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Meatest 9010+, User Manual

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Meatest 9010+ User Manual Download Page 14

 

The calibrator must be powered by 230/115 V – 50/60 Hz mains. Before connecting the instrument to 
the mains, check the position of the mains voltage selector located on the rear panel. Set appropriate 
voltage selector position either 115 V or 230 V. 

Plug one end of the power cord into connector on the rear panel and connect the other end of the power 
cord into a wall outlet. Turn the calibrator on with mains switch right next to it. You should see following 
splash screen on display. 

Calibrator then performs internal hardware checks for app. 5 seconds and then starts in Startup state 
(called Preset). Startup preset can be customized and up to 99 other presets can be defined and recalled 
later at any time. By default the Startup preset is set to VDC function, 10 V with output switched off. 

Specified parameters are guaranteed 30 minutes after switching the calibrator on and stabilizing it in 
reference conditions. 

 

Summary of Contents for 9010+

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Page 6: ... allow for testing meter sensitivity to distorted signals by a signal with various crest factor Advancing from previous M14x calibrator series 9010 can now calibrate even 1 GHz scopes 1 5 kV insulation testers and 1 MW power meters On the other hand we kept all the popular functions including complete transducer and external sensor calibration strain gauge pressure torsion force etc using built in...

Page 7: ...so provides zero potential to sense signal in 4W RESISTANCE mode I terminal is floating up to 20 Vpk relative to the Ground SETUP menu allows you to ground this terminal with relay 5 HIR Outputs set resistance in HVR function option HVR 6 GND Ground potential galvanically connected with housing and mains PE wire 7 TRG Used as external trigger for SCOPE functions option SCO 8 SCO Outputs all SCOPE ...

Page 8: ...ge description limits burden current compliance voltage etc Tooltip is hidden when no parameter is selected 3 Main value Can be edited via numerical input cursor keys or rotary knob Symbol on the right represents signal shape 4 Auxiliary parameters You can switch between parameters and main value using and buttons Every function has different set of auxiliary parameters 5 Softkey labels Softkeys b...

Page 9: ...s function mode if the function is already selected f e pushing VOLTAGE button in voltage DC mode switches to voltage AC mode 2 OPER Turns output on according to selected function and parameters 3 STBY Turns output off 4 NULL Sets meter readout to zero by shifting offset of active meter function 5 FUNC Toggles meter function Numeric and navigation buttons have dual function In menus these buttons ...

Page 10: ...ctor 6 External signal synchronization input 7 External signal synchronization output 8 MSI connectors 2x for control or synchronization with other Meatest devices 9 Fan outlet cover Every 9010 Multifunction Calibrator delivery includes following items USB stick with user manual 1 pc Factory calibration certificate 1 pc Power cord with European E type plug feel free to ask for other types when ord...

Page 11: ...17025 standard Only one interface can be used for communication at any given time Default active interface is RS232 other interfaces can be selected in MENU Interface Active bus To establish connection between the calibrator and computer set interface settings in your computer accordingly COM port see available COM ports in Windows Device Manager Baudrate USB according to MENU Interface USB Baudra...

Page 12: ...See 9010 SCPI manual for complete SCPI reference more details on communication setup and troubleshooting ...

Page 13: ...f danger Warning risk of electric shock Hazardous voltage above 50 V DC or AC might be present See User Manual Protective earth Fuse To prevent possible electrical shock or personal injury Read carefully safety information before you use the Product Do not alter the Product and use only as specified or the protection supplied by the Product can be compromised Do not use the Product if it is altere...

Page 14: ...into a wall outlet Turn the calibrator on with mains switch right next to it You should see following splash screen on display Calibrator then performs internal hardware checks for app 5 seconds and then starts in Startup state called Preset Startup preset can be customized and up to 99 other presets can be defined and recalled later at any time By default the Startup preset is set to VDC function...

