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Summary of Contents for KUST Elektronik PT5040
- Page 1 PT5040 Operation Manual Operation Manual KUST Elektronik GmbH PT5040 Impulse Winding Tester KUST Elektronik GmbH Am Weinberg 2 D-35619 Braunfels Germany info@kust-elektronik.com P: +49 (0) 64414471223...
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Page 2: Table Of Contents
PT5040 Operation Manual Contents Chapter 1 Overview ........................1-1 Production introduction ......................1-2 Operation environment ......................1-3 Power supply........................1-3 Environment temperature and humidity ................. 1-3 Warm-up ......................... 1-3 Dimensions and weight ......................1-3 Chapter 2 General specifications ....................2-1 Specifications .......................... - Page 3 PT5040 Operation Manual Wave Disp ........................5-5 Trig Mode ........................5-5 Delay Time ........................5-6 BDV Test ........................5-6 Start Volt ......................... 5-6 End Volt .......................... 5-6 Volt Step .......................... 5-7 Comparator ........................5-7 Position (AREA SIZE, DIFF ZONE, PHASE DIFF) ............. 5-7 Position（PHASE DIFF）...
- Page 4 PT5040 Operation Manual Select comparison method ....................7-3 Settings of comparison method ..................7-3 ................7-4 Select standards........ Chart for differential area ....................7-4 Chapter 8 Command reference ....................... 8-1 Command structure ......................... 8-1 Data format ..........................8-3 Notation conventions and definitions ..................8-3 Command reference ........................
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Page 5: Chapter 1 Overview
PT5040 Operation Manual Chapter 1 Overview Thank you for your Choosing one of our products. Before the use of it, please locate the items listed in this manual to ensure nothing is missing. If in the case that any item is missing, please contact us immediately. -
Page 6: Production Introduction
PT5040 Operation Manual poor ventilation. In addition, the instrument will generate high voltage, so it must be used at room temperature and in the absence of much dust. ction Production introdu Due to the influence of wire material, magnetic material, framework and manufacture technics, winding products such as transformers, motor windings may have defects of low insulation between winding layers, circles and leads. -
Page 7: Operation Environment
PT5040 Operation Manual Figure 1-2 Typical self-attenuation oscillation wave Operation environment Power supply Voltage: 198V-242V AC, 99V-121V AC Power frequency: 47.5Hz-63Hz Consumption: ≤50VA Environment temperature and humidity Normal working temperature: 0℃~40℃, Humidity: ≤ 90%RH Referential working temperature: 20℃±8℃, Humidity: ≤ 80%RH Transferring environment temperature: 0℃~50℃m, Humidity: ≤... -
Page 8: Chapter 2 General Specifications
PT5040 Operation Manual Chapter 2 General specifications Chapter 2 General specifications Specifications Specifications PT5020 PT5030 Output for impulse voltage 100V~3000V 100V~5000V 10V steps 10V steps 5%±1 0V 5%±2 0V Inductance test range >10μH >10μH Impulse energy Max 250milli-Joules Max 250 milli-Joules... -
Page 9: Comparison Methods
PT5040 Operation Manual Chapter 2 General specifications Beeper alarm Beep mode ON (adjust for high and low tone), OFF Memory Built-in memory: 100 files USB disk memory Interface HANDLER (START, STOP, PASS, NG, BUSY, EOC, etc.) RS232C USB Device USB Host... -
Page 10: Corona Discharge Comparison
PT5040 Operation Manual Chapter 2 General specifications Figure 2-2 Differential Area Comparison The differential area size reflects the value of inductance and total energy loss. This method is especially effective to detect the differences of inductance L between the standard winding and the tested winding. -
Page 11: Differential Phase Comparison
PT5040 Operation Manual Chapter 2 General specifications Differential comparison phase User can specify a zero-crossing point to compare. The instrument will judge the zero-crossing offset between the tested waveform and standard waveform and then compare the oscillation period between the two waveforms. The percentage of the two values will be taken as the judging criterion and the reference is set by percentage. -
Page 12: Chapter 3: Panels And Display
PT5040 Operation Manual Chapter 3 Panels and display Chapter 3: Panels and display Front panel Serial Number Name Instruction Buzzer window USB HOST interface disk so as to Connect U flash save or use a specified file Brand and model 840×480 Large-Scale dot-matrix LCD displays... - Page 13 PT5040 Operation Manual Chapter 3 Panels and display CURSOR Cursor key is used to select cursor between zone and zone on LCD display page. When cursor moves to some zone, the zone displays with reverse on LCD. Press this key to enter into the system [SYSTEM] setup page.
