page 69: ...ect segment 1 of 1 TRANSIENT PRGM 4 SEGMENT 1 OF 1 T 0002 Va 108 Vb 108 Vc 108 F 400 WFa 1 WFb 1 WFc 1 Press 0 ENTER to select a cycle based transient TRANSIENT PRGM 4 SEGMENT 1 OF 1 T 1 CYCLE Va 108...

Page 70: ...SENSE INT Vab 187 1 Vbc 187 1 Vca 187 1 MANUAL MODE Ia 00 0 Ib 00 0 Ic 00 0 If the UPC was previously executing program 4 it will now be in MANUAL MODE This is because program 4 has changed To execute...

Page 71: ...1 TIME BASED TRANSIENT MIL STD 704D UNDERVOLTAGE TRANSIENT CYCLE BASED TRANSIENT FIGURE 4 5 2 2 SPIKE TRANSIENT O U T P U T V O L T S START OF TRANSIENT END OF TRANSIENT SEGMENT 1 SEGMENT SEGMENT TIM...

Page 72: ...Memory Set Amps to Volts Current Metering Ratio Define Current Transformer Location Set Output Range for power sources that support it Display the Number of Power Source Amplifiers Synthesize Waveform...

Page 73: ...s a MIL STD 704D undervoltage transient Program 102 is a MIL STD 704D over frequency transient Program 103 is a MIL STD 704D under frequency transient These programs may be copied to any of programs 1...

Page 74: ...RAM This is the same as a power own power up sequence ERASE ALL RAM AND RESET CPU WARNING THIS WILL ERASE ALL PROGRAMS AND EDITED WAVEFORMS PRESS EXECUTE TO ERASE RAM AND RESET CPU Press EXECUTE to ER...

Page 75: ...use of the difference in the rms voltage content of various waveforms the UPC may not be able to reproduce the waveform at the voltage desired If the waveform is peak voltage limiting then selecting t...

Page 76: ...starting and ending phase angles EDIT WAVEFORM NUMBER 2 RANGE 2 16 STARTING PHASE ANGLE 85 0 359 9 ENDING PHASE ANGLE 95 0 359 9 VOLTAGE IN PERCENT 100 0 100 Press EXECUTE to save the new waveform Th...

Page 77: ...SECTION 4 OPERATION 65 90 0 100 0 85 95 100 90 FIGURE 4 6 2 1 EDITED WAVEFORM...

Page 78: ...e copied to and edited Example To put a 10 spike on a sine wave Copy WF 1 to WF 2 at a 90 scale factor allowing 10 more voltage to accommodate the spike Edit WF 2 adding a 10 spike see 4 6 2 1 From th...

Page 79: ...previous edit To create a waveform by Harmonic Synthesis a Specify the Waveform number that will hold the newly created waveform b After entering the Waveform number ZEROS will be displayed Press 0 to...

Page 80: ...le or disable Continuous Self Calibration CSC set the Programmable Output Impedance Option set transition time and voltage and frequency limits From any METER display V I AMPS or POWER press the fn ke...

Page 81: ...Nimum and MAXimum allowable voltage range This is useful for protecting delicate loads The voltage range is 0 150 Vac when the output is Direct Coupled and 0 150 x XFMR Ratio when XFMR Coupled 4 6 3 1...

Page 82: ...re is listed below Form Z direct XFMR ratio Z xfmr 1 0 006 1 50 0 450 2 0 032 2 00 1 400 3 0 016 2 50 2 970 Form column indicates the Power Form of operation 1 2 or 3 phase Z direct column accepts the...

Page 83: ...lation prior to entering the Z XFMR value into the UPC A good approximation of transformer impedance can be estimated by measuring the DC resistance of each XFMR secondary tap That value may be entere...

Page 84: ...S CR LF To change any of these settings press ENTER to move the cursor to each data field Press EDIT when the cursor is positioned on the value to be changed Type the new value then press ENTER to con...

Page 85: ...he factory default Serial port End Of String character s value is CR LF 4 6 3 4 POWER SOURCE STATUS POWER SOURCE STATUS indicates the state of internal control signals between the UPC and the Power So...