Page 15: ...ethods change the main parameter by default If there are any other parameters on display you can switch between them using and select buttons Picture above shows AC voltage function with main value 10 Vrms and two auxiliary parameters signal shape and frequency Both auxiliary parameters have their dedicated softkey for fast access Additional settings are available under setup buttons SOURCE and ME...

Page 16: ...the fault Contact the manufacturer Hidden faults can cause different symptoms and be caused by different causes Usually they cause instability of some parameter Hidden defects can be caused by unacceptable distortion degraded insulation etc In this case contact the manufacturer Sometimes it seems that the calibrator has hidden defect when the rules for correct operation are not adhered to In this ...

Page 17: ...ers 3 1 3 5 Information menu contains general device data which cannot be modified by the user Manufacturer Model Serial number Device identification Software version Hardware version Internal options Device configuration External options List of externa options Expiration of Calibration validity Current date Device status Device readiness info Calibration expiration date is equal to last calibrat...

Page 18: ...ace Display backlight 0 100 Button light intensity 0 100 Beeper volume 0 100 Keyboard beep On Off Show tooltips on display Turns yellow menu tooltip On Off Form of specification Auto Absolute ppm Date Time Password protected submenu with following items o Time System time in HH MM SS format o Date System date in selected format o Format Date format M D Y M D Y D M Y D M Y D M Y Y M D Y M D o Show ...

Page 19: ...d on selected Location Only empty records and records with Calibration access and Manual storage can be overwritten 2 Try Loads selected record temporarily original calibration data will be restored on next calibrator startup 3 Load Loads selected record permanently 4 Delete Deletes record Only records with Calibration access and Manual storage can be deleted Preset feature allows you to save and ...

Page 20: ...reen is green 7 Push STBY key to switch output off Calibrator can source non sinusoidal waveforms with pre defined shape Output is limited to 200 V and 1 kHz Following waveforms are implemented Limit Sine sinusoidal with defined distortion 13 22 Square squarewave symmetrical Triangle symmetrical Ramp Up Ramp Down Harmonic adjustable harmonic products To select requested waveform push the soft key ...

Page 21: ...ELECT to move active window between Amplitude and Phase 3 When all harmonic products are set push soft key EXIT to return back to basic screen Distortion of sine wave signal has been adjusted To reset all harmonic products setting use soft key CLEAR ALL All higher harmonic products are set to zero except fundamental component When non zero distortion is set star sign will appear in window Harmonic...

Page 22: ...OAD key 20 mV and 200 mV DC ranges can operate in either passive or active output mode all other ranges operate in active output mode only Active output is formed by electronic amplifier The output offers higher load current up to 5 mA however with a little bit worse uncertainty Passive mode is formed by resistance divider with output resistance 50 Ω Output signal is less noisy and with better unc...

Page 23: ...Voltage function SETUP can be activated using SETUP SOURCE key Following screen will appear SETUP offers additional voltage function settings Use keys and EDIT soft key to change following items ...

Page 24: ...ortion 13 22 Square squarewave symmetrical Triangle symmetrical Ramp Up Ramp Down Harmonic adjustable harmonic products To select requested waveform push the soft key SHAPE highlight requested item using softkeys cursor keys or rotary button and confirm with ENTER Calibrator has unique feature of sourcing by customer defined waveform signal Definition on the signal is based on setting of amplitude...

Page 25: ...Current function SETUP can be activated using SETUP SOURCE key Following screen will appear SETUP offers additional current function settings Use keys and EDIT key to change the following ...

Page 26: ...excluded test lead resistance influence Low resistance mode function is based on electronic simulator of resistance It has limited working conditions Maximum test voltage is 20 V See specification for test voltage and test current limitations If HVR High resistance decade option is installed push RESISTANCE function key repeatedly until RESITANCE LVR mode is selected Push MODE soft key to display ...

