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Pacific Power Source UPC-32, Operation Manual

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INDEX 
 

116 

status: 

 

byte: 

5.5.3.1

, 

10.5.2

 

 

GPIB/IEEE-488.2  

5.5.3.1

 

 

power source:  

4.6.3.4

 

 

register:  

5.5.3

 

 

SCPI: 

5.5.3.2

 

 

UPC  

4.6.3.3

 

STB: 

 

5.5.3

, 

10.5.2

 

STORE (key):  

4.2.2

 

:SYSTem: 

5.5.3

, 

5.6

 

 

temperature:  

2

, 

4.6.3.1.1.1

,  

terminator, <eos>:  

4.6.3.3

, 

5.2

, 

5.7

, 

9.6

 

test (*TST): 

5.6.2

 

THD: 

 

2.1.5

, 

2.2.7

, 

4.3.1.1

, 

5.5.2

 

time: 

 

Current Protect/delay:  

2.1.4

, 

5.3.1

, 

5.6.2

 

 

harmonic calculation:  

4.3.1.1

 

 

response:  

2.1.2.1

, 

2.1.3

 

 

transient segment:  

4.5.2

, 

5.3.2

 

 

Transition:  

2.1

, 

4.6.3.1

, 

5.4.1

, 

5.6.2

 

 

waveform calculation:  

2.1.8

 

transformer: 

 

coupled/mode:  

2.1.2

, 

2.3.4

, 

2.3.5

, 

4.2.1

. 

4.5.1

 

 

Current (CT):  

3.4.4

, 

4.6.3.3

, 

5.5.1

 

 

impedance:  

4.6.3.1.1

, 

5.4.1

 

 

ratio: 

2.1.2

, 

3.4.1

, 

4.5.1

, 

4.6.3.3

 

transient: 

2.1.2.1

, 

2.3.7

, 

3.4.4

, 

5.2

, 

5.3.1

, 

9.3

 

 

cycle based:  

4.5.2

, 

4.5.2.2

 

 

edit: 

4.5.1

, 

4.5.2

 

 

execute:  

4.2.2

, 

4.4.2

, 

5.4.1

, 

5.6.1

, 

5.6.2

 

 

segment:  

4.5.1

, 

4.5.2

, 

5.3.1

, 

5.3.2

 

 

time based:  

4.5.2

, 

4.5.2.1

 

trigger(ed) 

 

Current Protect:  

4.5.1

, 

4.6.3.9

, 

5.3.1

 

 

Transient:  

2.3.7

, 

5.6.1

, 

5.6.2

 

TST?:   

5.6.2

 

 

URQ:   

5.5.3.1

 

 

view angle: 

4.2.2

, 

4.6.3.2

, 

9.2

 

voltage: 

 

calibration:  

Section 8

 

 

control:  

2.1.2

, 

2.3.6

, 

4.1.2

, 

4.3.2

, 

4.5.1

, 

4.6.3.1

, 

4.6.3.5

, 

5.3.1

, 

5.4.1

, 

5.4.2

, 

5.6.2

, 

9.3

 

 

initial: 

4.6.3.7

, 

5.4.1

, 

5.6.2

 

 

input: 

3.7

 

 

limits: 

4.6.3.1

, 

5.4.1

 

 

meter: 

2.2.1

, 

2.2.7

, 

4.3.1

, 

5.5.2

, 

5.6

 

 

transient:  

4.4.2.1

, 

4.5.2

, 

5.3.2

 

 

:VOLT…  

5.3.1

, 

5.4.1

, 

5.4.2

, 

5.5.2

 

 

:VSEG 

5.3.2

 

 

Warranty:  

00

 

waveform: 
 

control:  

2.1.5

, 

2.3.6

, 

4.5.1

, 

4.5.2

, 

5.3.1

, 

5.3.2

, 

5.4.3

, 

5.6.2

 

 

copy: 

4.6.2.2

 

 

edit: 

4.6.2.1

 

 

harmonics:  

2.1.5

 

 

 

analysis:  

2.2.7

, 

4.3.1.1

, 

5.5.2

 

 

 

synthesis:  

2.1.8

, 

4.6.2.3

 

 

measurement:  

5.5.2

 

 

WAVEFORM:  

5.3.1

, 

5.4.1

, 

5.5.2

 

 
 

Summary of Contents for UPC-32

Page 1: ...UPC 32 UPC 12 PROGRAMMABLE CONTROLLERS FIRMWARE V5 22 AND LATER OPERATION MANUAL PACIFIC POWER SOURCE...