Page 86: ...ult mode Pressing the key when the cursor is in the MODE field toggles between AUTO and MANUAL MODE When MANUAL MODE is selected an OUTPUT RANGE may be set SELECT OUTPUT RANGE 1 2 3 4 The following ra...

Page 87: ...be open at power up unless an Auto Start option has been installed NOTE The default factory setting for INITIAL VOLTAGE is 0 4 6 3 8 KEYBOARD LOCK Selecting KEYBOARD LOCK from the General Setup 2 men...

Page 88: ...ine that the voltage peaks must be higher than a normal sine wave in order to maintain the specified 120 Vrms If DISABLED the RMS calculation of substituted waveforms does not occur The amplitude of a...

Page 89: ...EMOTE CONTROL can only be initiated and maintained while the UPC is displaying a Metering display or while in the UPC STATUS display but not while editing any screen data All front panel programming a...

Page 90: ...88 2 commands do not have query counterparts unless explicitly shown with a question mark appended 8 IEEE 488 2 commands start with an asterisk and are not case sensitive 9 All required Functional Ele...

Page 91: ...dicate a variable which is not known until actual time of use e g AMPS meter range might actually be 50 Units such as AAC Hz or shown after the angle bracketed value are not to be included inside the...

Page 92: ...a single Command Query returns steady state values of selected program and segment values of most recently selected segment LAST is returned with segment data if the segment is the last segment in the...

Page 93: ...B of selected program n 0 to 150 or 150 x XFMRRATIO Volts VOLTage3 n sets Output VOLTAGE C of selected program n 0 to 150 or 150 x XFMRRATIO Volts CURRent LIMit n sets Output Current Limit of selecte...

Page 94: ...f selected segment n 0 to 150 or 150 x XFMRRATIO Volts VSEG3 n sets objective voltage C of selected segment n 0 to 150 or 150 x XFMRRATIO Volts WFSEG n sets Waveform A B C of selected segment n 1 to 1...

Page 95: ...elected program is specified by previous PROGram NAME nn command Query returns the number of the currently executing program If no program is executing query returns 1 PROGram EXECute TRANS Command No...

Page 96: ...16 SOURce WAVEFORM2 n sets Output Waveform B n 1 to 16 SOURce WAVEFORM3 n sets Output Waveform C n 1 to 16 SOURce RAMP t sets Output TRANSITION TIME of voltage and frequency execution t 0 to 300 secon...

Page 97: ...IMPEDance CAL z1 z2 z3 x1 z4 x2 z5 x3 z6 Calibrates the optional Programmable Output Impedance function with values for Description x values z values Direct Coupled 1 z1 Direct Coupled 2 z2 Direct Co...

Page 98: ...32 16 default is 128 OUTPut STATE b Command OUTPUT ENABLE opens or closes the power source output relay b OFF or 0 ON or 1 Query returns actual state of output relays 0 OFF or 1 ON not the OUTPUT ENA...

Page 99: ...CURRent RANGe Query AMPS meter range Returns 0 to AMPS meter range RMS Amps 5 5 2 METERED DATA QUERIES Measurement occurs once per MEASure command AC measurements are assumed The SCPI AC keyword follo...

Page 100: ...AAC Peak MEASure CURRent PEAK2 Query metered peak current B Returns 0 to current meter range AAC Peak MEASure CURRent PEAK3 Query metered peak current C Returns 0 to current meter range AAC Peak MEAS...

Page 101: ...tude of the fundamental for reference The 2nd element is the 2nd harmonic etc Each magnitude is a percent of the fundamental The number of harmonics is defined by SENSe SPECTrum RANGe See para 4 3 1 1...

Page 102: ...ATUS BYTE REGISTER STB STATUS conditions reported by the STATUS BYTE may be queried via the IEEE 488 Bus Serial Poll function or read directly using STB The SRQ function will be invoked to signal the...

Page 103: ...SRE 1 0 SQS 3 MAV EEQ 2 1 0 FIGURE 5 1 STATUS BYTE MODEL SERVICE REQUEST GENERATION L O G I C A L O R QUEUE NOT EMPTY OUTPUT QUEUE READ BY ADDRESSIN G UPC AS A TALKER RESERVED SHUTDOWN READ BY SERIAL...