Page 27: ...our wire connection Selection of individual fix value positions can be done using softkeys or cursor keys or using rotary button Numerical keypad is not active in this mode Calibration value is displayed on the display Terminals HI LO I I HIR GND Entry Function TRG HF 9010 Multifunction Calibrator V COM A R METER SCOPE SOURCE METER NULL SELECT SETUP SYSTEM 1100V RMS MAX 1500V DC MAX 1V PK MAX 20V ...

Page 28: ... output off Resistance SETUP can be activated using SETUP SOURCE key Following parameters are available Terminal ground On Off LO output terminals is internally connected to PE wire when parameter is set to ON Calibrator contains continuously adjustable decade based on capacitance simulation using electronic circuits The function is designed for calibration of standard resistance function of vario...

Page 29: ...lation transformer otherwise accuracy of calibrator will be disturbed Fixed mode offers high accuracy of sourced capacitors with fix nominal values Push MODE soft key to display list of modes Select Fixed item and confirm with ENTER Selection of individual fix value positions can be done using softkeys or cursor keys or using rotary button Numerical keypad is not active in this mode Capacitance SE...

Page 30: ... on the display for direct value entry using SELECT keys 4 Push OPER key to connect output terminals Calibrator is sourcing voltage and current 5 Push STBY key to switch output off Calibrator features with floating current channel Setting of grounded or floating output can be done in SETUP menu Sign of AC wave indicates SIN mode without distortion Terminals HI LO I I HIR GND Entry Function TRG HF ...

Page 31: ... and loading Star sign in field Harmonic indicates that for the output signal has been defined harmonic distortion Label without star sign means that the output signal is pure sin wave In Energy mode calibrator is sourcing output signal for defined period Select Power mode using POWER key Push Energy soft key Following screen will appear Set requested time for which output signals should be connec...

Page 32: ...position Harmonic using SELECT keys Soft keys meaning is changed enabling setting of higher harmonic content See chapter 4 1 3 for more details Energy softkey activates line for entering either requested energy portion in field ENERGY or requested time in field TIME Except one touch buttons calibrator has its own parameter setting under SETUP Push SOURCE SETUP key to call out menu with parameter s...

Page 33: ...Following items can be modified ...

Page 34: ... input Calibrator can be equipped with either SCO or SC1 scope option for calibration of oscilloscopes Both scope options feature following modes Select SCOPE function using SCOPE key following screen will appear Push the SCOPE key repeatedly to swap between Voltage SINE PWM Time marker mode DC and squarewave calibrated signals are available in this mode Requested mode Voltage can be selected afte...

Page 35: ...litude in preselected unit Vrms Vpk Vpp Vavg dBµ dBV dBm Push the OPER key to connect signal to the output terminals N connector Output resistance can be set to Low Z or 50 Ω in frequency range 20 Hz to 100 kHz Low Z range means output impendence is lower than 0 5 Ω Fix output resistance 50 Ω is only available for frequency above 100 kHz In Pulse mode repeated pulses with defined frequency and dut...

Page 36: ...e SETUP can be activated using SETUP SOURCE key Following screen will appear Output voltage of the SCOPE option can be triggered by external signal connected to coaxial BNC connector on the front panel Square wave signal with amplitude over 1 Vpk is expected Input resistance of the triggering input is 50 Ω Only one parameter selection is available for triggering signal Trigger Ratio To change sett...

Page 37: ...wing screen appears after the function selection To simulate an RTD temperature sensor 1 Connect thermometer input to HI LO I I terminals 2 Select RTD type sensor using RTD Type soft button either Platinum or Nickel 3 Set nominal resistance of the sensor at 0 C R0 For Pt 100 sensor the value is 100 000 Ω Use R0 soft button 4 Select a predefined temperature scale or create a custom scale and select...

Page 38: ...ct thermometer input to HI LO output terminals 2 Select TC Type sensor one of following R S B J T E K N M C D G2 3 Select requested temperature standard PTS 68 or ITS 90 4 Select Manual RJ mode and enter cold junction temperature into RJ field With MER option and Adapter 91 connected as in picture below you can also use Auto compensation mode 5 Enter requested temperature value into main field on ...