Page 2: ......

Page 3: ...NFORMATION CONTAINED IN THIS MANUAL IS PROPRIETARY TO PACIFIC POWER SOURCE INC PPS AND MAY NOT BE COPIED OR REPRINTED WITHOUT ITS EXPRESSED WRITTEN CONSENT PACIFIC POWER SOURCE INC 17692 Fitch Irvine...

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: ...ATIONS 9 2 1 6 OUTPUT POWER FORM CONTROL SPECIFICATIONS 11 2 1 7 PHASE ANGLE CONTROL SPECIFICATIONS 11 2 1 8 WAVEFORM SYNTHESIS SPECIFICATIONS 11 2 2 METERING SPECIFICATIONS 12 2 2 1 VOLTMETER SPECIFI...

Page 6: ...7 CONNECT INPUT SERVICE 25 4 FRONT PANEL OPERATION 27 4 1 GUIDE TO OPERATION 27 4 1 1 OVERVIEW 27 4 1 2 BASIC OPERATION 29 4 2 FRONT PANEL CONTROLS AND INDICATORS 31 4 2 1 POWER SOURCE FRONT PANEL 31...

Page 7: ...DS 89 5 7 REMOTE CONTROL EXAMPLES 90 5 7 1 EXAMPLE OF STORING A PROGRAM 91 5 7 2 EXAMPLE OF PROGRAM QUERY 92 5 7 3 EXAMPLE OF EXECUTING A STORED PROGRAM 93 5 7 4 EXAMPLE OF EXECUTING A STORED PROGRAM...

Page 8: ...E 1 3 SCU UPC 32 SCU UPC 12 5 FIGURE 2 3 3 J3 CONTROL AND OSCILLATOR 17 FIGURE 2 3 6 J5 AUXILIARY INPUTS AND OUTPUTS 19 FIGURE 2 3 8 J2 METERING INPUTS 20 FIGURE 2 4 J4 GPIB REMOTE INTERFACE 21 FIGURE...

Page 9: ...4 1 2 READ HARMONIC 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 O...

Page 10: ...TE 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 2 5 7 6...

Page 11: ...be used read SECTION 10 SERIAL REMOTE INTERFACE OPTION To simplify operation please note these helpful references o Page v Front Panel Reference o Page vi Remote Interface Function Reference o Page 2...

Page 12: ...RMS AND NECK WHEN SERVICING 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 EQ...

Page 13: ...E THE EQUIPMENT SEE SECTION 2 0 SPECIFICATIONS FOR THE PROPER RATING OF INPUT CABLE ALWAYS MAKE SURE THAT THE OUTPUT ON OFF SWITCH IS IN THE OFF POSITION BEFORE CHANGING THE OUTPUT COUPLING MODE LOADS...

Page 14: ...uency of all output vectors is the same and is controllable from 20 to 5000 Hz The Display of the UPC utilizes a 160 character Backlit LCD which selectively meters operating parameters or displays men...

Page 15: ...SECTION 1 GENERAL 5 PACIFIC Figure 1 3a SCU UPC 32 Figure 1 3b UPC 32 Figure 1 3c UPC 12...

Page 16: ...and SCPI compatible A Serial port interface is available as an alternative remote interface and commands are IEEE 488 2 and SCPI format compatible Metered voltage and current digitized waveform data...

Page 17: ...anges each with a different resolution The user need NOT be concerned with changing these ranges as the UPC auto ranges based on the selected frequency RANGE RESOLUTION 20 00 99 99 Hz 0 01 Hz 100 0 99...

Page 18: ...ontinuous Self Calibration function When active this function maintains an accurate output voltage amplitude at the metering sense point comparing the metered voltage at that point to the set value an...

Page 19: ...his event occurs Threshold Level Range Amps to Volts ratio x 10 Divide by 3 for 3 phase output form Divide by 1 5 for 1 phase power source with 2 amplifiers Resolution 0 05 of full scale current Accur...