- Page 14 PT5040 Operation Manual Chapter 3 Panels and display PrtSc Capture the screen information POWER Switch on or off the main power Table 3-1 Front panel instruction...
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Page 15: Rear Panel
PT5040 Operation Manual Chapter 3 Panels and display Rear panel Serial number Name Instruction Warming HANDLER interface Comparison results are output via the handler interface. You can also start or stop a test through the interface. FOOT CONTROL A footswitch can be used to start a measurement instead of pressing the START key from the front panel. -
Page 16: Introduction To Display Area
PT5040 Operation Manual Chapter 3 Panels and display Introduction to display area Specific definition for each area: Voltage/div Show the voltage of every grid Waveform display area In this area, test and standard waveforms, peaks of impulse voltage and comparison results are displayed. - Page 17 PT5040 Operation Manual Chapter 3 Panels and display Four comparison results and their final display results Information Show the state of interface selecting, availability of U disk, key lock, etc. 10 Function zones of soft keys Show the corresponding function and parameter of each soft key.
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Page 18: Chapter 4 Introduction To [Disp]
PT5040 Operation Manual Chapter 4 Introduction to [DISP] Chapter 4 Introduction to [DISP] Press the DISP menu key to enter the < MEAS DISP> page (the default page). In this page, measurements are taken and the test waveform is displayed. Some function settings such as standard sampling (Standard), comparison setting (Compare), measurement function (Measure), auxiliary function (Utility), statistic function (Statistics), sampling rate, etc. -
Page 19: Standard Sampling
PT5040 Operation Manual Chapter 4 Introduction to [DISP] Compare Enter the Compare setup submenu. Under this menu, states of the four compare methods, compare parameters can be set. Measure Enter the Compare function submenu. Under this menu, wave voltage, wave time, wave frequency can be set. -
Page 20: Compare
PT5040 Operation Manual Chapter 4 Introduction to [DISP] 4.3.1.3 LOOP The instrument starts to sample standard waveforms, change frequency, and cycle sampling. Select Select the sample waveform at the current frequency as the standard waveform. Select & Check Compare the sample wave with the standard wave at the... -
Page 21: Measure
PT5040 Operation Manual Chapter 4 Introduction to [DISP] Diff Lighten the icon to enable the cursor key and change the 2.0% differential value. Return to previous page. 4.3.2.2 DIFF ZONE Method Select the differential area size comparison method. All setup DIFF ZONE operations are the same as those of AREA SIZE. -
Page 22: Utility
PT5040 Operation Manual Chapter 4 Introduction to [DISP] Return to the main menu. Utility Utility function is used to set parameters displayed in the waveform display zone. Scale Adj Lighten the icon. Use the soft key to enlarge the waveform display scale ranging from 1 to 3 times. -
Page 23: Chapter 5 Introduction To [Setup]
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Chapter 5 Introduction to [SETUP] Press SETUP to enter the <Setup> page. ction to icons of soft keys Introdu Coarse adjustment key used to increase the selected value. Coarse adjustment key used to decrease the selected value. -
Page 24: Winding Type (Only For Multi-Channel Instrument)
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Sampling rate (Samp Test impulse (Test Imp) Erase impulse (Erase Imp) Voltage adjustment (Volt Wave display (Wave Disp) Trigger mode (Trig Mode) Delay time (Delay Time) Current winding(Curr Wind) Test Breakdown voltage test... -
Page 25: Std Mode (Only For Multi-Channel Instrument)
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] instrument) Std Mode (only for Multi - channel For multi-channel instrument, if you select the working type as 2 coil, 3 coil or 4 coil and the working mode as Normal, the instrument can offer the independent standard waveform with different voltage and sampling rate for each winding. -
Page 26: Imp Volt
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Imp Volt The impulse voltage can be adjusted from 100V to 3000V(or 5000V) by a resolution of 10V. Move the cursor to the impulse voltage zone, following soft keys will be displayed. -
Page 27: Wave Disp
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] voltage applied on each DUT may also be different. User can turn on the voltage adjust function to automatically change the output voltage, thus making all voltages applied across all DUT identical. -
Page 28: Delay Time
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] MEAS STOP soft key is pressed. TRIGGER commands are sent to PT50xx via RS232SC, USBTMC, USBCDC or LAN interface. Time Delay Delay time refers to the time between the end of a measurement and the start of the next measurement. -
Page 29: Volt Step
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Volt Step Volt Step ranges from 1% to 50%. The step voltage is calculated as following formula: Step volt = Start Volt * Volt Step. Move the cursor to this zone, following soft keys will be displayed. -
Page 30: Diff（Limit）（ Corona
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] be displayed. They are coarse adjustment soft keys used to change the limit value by a resolution of 1.0. They are fine adjustment soft keys used to change the limit value by a resolution of ... - Page 31 PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Figure 5-2 Internal File Int. File consists of file number (NO), file name (File), Date/ Time, Load. Following soft keys can be used in this page. Load Press this key to load a file stored in the internal non-volatile memory. As figure 5-2 indicates, using the arrow key select the needed file.