Page 39: ...ocess multimeter The multimeter offers directly basic measurement of output signal of various transmitters evaluation units energy counters etc without need of any other measuring instrument Except it the multimeter serves as thermometer for External reference junction adapter used for automatic compensation of cold junction temperature when thermocouple sensor is simulated Multimeter field appear...

Page 40: ...r functions When measuring thermocouples with auto cold junction compensation connect Adapter 91 as follows 2 Select requested function Use SELECT arrows key and rotary button or cursor keys 3 Multimeter starts measuring of the input signal Reading on the display can be nulled at any time with NULL button When Null function is active LED key NULL lit and symbol NULL is displayed in METER informati...

Page 41: ...hing to ON to activate the filter The Scaling function allows recalculation of multimeter readings Press Scaling softkey to set scaling parameters Scaling Use this item to turn scaling ON Scaling is automatically turned off after each meter function change for example changing from DCV to ACV Function shows relative value and Scale shows absolute value based on formulas and Gain Offset and Referen...

Page 42: ...on of the collected readings Count Number of readings STATISTICS function can be disabled by pushing soft button Statistics or readings can be reset by pushing soft key Clear LIMITS function displays indication whether reading is inside or outside predefined limits Lower and upper limit must be entered before switching the function ON Default value is 0 000000 for both values Indication of reading...

Page 43: ...ct access to the mathematic parameters is also using soft keys beneath display Smoothing Scaling Statistics and Limits The mathematic functions which have been switch on have indication with yellow bar in soft key description in the bottom line label is simultaneously displayed in METER field showing that mathematic function has been applied ...

Page 44: ...ully Not found device doesn t respond when address is entered Disabled device is disabled by the user Old HW device has outdated HW and cannot be used as an option Old SW device has outdated SW find out the possibility to update the SW No feature device does not have the required properties missing HW The EDIT soft key can be used to change the device address or to disable the device The address c...

Page 45: ...warz NRP Z51 or equivalent with 50Ω characteristic impedance when SCO option is installed 1 Place the calibrator to the standard condition and let it switched on for at least one hour in a laboratory in reference conditions 22 C to 24 C 2 Set Terminal ground item in 9010 s SOURCE SETUP menu to ON in order to suppress mains noise during measurement 3 Connect output input terminals of the calibrator...

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Page 52: ...e structure with following hierarchy 1 Function groups source and measurement 2 Functions f e Voltage DC 3 Ranges f e 10 V 4 Calibration points f e zero offset As with any other menu you can navigate through the tree structure using cursor buttons rotary knob or softkeys symbol indicates calibration tree branches with out of date or otherwise invalid calibration data ...

Page 53: ...ncluding date and relative drift from the first value ever recorded Two different approaches to calibration value adjustment are applied in 9010 Values denoted in or without any unit mostly used in source functions with continuous ranges like Vdc function in fig 42 above show relative position within selected range Such points can be adjusted by changing the value so that the standard readout gets...

Page 54: ...y recommended to periodically adjust all calibration points at once and in order as described in chapter 6 3 in order to maintain instrument specifications That said the instrument can be also adjusted partially i e in particular functions or ranges only If adjustment of next calibration point is not possible f e when required standard is not available the point can be skipped and old calibration ...

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Page 56: ...Fixed resistance nominals 0 Ω 0 1 Ω 1 Ω 10 Ω 100 Ω 1 kΩ 10 kΩ 100 kΩ 1 MΩ 10 MΩ 100 MΩ 1 GΩ Fixed capacitance nominals 1 nF 10 nF 100 nF 1 µF 10 µF 100 µF ...

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Page 59: ...ly dampened with either water or a non abrasive mild cleaning solution that is not harmful to plastics Internal firmware can be updated by user It is recommended check for firmware updates every 6 months or so to get the latest UI improvements new features and bug fixes To do this 1 Go to www meatest com drivers updates and find firmware update file upl for your device If your device is not listed...