Page 20: ...S 2 14 4 THD 15 31 SINE WAVE 16 32 SINE WAVE NOTE IEC 77A Secretariat 99 Draft Sept 1993 NOTE THD is measured as RMS THD with a Distortion Analyzer unless noted above Waveform Edit 4 6 2 1 allows modi...

Page 21: ...hase 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 ve...

Page 22: ...OLTS RATIO is set by a switch located on the UPC METERING PCB 3 4 2 This ratio may be displayed with the UPC STATUS display fn 3 3 DISPLAY Range 0 01 to 99 99 Amps RMS or Peak DISPLAY Resolution 0 01...

Page 23: ...is reports both magnitude and phase angle relative to 0 of voltage of each harmonic for metered voltage and current waveforms Fundamental Frequency Range Fout 20 5000 Hz Harmonic Range 2nd 51st Harmon...

Page 24: ...OUTPUTS The oscillator waveform A B C differential outputs are available on J3 They are capable of driving full output of 10 Vpeak into a 600 ohm load 2 3 4 OUTPUT CONTROL J3 digital outputs are 15 V...

Page 25: ...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 LO 23 A OSC HI 11 B OSC LO 24 B OSC HI 12 C OSC LO 25...

Page 26: ...provided 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 rms Vprogram...

Page 27: ...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 28: ...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 SPARE HI 8 SPARE LO 21 NO CONNECTION 9 LV COMMON 22 N...

Page 29: ...uration and 5 0 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 COMMON 18...

Page 30: ...toll free at 1 800 854 2433 WARNING THIS EQUIPMENT CONTAINS HIGH ENERGY LOW IMPEDANCE CIRCUITS LETHAL POTENTIALS ARE CONTAINED WITHIN THE CABINET DO NOT REMOVE ANY PANELS OR COVERS WITHOUT FIRST REMO...

Page 31: ...ource Setting the GPIB device address or SERIAL Interface parameters is optional depending on whether the user intends to use the REMOTE interface 3 4 1 CONFIGURE TRANSFORMER RATIO NOTE Configuration...

Page 32: ...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 3 4 4 for information on configuration switch S2 7 Shown below are sample s...

Page 33: ...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 FIG Switch Position Description INTERFACE 3 4 4 S1 1 ON OFF Current transfor...

Page 34: ...1 C44 U1 C19 C1 C16 U8 C8 U9 U10 C9 C10 C46 C45 C47 C48 U11 C11 C50 C49 F2 U6 U7 P2A C12 C61 C62 F1 U12 C64 C30 C28 R4 R1 R2 R3 R8 R7 R6 R5 C58 C52 U15 C53 U27 C15 C29 C56 C27 R60 R19 U4 R15 R16 R10 R...

Page 35: ...to P3A the LED PCB Connect J3B of the SCU to P3B of the LED PCB Attach J4 from the UPC to the rear panel of the SCU Attach J5 from the UPC to the rear panel of the SCU Connect J6A of the SCU to P6A of...

Page 36: ...ectors on the SCU Some power source models may have the same interference A straight cable exit IEEE 488 connector e g NATIONAL INSTRUMENTS type X5 or an adapter should be used to provide clearance AT...

Page 37: ...modes when in LOCAL CONTROL 1 MANUAL OPERATE 2 PROGRAM OPERATE 3 PROGRAM EDIT 4 SETUP MANUAL MODE is control of the operating characteristics via the front panel keyboard Voltage and frequency paramet...

Page 38: ...ed from the V I METER display If the V I METER display is not active pressing CLEAR a few times will always return to the V I METER display MANUAL OPERATION 4 3 is available by pressing Va Vb Vc or F...

Page 39: ...will beep twice when it is ready 3 The V I METER will appear This is the default display It shows metered Volts and Amps AC RMS It also shows the Voltage and Frequency entries in the upper right corn...

Page 40: ...SECTION 4 OPERATION 30 PA CIFIC FIGURE 4 1 POWER SOURCE FRONT PANEL...

Page 41: ...hen the Output Relay is open SHUTDOWN indicates the Power Source is in an error condition 4 OUTPUT COUPLING LEDs DIRECT is illuminated when the Power Amplifier is directly connected to the Output Rela...