Page 104: ...mmand with data received 3 DDE DEVICE DEPENDANT ERROR indicates UPC not properly configured 2 QYE QUERY ERROR indicates cannot respond with data 1 RQC REQUEST CONTROL not used 0 OPC OPERATION COMPLETE...

Page 105: ...OPC Operation complete query 5 5 3 2 SCPI STATUS REPORTING The following lists the SCPI Commands for Status Reporting from the UPC Refer to the SCPI 1992 standard for more information Query commands a...

Page 106: ...wn for reference and may be used for future product enhancements The PROGram running bit 14 in the STATus OPERation registers indicates a stored program PROGRAM 1 99 is running STATus OPERation CONDit...

Page 107: ...Ting RANGing SWEeping MEASuring waiting for TRIGger summary waiting for ARM summary CORRection not assigned not assigned not assigned not assigned not assigned INSTrument Summary PROGram running NOT U...

Page 108: ...f 3 values are Voltages measured at the EXTernal Sense point at the load The third set of 3 values are Currents measured to the load Loading a value of 0 will cause that metering parameter to be uncal...

Page 109: ...s 0 30 SR1 Service request Serial Poll functions SPE Serial Poll Enable SPD Serial Poll Disable RL1 Local Remote functions GTL Go To Local LLO Local Lockout DC1 Device clear functions DCL causes a har...

Page 110: ...S 0 PHASE ANGLE B 120 PHASE ANGLE C 240 PROG Zo OFF RANGE CONTROL AUTO SENSE INTERNAL TRANSITION TIME 0 WAVEFORM A 1 WAVEFORM B 1 WAVEFORM C 1 NOTE Stored programs are not erased TST Query Self test T...

Page 111: ...been omitted throughout this section for clarity The command strings may contain spaces NOTE Un address means to send the UNTALK and UNLISTEN messages This is only applicable for the GPIB NOT the RS...

Page 112: ...is is one continuous string of commands and parameters NOTE Only commas may separate the values NO Carriage Returns or Line Feeds may separate the values as transmitted PROGram DEFine FORM 3 COUPLing...

Page 113: ...e string NOTE Only commas separate the values NO Carriage Returns or Line Feeds separate the values STEADY STATE OUTPUT PARAMETERS returned FORM 3 COUPLing DIRECT XFMRRATIO 1 0 FREQuency 60 VOLTage1 1...

Page 114: ...nt Step E Un address UPC 5 7 5 EXAMPLE OF DIRECTLY CHANGING THE OUTPUT PARAMETERS Change Frequency and Volts for all phases then ENABLEs the OUTPUT Step A Address the UPC as a listener FREQuency 50 eo...

Page 115: ...ad Current A B C for AC RMS query by sending the following command MEAS VOLT1 VOLT2 VOLT3 CURR1 CURR2 CURR3 eos NOTE eos is a LINE FEED 0Ahex 10dec All parameters will be measured simultaneously upon...

Page 116: ...he MEASure command example shown below NOTE All parameters will be measured simultaneously upon receipt of the FETCH command This may take several hundred milliseconds depending upon Frequency and oth...

Page 117: ...MAINTENANCE 105 SECTION 6 MAINTENANCE 6 MAINTENANCE No maintenance is required for the UPC controller See the AMX ASX G or MS series power source Operator s Manual for proper maintenance of the power...

Page 118: ...serviceable components in the UPC assembly Pacific Power Source maintains a staff of highly trained technicians which are able to assist with diagnosing abnormal operation of the UPC If questions aris...

Page 119: ...edure must be performed in order for the CSC Continuous Self Calibration function to operate accurately The Manual calibration procedure is not necessary for CSC to operate accurately if EXTERNALLY RE...

Page 120: ...output depending on system gain See Fig 8 2 for control location To set this level 1 Remove top cover of the chassis 2 Turn on the system Load and Execute a program with the following parameters PROG...

Page 121: ...R24 R64 J5A J5A R70 R70 J3A J3A J3A J5A J5A J5 AUX I O J1 J1 J1 J1 J3A J1 J1 J1 J4A J4 IEEE 488 FIGURE 8 2 GAIN CONTROL LOCATIONS METER GAIN CURRENT LIMIT ADJUST C OSC GAIN B OSC GAIN A OSC GAIN METE...