Page 60: ...The following table lists an overview of error codes that you might come across when operating the calibrator manually Complete list of errors is available in SCPI manual ...

Page 61: ...nal 30 minute warm up in reference conditions are required in order to reach these specifications Reference conditions 21 25 C max 70 relative humidity Operating conditions 13 33 C max 70 relative humidity max altitude 3 km Storage conditions 10 55 C max altitude 12 km Temperature coefficient 10 of specifications per C outside Tref Warm up time 30 minutes Power supply 115 230 V 10 50 60 Hz 450 VA ...

Page 62: ...e otherwise Available AC units RMS peak peak peak average Frequency range 15 000 Hz 300 00 kHz below 2 V 15 000 Hz 100 000 kHz for 2 V 20 V 15 000 Hz 30 000 kHz for 20 V 200 V 15 000 Hz 10 0000 kHz for 200 V 280 V 20 000 Hz 1000 00 Hz above 280 V Frequency uncertainty 10 ppm Voltage output modes passive 50Ω output available in DC up to 200 mV active output available in entire range of both DC and ...

Page 63: ...etrical square ramp up ramp down triangle truncated sinus with THD 13 45 harmonics Voltage range 1 00000 mVrms 200 0000 Vrms 282 Vpk max Frequency range 15 000 1000 00 Hz Peak value uncertainty 0 21 of range 70 µVpk ...

Page 64: ...s Current ranges auto 200 µA 2 mA 20 mA 200 mA 2 A 20 5 A 30 A Range limits 5 100 of range Available AC units RMS peak peak peak average Frequency range 15 000 Hz 10 0000 kHz below 200 mA 15 000 Hz 5 0000 kHz for 200 mA 2 A 15 000 Hz 1000 00 Hz above 2 A Frequency uncertainty 10 ppm ...

Page 65: ...Peak value uncertainty 0 21 of range 700 nApk Voltage range 0 00000 mV 5 000000 V Coefficient range 0 000002 10 000000 V A Waveform DC sinusoidal Frequency range DC 15 000 Hz 400 00 Hz Distortion 0 1 in 100 kHz bandwidth Applicable multiplier 2 200 Max simulated current multiplier 30 A 1025 A with 140 50 Current Coil Frequency range 45 65 Hz Uncertainty adder user defined 0 3 by default ...

Page 66: ...Measurement modes 4W 2W Resistance range summary 0 0000 Ω 1 000000 MΩ in 4W mode 0 0000 Ω 1 100000 GΩ in 2W mode 2W compensation 0 0 1000 0 mΩ ...

Page 67: ...sistance range summary 0 0000 Ω 100 0000 kΩ in 4W mode 0 0000 Ω 1 000000 GΩ in 2W mode Resistance range summary 100 00 kΩ 10 000 GΩ continuous 100 GΩ fixed standard Test voltage measurement 0 0 1500 0 Vdc ...

Page 68: ...des 2W Range summary 0 800000 nF 120 0000 mF Maximum load 5 Vpk or 150 mApk whichever comes first Range summary 1 000000 nF 100 0000 µF Maximum load 25 Vpk or 150 mApk whichever comes first Tolerance from nominal 10 ...

Page 69: ...Individual items in formula are calculated like this dU 0 0035 40 µV 0 0037 of 20 V value dI 0 015 6 µA 0 018 of 200 mA value DC power uncertainty is then calculated as dP 0 00372 0 0182 0 012 0 021 which is also the best DC accuracy achievable Uncertainty of AC power is determined by formula where dP is uncertainty of output power in dU is uncertainty of set voltage in as per ACV specifications i...

Page 70: ...shift Electric energy uncertainties are determined by the same formulas as power with addition of time period uncertainty of 0 01 0 3 s Final formulas are therefore for DC for AC where dt is calculated as 0 01 30 set period This example is based on following parameters Function AC energy Set power 460 W 230 V 2 A 0 phase shift 50 Hz Set period 5 minutes Individual items in formula are then calcula...