Page 42: ...key is pressed that LED toggles on or off and forces the F LED off From the V I METER display if the F key is pressed that LED toggles on or off and forces Va Vb and Vc LEDS off When in the V I METER...

Page 43: ...requires that the Output Power switch on the front panel be in the ON AUTO position 4 3 MANUAL MODE This section describes operation in Manual Mode In this mode you may slew or directly enter voltage...

Page 44: ...tent is displayed from the 2nd up to the 51st harmonic depending on the number of samples analyzed See the EDIT key function described below Pressing the DISPLAY key repeatedly will display the follow...

Page 45: ...es used during the analysis process Use the key to select the setup preferences HARMONIC ANALYSIS SETUP CHANNEL CURRENT USE TO TOGGLE CONTENT DISPLAYED AS OF FUNDAMENTAL SAMPLES TO ANALYZE 128 The val...

Page 46: ...00 0 4 3 3 FREQUENCY CONTROL In MANUAL MODE to change frequency from any meter display light the F LED by pressing that key Pressing an ARROW key or causes the frequency to slew up or down Entering a...

Page 47: ...presently active or initiate a new transient instance General steps to create a transient program are as follows 1 Create or edit a program using the method described in 4 5 1 Executing the program at...

Page 48: ...ver voltage transient excursion as defined by MIL STD 704D Paragraph 5 2 3 2 1 The power source must be configured for a voltage range of at least 180Vrms to perform this test INITIAL CONDITIONS fo 40...

Page 49: ...0 0002 Segment 4 F 420 Va 115 Vb 115 Vc 115 T 4 Segment 5 F 410 Va 115 Vb 115 Vc 115 T 0 0002 Segment 6 F 410 Va 115 Vb 115 Vc 115 T 5 UNDER FREQUENCY TRANSIENT Program 103 The power source will prod...

Page 50: ...Terminal FORM 2 enables the high range Split Single phase output Only A and B Output Terminals will become active and are 180 out of phase Voltages are programmed fror the phase to phase voltage This...

Page 51: ...ents defined in this Program 4 5 2 Ilim IprA Iprt This field allows entry of Programmable Current Limit Ilim Current Protect Level IprA and Current Protect Time Iprt In the Ilim display programmable c...

Page 52: ...RM 3 COUPLING 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 WF...

Page 53: ...3 9 then after setting Ilim Press CLEAR CLEAR key to show IprA press ENTER value ENTER to set IprA Press CLEAR CLEAR key to show IprT press ENTER value ENTER to set IprT PROGRAM 4 FORM 3 COUPLING DIR...

Page 54: ...oltage amplitudes will be calculated based on the RMS voltage of the transient waveform or based on the amplitude factor of the Program that contains the Transient The calculation method is defined by...

Page 55: ...number of segments for all programs can not exceed 1000 To edit a specific segment enter that segment number In the upper right hand corner the total number of segments are displayed If you wish to re...

Page 56: ...to be calculated as true RMS voltage of the waveforms used in any Segment of the Transient AUTO RMS DISABLED RMS calculation of substituted waveforms does not occur The amplitude of all waveforms use...

Page 57: ...RANSIENT PRGM 4 SEGMENT 2 OF 2 T 0 0002 Va 108 Vb 108 Vc 108 F 400 WFa 1 WFb 1 WFc 1 Press ENTER ENTER 01 ENTER to set segment 2 of 2 and a time of 01 seconds 10 mSec TRANSIENT PRGM 4 SEGMENT 2 OF 2 T...

Page 58: ...07 Va 108 Vb 108 Vc 108 F 400 WFa 1 WFb 1 WFc 1 Press 108 ENTER 108 ENTER 108 ENTER to select 108 volts on all three phases TRANSIENT PRGM 4 SEGMENT 3 OF 3 T 0 07 Va 108 Vb 108 Vc 108 F 400 WFa 1 WFb...

Page 59: ...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 as indicat...

Page 60: ...1 OF 1 T 0 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 Vb 108 Vc 108 F 400 WFa 1 WFb 1 WFc 1 Pre...

Page 61: ...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 as indicated at the lower left corner...

Page 62: ...TIME BASED TRANSIENT MIL STD 704D UNDERVOLTAGE TRANSIENT FIGURE 4 5 2 2 CYCLE BASED TRANSIENT SPIKE TRANSIENT O U T P U T V O L T S START OF TRANSIENT END OF TRANSIENT SEGMENT 1 SEGMENT 2 SEGMENT 3 T...