Page 122: ...ter Only one meter circuit is used for all voltage current and power measurements If other metering functions are out of specification after calibrating the Phase A voltmeter return the unit for repai...

Page 123: ...voltages and currents on all phases using an external Voltmeter and Current Meter that have been calibrated to a traceable standard i e NBS NIST and are at least 2x as accurate as the UPC metering se...

Page 124: ...CIRCUIT BREAKERS AND THEN REMOVING THEINPUT SERVICE To calibrate the UPC metering 1 Apply power to the power source and UPC 2 Press fn to invoke the SETUP menu 3 Press 4 to select the CALIBRATION menu...

Page 125: ...case of a 1 or 2 phase power source the phase C parameters should be set to 0 Entering 0 for a parameter causes the correction factor kFactor for that parameter to be set to the system default value 1...

Page 126: ...for internal voltage sensing of phase A B and C Kex are the kFactors for external voltage sensing of phase A B and C Ki are the kFactors for current sensing of phase A B and C 1P is the kFactor for s...

Page 127: ...3 to perform this function To prevent the UPC from executing program parameters upon power up hold the fn key down while applying power with the INPUT POWER switch You may then press fn again to enter...

Page 128: ...ng to XFMR coupled with a higher voltage range VR or change the selected waveform either by editing the Waveform or selecting a Waveform with a greater RMS content See section 4 6 2 1 to edit a Wavefo...

Page 129: ...ice address within the UPC You may also use the UPC STATUS display to verify receipt of an INTERFACE CLEAR IFC by the UPC from a GPIB controller Refer to section 4 6 3 3 UPC STATUS display for usage o...

Page 130: ...ction 10 3 10 4 Verify handshake signals are connected properly See section 10 5 1 for additional help PROBLEM UPC displays TRANSITION IN PROGRESS for an extended length of time upon power up PROBABLE...

Page 131: ...necessary This REMOTE interface of the UPC has the following communication characteristics 1 Selectable BAUD RATES of 38400 BAUD 19200 BAUD default 9600 BAUD 4800 BAUD 2400 BAUD 1200 BAUD 300 BAUD 2 S...

Page 132: ...cally selected from the list above Then press ENTER 3 Select the PARITY by pressing the key until the desired selection NONE ODD or EVEN is shown Then press ENTER 4 Select EOS End Of String Terminator...

Page 133: ...updated as fast as serial communications can occur therefore sudden changes on the Serial Interface may not be seen on the UPC display 10 5 2 FUNCTIONAL EXCEPTIONS Some functions applicable with the...

Page 134: ...to HOST PIN 6 DSR Data Set Ready from UPC to HOST PIN 7 SIGNAL GROUND PIN 8 DCD Data Carrier Detect from UPC to HOST PIN 20 DTR Data Terminal Ready from HOST to UPC Pinouts for IBM PC DB 9 are listed...

Page 135: ...nal emulation program Ensure the UPC is configured the same see section 10 4 of this manual for setup Leave the EOS set to CR LF 3 Enter the UPC STATUS display of the UPC fn 3 3 do NOT press EDIT this...

Page 136: ...1 current 5 6 13 14 20 25 38 39 69 71 73 87 89 96 103 104 111 113 114 current limit 9 31 48 81 84 98 110 damage 1 3 28 70 data 72 77 79 83 86 89 92 96 103 104 117 119 121 123 data buffer 79 97 DDE 92...

Page 137: ...116 121 maintenance 2 105 MANUAL MODE 30 33 36 38 41 56 58 61 74 79 83 MAV 90 MEASure 84 87 89 104 message 78 80 83 90 97 102 104 116 121 meter ing 4 7 9 13 16 20 25 32 36 39 68 73 77 86 89 96 103 10...

Page 138: ...93 Register 90 91 93 94 95 SCPI 93 95 UPC 72 73 77 117 120 121 123 STB 90 92 94 121 STORE key 32 37 43 48 52 61 67 71 120 SYSTem 90 92 93 96 temperature 7 71 terminator eos 117 119 120 test 107 123 TH...

Page 139: ...NOTES 127 NOTES...

Page 140: ...MODIFICATIONS 128 MODIFICATIONS MODIFICATIONS This section is reserved for any modifications that may be made...

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