Page 71: ... range Max frequency 1 kHz Min frequency uncertainty 25 ppm V from I phase uncertainty 0 2 at 70 Hz and below 0 5 above 70 Hz Number of products 50 Amplitude range 0 00 30 00 of full range of fundamental harmonic Amplitude uncertainty 0 2 of fundamental harmonic range Max frequency 5 kHz Phase shift range 0 00 360 00 Phase shift uncertainty 5 µs typical Max peak amplitude 2 full range of fundament...

Page 72: ...Sensor types RTDs thermocouples Temperature range summary 200 00 C 800 00 C Temperature scales Pt 3850 IPTS68 Pt 3851 ITS90 Pt 3916 Pt 3926 Ni 120 custom Range of R0 setting 20 2000 Ω ...

Page 73: ...y sensor type Thermocouple types B C D E G2 J K M N R S T Cold junction comp modes off manual automatic Sensor type Pt100 Temperature uncertainty 0 1 C with calibration constants saved in 9010 0 3 C otherwise Typical sensor stability 0 05 C year ...

Page 74: ...00 mV 10 500 V Square wave 1 000 mVpk 10 500 Vpk Amplitude uncertainty 0 1 50 µV at 10 kHz and below 0 2 50 µV above 10 kHz Max load current 20 mA 1 Vpk at 50Ω load Rise time 200 ns Output terminal 4mm terminals HI LO Waveforms DC positive negative symmetrical square wave Frequency range 15 00000 1000 000 Hz Frequency uncertainty 25 ppm Amplitude range DC 0 000 mV 200 00 V Square wave 1 000 mVpk 2...

Page 75: ...10 20 30 40 50 below 2 5 MHz 10 20 30 40 50 for 2 5 25 MHz 50 above 25 MHz Amplitude range 50 100 500 and 1000 mVpk 50 Ω Amplitude uncertainty 10 Jitter 2 ns Rise time 1 ns Output terminal coaxial N connector Waveform 2 ns spike below 400 ns PWM square wave at 400 ns and above Time period range 2 50000 ns 10 000 s Time period uncertainty 2 5 ppm Amplitudes 50 100 500 and 1000 mVpk 50 Ω Amplitude u...

Page 76: ...000 MHz Frequency uncertainty 0 1 ppm Pulse width range 2 5 ns 5 s Duty cycle ratios 1 10 20 30 40 50 below 2 5 MHz 10 20 30 40 50 for 2 5 25 MHz 50 above 25 MHz Amplitude range 50 100 500 and 1000 mVpk 50 Ω Amplitude uncertainty 10 Jitter 2 ns Rise time 1 ns Output terminal coaxial N connector Waveform 2 ns spike below 400 ns PWM square wave at 400 ns and above Time period range 2 50000 ns 10 000...

Page 77: ...rement uncertainty 0 1 of value in 10 100 of range Functions DCV DCI frequency resistance TC RTD Terminal ratings 25 Vpk max between V and COM 10 Vpk max between A and COM 50 Vpk max between COM and PE 1 MΩ between COM and PE Temperature range 200 00 800 00 C ...

Page 78: ...Temperature range 250 00 1820 00 C Cold junction comp modes Manual ...

Page 79: ...s that its product conforms to following specifications EN 61010 1 ed 2 2010 A1 2016 COR1 2019 03 EN 61000 part 3 2 ed 5 2019 EN 61000 part 3 3 ed 3 2014 EN 61000 part 4 2 ed 2 2009 EN 61000 part 4 3 ed 3 2006 A1 2008 A2 2011 Z1 2010 EN 61000 part 4 4 ed 3 2013 EN 61000 part 4 5 ed 3 2015 A1 2018 EN 61000 part 4 6 ed 4 2014 EN 61000 part 4 11 ed 2 2005 EN 61326 1 ed 2 2013 EN 55011 ed 4 2015 A1 20...

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