Page 63: ...er Source Amplifiers Enable Current Protect Mode Synthesize Waveforms from Harmonic values Option Calibrate Programmable output impedance Option Enable and Set Programmable Output Impedance Option Fro...

Page 64: ...ny of programs 1 99 and executed DESTINATION PROGRAM NUMBER 1 99 are user created programs that may be edited or copied to and from 4 6 1 2 DELETE PROGRAM DELETE PROGRAM is used to delete individual p...

Page 65: ...is cleared 4 6 2 WAVEFORM SETUP WAVEFORM SETUP is used to copy and edit waveforms OUTPUT ENABLE must be off before you can change a waveform From any METER display V I AMPS or POWER press the fn key...

Page 66: ...Basic sinusoidal waveforms with large dropouts or spikes will change the rms content of the waveform Depending on the TRANSIENT AUTO RMS setting 4 5 2 the UPC may cause the peak voltage to change in...

Page 67: ...078 0 359 9 ENDING PHASE ANGLE 94 922 0 359 9 VOLTAGE IN PERCENT 100 0 100 Press EXECUTE to save the new waveform The UPC will temporarily stop producing any output signal while the new waveform data...

Page 68: ...opied 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 4 6 2 1 From the WAVEF...

Page 69: ...Press 0 to zero out any values presently in that waveform or press enter to continue editing the existing values c Press ENTER to move the cursor to each Magnitude and Phase Angle position Type the v...

Page 70: ...rogrammable Output Impedance OPTION Press EDIT to access the PROG Zo menu 4 6 3 1 1 This option is used to compensate for dynamic loss in the output circuit or to control the output impedance of the p...

Page 71: ...no output compensation occurs and the inherent output impedance of the power source and wiring will remain uncompensated When enabled the UPC will attempt to provide an output impedance at the load e...

Page 72: ...will be entered Z xfmr column Accepts the impedances of the XFMR listed in the XFMR ratio column During XFMR coupled operation the proper Z xfmr value is used to calibrate the PROG Zo function based u...

Page 73: ...ARE 133863 v5 00 GPIB ADDRESS 1 IFC LAST DATA BYTE 00h TRANSFORMER RATIO 2 00 PAs 3 AMPS VOLTS RATIO 4 00A 1 V PRI If your UPC is configured with a serial port interface the UPC STATUS screen is UPC S...

Page 74: ...ue is CR LF Use the key to select this value 4 6 3 4 POWER SOURCE STATUS POWER SOURCE STATUS indicates the state of internal control signals between the UPC and the Power Source circuits See 2 3 4 OUT...

Page 75: ...key or functions to transition at a predetermined rate and is accessed from the General Setup menu fn 3 6 SLEW RATE SETUP VOLTS SEC 1 00 HERTZ SEC 1 00 Press EXECUTE to save the parameter entries Defa...

Page 76: ...or ON OFF The CURRENT PROTECT feature is not active ON The power source will normally operate in constant voltage mode If the load current exceeds the set Current Protect limit for a time interval th...

Page 77: ...l Serial Remote Interface See 10 0 for detailed information on the Serial Remote Interface 5 1 INTRODUCTION For GPIB communications REMOTE CONTROL is established when control or programming commands a...

Page 78: ...ounterparts unless noted A query command consists of the command immediately appended with a question mark Values cannot be sent with a query IEEE 488 2 commands do not have query counterparts unless...

Page 79: ...to indicate 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 insid...

Page 80: ...segment values of most recently selected segment or multiple segments if specified by a previous NSEGS parameter LAST is returned with segment data if the segment is the last segment in the program ST...

Page 81: ...e3 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 selected program n 0 to AMPS meter range Amps CURRent PROTect LEVel n se...

Page 82: ...meter of a PROG DEF query returns total number of Transient segments defined in the selected program 5 3 2 TRANSIENT SEGMENT PARAMETERS SEGment n Transient segment n of the selected program to be edit...

Page 83: ...by PROG NAME nn to dest dest 1 thru 99 NOTE that the destination Program cannot be currently EXECuting PROGram CATalog Query returns list a comma separated list of NR1 values representing stored prog...