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Page 32: Ext. File
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] the default name-<Unnamed>. Pressing ESC can exit the operation of saving file. Letters from A to Z, numbers from 0 to 9, and underline, etc. can be used for a file name. - Page 33 PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] can exit the operation of creating. Letters from A to Z, numbers from 0 to 9, and underline, etc. can be used for a file name. Note: Users are recommended to use self-defined folder name. The default name ranges from FOLDER01 to FOLDER 99.
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Page 34: Chapter 6 Introduction To [System]
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Chapter 6 Introduction to [SYSTEM] Press SYSTEM to enter System. System Figure 6-1 shows the System page. Figure 6-1 System Parameters irrelevant to test performance can be set in this page. Brightness Pass/Fail... -
Page 35: Brightness
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Brightness Move the cursor to this zone, following soft keys will be displayed. They are soft keys used to increase and decrease the LCD display. Pass/Fail Move the cursor to this zone, following soft keys will be displayed. -
Page 36: Language
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Turn off the password function. When user turns on or unlocks the instrument, it is not required to input password. Note: When turning off the password function, it is required to input the password. -
Page 37: I/O
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] LAN interface and interface setups can be set, as shown in figure 6-2. Figure 6-2 Interface Move the cursor to the I/O: zone, following soft keys will be displayed. RS232C Set RS232 interface as the I/O interface. - Page 38 PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] table. Signal Code Connector pin number Transmitted data Received data Signal ground common Table 6-1 RS-232 signal and pin number The reason is that the use of three lines is much more inexpensive and much simpler than that of five lines or six lines, which is the biggest advantage of using serial interface for communication.
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Page 39: Usb Interface
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] 1 Bit Set the stop bit to1 bit. 1.5 Bit Set the stop bit to 1.5 bit. 2 Bit Set the stop bit to 2 bit. Parity Move the cursor to this zone, following soft keys can be used. - Page 40 PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Figure 6-5 USBCDC has been installed Now, usb VCom port acts as a serial port. When PC has no serial port, the communication software based on this serial port can be used as USB virtual serial port.
- Page 41 PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Figure 6-6 USBCDC has not been installed. USBTMC interface USB (Universal Serial Bus) remote control system controls the instrument through the USB interface. This connection conforms to USBTMC-USB488 and USB2.0 protocols. Connect USB interfaces on PC and PT50xx through a USB cable.
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Page 42: Lan Interface
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Figure 6-7 PC has installed USBTIMC drive When user is using USBTMC interface, labview software can be used to access the instrument. interface LAN (Local Area Network) can access PT50xx by two ways. - Page 43 PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Figure 6-8 Network parameters of Host computer Figure 6-9 Network parameters of PT50xx 6.2.4.1 Access PT50xx through a browser When PT50xx is accessed through a browser, it acts as a WEB server. User can access PT50xx...
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Page 44: About
PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] by Internet Explorer (IE6.0 or upgraded version). Steps of the access to PT50xx trough a browser (assume that the instrument IP is 192.168.1.140) (1) Start up Internet Explorer. (2) Input http://192.168.1.140/ in the address zone and then press ENTER to finish inputting. - Page 45 PT5040 Operation Manual Chapter 6 Introduction to [SYSTEM] Figure 6-11 About Following soft keys can be used in the About page. Reset Press this key to reset the instrument. Factory Press this key to reset the instrument to factory settings.