Page 84: ...asure Frequency SOURce CURRent LIMit n sets Output Current Limit n 0 to Current meter range RMS Amps SOURce CURRent LIMit MAX Query returns n the maximum current limit allowed based on the present For...

Page 85: ...600 VAC RMS SOURce VOLTage LIMit RANGe Query Returns min max minimum and maximum allowable voltage limit SOURce VOLTage INITial b sets initial output voltage at power up b 0 0 volts or 1 last execute...

Page 86: ...n 1 Single phase 2 Split phase or 3 Three phase SOURce COUPLing s Sets Output coupling s DIRECT or XFMR SOURce VOLTage ALC STATE b The ALC keyword controls CSC enable disable b OFF 0 or ON 1 SENSe PAT...

Page 87: ...Feeds may separate the values e g 0 5 23 10 50 20 25 7 30 43 91 100 5 5 QUERY FUNCTIONS The following are query only functions sent to the UPC through the communication bus 5 5 1 CONFIGURATION QUERIES...

Page 88: ...to 354 VAC RMS MEASure VLL2 Query metered Line to Line voltage B to C Returns 0 to 354 VAC RMS MEASure VLL3 Query metered Line to Line voltage C to A Returns 0 to 354 VAC RMS MEASure FREQuency Query f...

Page 89: ...KiloVoltAmps A Returns 0 to 1000 KVA MEASure KVA2 Query metered KiloVoltAmps B Returns 0 to 1000 KVA MEASure KVA3 Query metered KiloVoltAmps C Returns 0 to 1000 KVA MEASure PF1 Query metered power fac...

Page 90: ...Se option Harmonic Analysis and Synthesis Query phase angles in degrees for the most recent harmonics data Returns a data set of up to 256 NR2 type numbers comma delimited The first element is the ang...

Page 91: ...R 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 Bus controller th...

Page 92: ...1 0 7 RQS MSS 6 SOS ESB SQS EEQ 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 ADDRESSING UPC AS A TALKER BUSY SHUTDOWN READ BY SERIAL P...

Page 93: ...nd 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 in...

Page 94: ...I 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 are explicitly shown in this section for...

Page 95: ...hown 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 COND...

Page 96: ...ng RANGing SWEeping MEASuring waiting for TRIGger summary waiting for ARM summary CORRection shutdown output state soft start RAMP voltage protect current protect INSTrument Summary PROGram running NO...

Page 97: ...sured to the load Loading a value of 0 will cause that metering parameter to be uncalibrated although it will still be functional See Externally Referenced CALIBRATION 8 3 for more details NOTE The va...

Page 98: ...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 99: ...ing on model OUTPUT FREQUENCY 60 Hz OUTPUT VOLTAGE 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 S...

Page 100: ...n 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 Serial...

Page 101: ...ommas may separate the values NO Carriage Returns or Line Feeds may separate the values as transmitted PROGram DEFine Note CURR PROT LEV and CURR PROT TOUT are only required if IPROT STAT ON FORM 3 CO...

Page 102: ...e program Step D Address the UPC as talker read back the response string NOTE Only commas separate the values NO Carriage Returns or Line Feeds separate the values STEADY STATE OUTPUT PARAMETERS retur...

Page 103: ...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 eos Step...

Page 104: ...dress UPC 5 7 7 EXAMPLE OF VOLTAGE and CURRENT WAVEFORM QUERY This is an example of how to query the UPC for metered waveform values for phase A voltage and current Step A Address the UPC as a listene...

Page 105: ...6 MAINTENANCE 95 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 106: ...rviceable components in the UPC assembly Pacific Power Source maintains a staff of highly trained technicians who are able to assist with diagnosing any abnormal operation of the UPC If questions aris...

Page 107: ...dure 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 REF...

Page 108: ...n system gain See Figure 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 PROGRAM 1 FORM 3 COU...

Page 109: ...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 METER...

Page 110: ...he chassis 2 Turn on the system Load and Execute a program with the following parameters PROGRAM 1 FORM 3 COUPLING DIRECT FREQ 60 Va 125 0 Vb 125 0 Vc 125 0 WFa 1 WFb 1 WFc 1 SEGS 0 Ilim 50 PHb 120 PH...