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Page 46: Chapter 7 User Guide
PT5040 Operation Manual Chapter 7 User guide Chapter 7 User guide Use of keys Switch the display page There are three function pages displayed on the instrument: DISP, STEUP and SYSTEM. DISP Press this key to enter the measurement display page. -
Page 47: Bdv Test
PT5040 Operation Manual Chapter 7 User guide BDV test Determine an impulse voltage appropriate to test. The applied voltage has little effect on the turn-to-turn short test and the layer-to-layer short test of coil, but the amplitude of the applied impulse voltage has a great impact on the insulation test of coil. -
Page 48: Select Comparison Method
PT5040 Operation Manual Chapter 7 User guide Select comparison method Area size comparison is mainly used to compare the energy consumption. Differential area comparison is sensitive to energy consumption and inductance change. Corona comparison method is the best one for testing internal insulation of the coil. -
Page 49: Select Standards
PT5040 Operation Manual Chapter 7 User guide switch off the test method and directly take the corona comparison method. ⑤ It is the same as A④. Select standards Set test voltage. Then observe the corona value under non-standard test mode (7.2.1). -
Page 50: Chapter 8 Command Reference
PT5040 Operation Manual Chapter 8 SCPI Command reference Chapter 8 Command reference Command structure PT50xx series has two types of commands: GPIB common commands and SCPI commands. The GPIB common commands are defined in IEEE std.488.2-1987, and these commands are common for all devices. - Page 51 PT5040 Operation Manual Chapter 8 SCPI Command reference case.) For example: COMPARATOR:AREASIZE ON = COMP:AREA ON ⚫ The command header should be followed by a question mark (?) to generate a query for that command. For example: COMP:AREA? Multiple command rules: The semicolon (;) can be used as a separator to execute multiple commands on a single line.
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Page 52: Data Format
PT5040 Operation Manual Chapter 8 SCPI Command reference including units. For example: disp:page meas = DISP:PAGE MEAS = DiSp:PAGe MEas Data format PT50xx outputs the waveform data using the ASCII via the GPIB bus. The format is described as follows. -
Page 53: Command Reference
PT5040 Operation Manual Chapter 8 SCPI Command reference Square brackets indicate that the enclosed items are optional. When several items are enclosed by braces, one and only one of these elements may be selected. Command reference PT50xx subsystem commands: DISPlay Measure Function... - Page 54 PT5040 Operation Manual Chapter 8 SCPI Command reference Command syntax: DISPlay:PAGE <page name> <page name> are as follows: MEASurement sets the display page to the measurement display page (MEASurement). MSETup sets the display page to the measurement setup page (Meas SETup).
- Page 55 PT5040 Operation Manual Chapter 8 SCPI Command reference ALL ON ONLY STDWAVE ONLY TESTWAVE <NL^END> ALL OFF Where, ALL ON Both the standard waveform and the tested waveform are currently displayed on the screen. ONLY STDWAVE Only the standard waveform is currently displayed on the screen.
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Page 56: Measure Function Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference Where, 1 (decimal49) is equal to ON; the corona display mode is ON. 0 (decimal48) is equal to OFF; the corona display mode is OFF. For example: WrtCmd( “DISP: CORONA ON” ); the current corona display mode is ON. - Page 57 PT5040 Operation Manual Chapter 8 SCPI Command reference subsystem commands COMParator The COMParator subsystem commands set the compare conditions, such as Areasize, Diffzone, Corona and Phasediff. Figure 8-5 shows the command tree of the COMParator subsystem commands. COMParator [:STATe] ON (1) OFF (0) :AREAsize<n>...
- Page 58 PT5040 Operation Manual Chapter 8 SCPI Command reference Query syntax: COMParator[:STATe]？ Return format: <NL^END> The :AREAsize[:STATe] command sets the Areasize comparator function to ON or OFF. The :AREAsize[:STATe]？query returns the current Areasize comparator state. Command syntax: COMParator:AREAsize[:STATe] Where, 1 (decimal49) is equal to ON.
- Page 59 PT5040 Operation Manual Chapter 8 SCPI Command reference comparator. Command syntax: COMParator:AREAsize:DIFFerence <value> Where <value> can be NR1, NR2 or NR3 format without unit. For example: WrtCmd( “COMP:AREA:DIFF 2.5” ); set the difference limit value to 2.5%. NOTE: The <value> here is a percent value, For example, input 2.5 for2.5%.
- Page 60 PT5040 Operation Manual Chapter 8 SCPI Command reference The :DIFFzone:DIFFerence command sets the difference limit value of Diffzone comparator. The :DIFFzone:DIFFerence? query returns the current difference limit value of the Diffzone comparator. Command syntax: COMParator:DIFFzone:DIFFerence <value> Where, <value> can be NR1, NR2 or NR3 format without unit.
- Page 61 PT5040 Operation Manual Chapter 8 SCPI Command reference Query syntax: COMP:CORO:RANG？ Return format: <start pot>，<end pot><NL^END> start pot，end pot are NR1 format. The :COROna:DIFFerence command sets the difference limit value of the Corona comparator. The :COROna:DIFFerence? query returns the current difference limit value of the Corona comparator.
- Page 62 PT5040 Operation Manual Chapter 8 SCPI Command reference The :PHASediff:DIFFerence command sets the difference limit value of the Phasediff comparator. The :PHASediff:DIFFerence? query returns the current difference limit value of the Phasediff comparator. Command syntax: COMParator:PHASediff:DIFFerence <value> Where, <value> can be NR1, NR2 or NR3 format without unit.
- Page 63 PT5040 Operation Manual Chapter 8 SCPI Command reference The [:VOLTage] command sets the impulse voltage for testing. The [:VOLTage]? query returns the current impulse voltage value. Command syntax: <value> IVOLTage[:VOLTage] Where, <value> can be NR1, NR2 or NR3 format followed by KV or V and the value must be between100V to 5000V.
- Page 64 PT5040 Operation Manual Chapter 8 SCPI Command reference NOTE: The query for Break VOLTage returns no unit and the default voltage unit is V. The :TIMPulse command sets the average times for testing. The :TIMPulse? query returns the current average times.
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Page 65: Sample Rate Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference Command syntax: IVOLTage:DTIME <value> Where, <value> can be NR1, NR2 or NR3 format followed by s or ms. The set delay time ranges from 0 to 99.9s. For example: WrtCmd( “IVOLT:DTIME 1s” ); set the delay time to 1s. -
Page 66: Standard Wave Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference Return format: 100MSa/s 50MSa/s 20MSa/s 10MSa/s <NL^END> 5MSa/s 2MSa/s 1MSa/s For Multi-channel instrument, You can also use the [SRATE:RATE<n>] command to set the current sample rate of specified multiple windings.For two-channel instrument „n‟ is 1~2,For „n‟... - Page 67 PT5040 Operation Manual Chapter 8 SCPI Command reference subsystem command tree. Standard WAVE :SMODE SCYCLe OCYCLe OSAMPle :TRIGger [:IMMediate] :CHOose Figure 8-8 Standard WAVE subsystem command tree The :SMODE command sets the sample mode of the standard waveform. The :SMODE? query returns the current sample mode.
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Page 68: Wave Adjust Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference waveform, and returns the standard waveform when sample rate is changed. The :CHOose command is used to select the required standard waveform. Command syntax: SWAVE:CHOose For example: WrtCmd( “SWAVE:CHO” )； NOTE: 1. This command is available only on <MEAS DISP> page. -
Page 69: Statistic Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference Where, Extend the waveform 8 times the original size, which is to its maximum size. Not to extend the waveform. Not to extend the waveform. Extend the waveform 2 times. Extend the waveform 4 times. -
Page 70: Mwinding Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference MWINding subsystem commands The MWINding subsystem command group is used to set multi-channel instruments for test coil types, working mode,standard mode,test coil and other parameters. Figure 8-10 shows the MWINding subsystem command tree. - Page 71 PT5040 Operation Manual Chapter 8 SCPI Command reference The [:Working MODe] Command sets meter working mode. Command syntax: NORMal MWINding:Working MODe BALance Where NORMal Set the instrument work in normal working mode BALance Set the instrument work in balance working mode Query syntax: MWINding:WorkingMODe? For example: WrtCmd( “MWIN:WMODe?”...
- Page 72 PT5040 Operation Manual Chapter 8 SCPI Command reference Where <string>: One coil: AG, BG, CG, DG Two Coil: AG-BG, CG-DG, AB-CD Three coil: AG-BG-CG, AB-BC-AC Four coil: AG-BG-CG-DG Three phase three wire: AB-BC-AC Three phase four wire: AG-BG-CG The [:CurrentWINding] Command sets meter current winding.