Page 111: ...or through the control bus 5 6 CALibrate KFACTORS Typically calibration is performed with output settings of 60 Hz and 120 volts Because of the precision and stability of the system the calibration fa...

Page 112: ...UPC has one current metering circuit for FORM 1 and another for FORM 2 and FORM 3 In order to fully calibrate all current meters for all power forms this procedure must be performed twice UPC 12 a Op...

Page 113: ...to 1 000 before calibration The new kFactor is then the ratio of the external metered value to the UPC meter display value This minimizes error and will provide the best results new kFactor test equi...

Page 114: ...CLEAR is pressed the UPC will indicate NO PROGRAM RUNNING Select a PROGRAM and EXECUTE to initiate normal operation and display the V I screen SUGGESTED CURE Clear ALL RAM and RESET CPU 4 6 1 3 To pre...

Page 115: ...e selected waveform either by editing the Waveform or selecting a Waveform with a greater RMS content See 4 6 2 1 to edit a Waveform If this problem occurs with transient segments you may have to redu...

Page 116: ...be a single device at each GPIB address Refer to 4 6 3 3 UPC STATUS display to verify or set the GPIB device address within the UPC You may also use the UPC STATUS display to verify receipt of an INTE...

Page 117: ...ng Edit or Setup functions SUGGESTED CURE 1 Press the CLEAR key to show the V I meter display PROBABLE CAUSE 2 Incorrect communication parameters i e Serial baud rate parity or number of data start st...

Page 118: ...is 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 Selectable PA...

Page 119: ...ROR Sending a BREAK signal will result in a BREAK RCVD message and will terminate data transmission in progress from the UPC 10 5 OPERATION Operation of the UPC via Remote Serial Interface consists of...

Page 120: ...1 Connect the UPC Serial Interface to a DTE serial port of a PC using a DB 25 cable Most 25 pin connectors on PC s are DTE type The UPC is a DCE type and must connect to a DTE port If using a 9 pin co...

Page 121: ...from UPC 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 a...

Page 122: ...5 7 circuit breaker 1 2 2 3 2 3 3 1 3 7 4 2 1 8 2 CLS 5 5 3 1 CME 5 5 3 1 command 2 3 4 4 1 1 4 4 2 1 4 6 3 4 Section 5 9 7 10 5 10 6 configuration 2 1 5 fig 2 3 3 3 4 4 6 3 5 5 1 copy 4 6 1 1 4 6 2...

Page 123: ...2 8 3 frequency display 2 2 6 4 1 2 4 3 1 5 5 2 5 7 6 input 3 7 limit 4 6 3 1 5 4 1 5 6 2 output 2 1 1 4 1 2 4 3 3 4 5 1 4 5 2 5 3 1 5 3 2 5 4 1 5 6 2 front panel REF 3 4 4 Section 4 gain 2 3 6 4 5 2...

Page 124: ...2 4 2 2 4 3 4 4 4 6 1 1 5 2 5 3 3 5 6 2 MAV 5 5 3 1 MEASure 5 5 2 meter ing calibrate 5 6 Section 8 current 2 1 3 2 2 2 3 4 2 5 5 1 5 5 2 kVA 2 2 3 kWatt 2 2 4 PCB 3 4 1 3 4 2 3 4 4 fig 3 5 power fac...

Page 125: ...g 5 1 QYE 5 5 3 remote control interface REM_REF 1 1 2 2 2 3 1 2 4 3 4 4 Section 5 9 4 9 6 Local Remote Key 4 2 1 sense 4 6 3 1 REN fig 2 4 5 7 9 4 request Service fig 2 4 5 5 3 1 5 6 1 10 5 2 To Send...

Page 126: ...6 3 3 transient 2 1 2 1 2 3 7 3 4 4 5 2 5 3 1 9 3 cycle based 4 5 2 4 5 2 2 edit 4 5 1 4 5 2 execute 4 2 2 4 4 2 5 4 1 5 6 1 5 6 2 segment 4 5 1 4 5 2 5 3 1 5 3 2 time based 4 5 2 4 5 2 1 trigger ed C...

Page 127: ...NOTES 117 NOTES...

Page 128: ...MODIFICATIONS 118 MODIFICATIONS MODIFICATIONS This section is reserved for any modifications that may be made...

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