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Page 73: Trigger Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference TRIGger subsystem commands The TRIGger subsystem command group is used to trigger a measurement or to set the trigger mode. Figure 8-11 shows the TRIGger subsystem command tree. TRIGger [:IMMediate] :SOURce EXTernal... -
Page 74: Fetch？Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference ？subsystem commands FETCh FETCh? subsystem commands are used to output waveform data, comparison results, output voltage, frequency and time measurement result. Figure 8-12 shows the FETCh? subsystem command tree. FETCh :Standard WAVE？... - Page 75 PT5040 Operation Manual Chapter 8 SCPI Command reference or 0 (FAIL). The following four data are the comparison results corresponding to each comparator: AREA SIZE, DIFF ZONE, CORONA and PHASE DIFF. NOTE: PT50xx returns the comparison result when the comparator is turned on.
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Page 76: Measure Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference MEASure subsystem commands The MEASure subsystem commands sets the measurement range of voltage, frequency and time. Figure 8-13 shows the MEASure subsystem command tree. MEASure :VOLTage <upper>,<lower> :FREQuency <start>,<end> :TIME <start>,<end> Figure 8-13 MEASure subsystem command tree The :VOLTage command sets the measurement range of voltage. -
Page 77: Abort Subsystem Command
PT5040 Operation Manual Chapter 8 SCPI Command reference The :TIME command sets the time range. The :TIME? query returns the current time range. Command syntax: MEASure:TIME <star>,<end> Where, <start> is the start point of time, NR1 format and ranging from 1 to 600 without unit. -
Page 78: Local Control Subsystem Commands
PT5040 Operation Manual Chapter 8 SCPI Command reference NOTE: The file contains the page information. When a file is loaded, PT50xx will display the saved page. The :SAVE:STATe or STORe:STATe command is used to save the current setting data to a file. - Page 79 Refer to Standard WAVE Subsystem commands for standard waveform test. *IDN? The *IDN? query returns the PT50xx‟s ID information. Query syntax: *IDN？ Return format: <manufacturer>,<model>,<firmware><NL^END> Where, Manufacturer（KUST Elektronik GmbH） <manufacturer> （PT50xx） <model> Model <firmware> Firmware（VER2.3.7）...
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Page 80: Error And Warning Message
PT5040 Operation Manual Chapter 8 SCPI Command reference rror and warning message The bus commands may have some spelling errors, syntax errors or wrong parameters. PT50xxexecutes a command after the command is analyzed. If one of above errors occurs, PT50xx halts the command analysis, and the rest commands will be ignored. -
Page 81: Chapter 9 Handler Interface
PT5040 Operation Manual Chapter 9 Handler interface Chapter 9 Handler interface Basic information The handler interface employs a 9-pin DB connector. Pin sequence is as follow. (side view) The signal definitions for each pin are described as follows: Note: The / (back slash) in the signal name means that the signal is asserted when low level PIN ... -
Page 82: Electrical Characteristics
PT5040 Operation Manual Chapter 9 Handler interface when use. The timing diagram for handler interface is displayed in above figure, T1 is the trigger pulse width and the minimum pulse width is 1 us. T2 is the delay time, after the foregoing measurement completed to next trigger signal;... -
Page 83: Isolated Input
PT5040 Operation Manual Chapter 9 Handler interface Figure 9-1 Simplified diagram of the output signals A simplified diagram of the output signals is shown in Figure 9-1. * is the default jumper setting when shipped from factory. That is to say, the default jumper setting is to use external voltage source. -
Page 84: Jumper Setup On Handler Interface
PT5040 Operation Manual Chapter 9 Handler interface Figure 9-2 Simplified diagram of the input signal In figure 9-2, the default jumper setting is to use external voltage source. Actually, the input signals and the output signals use the external voltage source together. The Current-limit resistor is used to limit the current and the default resistor is only suitable for external voltage source range from 5V to 8V. - Page 85 PT5040 Operation Manual Chapter 9 Handler interface Figure 9-3 Jumper position on the Handler interface board As above figure shown, when shipped from the factory, both jumpers are set at the upper position. If you want to apply the internal power supply, you must set both jumpers at the lower position.
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Page 86: Chapter 10 Package Contents And Warranty
If any one is missing, please contact us without delay. Warranty This KUST Elektronik GmbH instrument product is warranted against defects in material and workmanship for a period of two years from the date of shipment. You should supply us with the warranty card before you enjoy the free maintenance service. - Page 87 PT5040 Operation Manual Chapter 10 Package contents and warranty NOTES: 10-2...
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