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EM TEST 

 

VDS 200 Series 

Manual for Operation 

V 5.19 

47 / 57 

 

6.5.  Calibration and Verification 

6.5.1.  Factory calibration 

Every EM TEST generator is entirely checked and calibrated as per international standard regulations before 
delivery. A calibration certificate is issued and delivered along with a list of the equipment used for the calibration 
proving the traceability of the measuring equipment. All auxiliary equipment and accessories are checked to our 
internal manufacturer guidelines. 

The calibration certificate and the certificate of compliance (if available) show the date of calibration.  

The EM Test equipment are calibrated in the factory and marked with a calibration 
mark. The used measuring instruments are traceable to the Swiss Federal Office of 
Metrology. 
The calibration date is marked. The validity of the calibration is to the responsibility 
of the user’s quality system. Neither the certificate of calibration nor the 
corresponding label mark any due date for re-calibration. 

 

Example: Calibration mark 

6.5.2.  Guideline to determine the calibration period of EM Test instrumentation 

Our International Service Departments and our QA Manager are frequently asked about the calibration interval of 
EM TEST equipment. 
EM TEST doesn’t know each customer’s Quality Assurance Policy nor do we know how often the equipment is 
used and what kind of tests are performed during the life cycle of a test equipment. Only the customer knows all 
the details and therefore the customer needs to specify the calibration interval for his test equipment. 

In reply to all these questions we like to approach this issue as follows : 
EM TEST make use of a solid state semiconductor switch technique to generate high voltage transients. A 
precious advantage of this technique is the absolute lack of periodical maintenance effort. In consequence 
thereof a useful calibration period has to be defined based on two criteria : 

The first one is the customer’s Quality Assurance Policy. Any existent internal regulation has to be applied at 
highest priority. In the absence of such internal regulation the utilization rate of the test equipment has to be 
taken into consideration. 

 
-   Based on the experience and observation collected over the years 

EM TEST recommend a calibration 

interval of 1 year

 for frequently used equipment. A 2-years calibration interval is considered sufficient for 

rarely used test generators in order to assure proper performance and compliance to the standard 
specifications. 

6.5.3.  Calibration of Accessories made by passive components only: 

Passive components do not change their technical specification during storage. Consequently the measured 
values and the plots stay valid throughout the storage time. The date of shipment shall be considered as the date 
of calibration. 

6.5.4.  Periodically In-house verification 

Please refer to the corresponding standard before carrying out a calibration or verification. The standard 
describes the procedure, the tolerances and the necessary auxiliary means. Suitable calibration adapters are 
needed. To compare the verification results, EM Test suggests to refer to the waveshape and values of the 
original calibration certificate. 

All calibrations and verifications are always done without mains supply voltage connected to the coupling network 
input. 

 

Summary of Contents for RDS 200N

Page 1: ...r 42V supply systems The VDS 200Nx is a low frequency amplifier It simulates the battery power supply of a vehicle and complex power supply distortions in the power range up to 12 000W A lot of differ...

Page 2: ...V 5 19 2 57 EM TEST Switzerland GmbH Sternenhofstrasse 15 4153 Reinach BL1 Switzerland Phone 41 61 717 91 91 Fax 41 61 717 91 99 URL http www emtest com Copyright 2013 EM TEST Switzerland GmbH All rig...

Page 3: ...9 3 3 1 1 Pulse 4 voltage drop 19 3 3 1 2 Pulse 2b 19 3 3 2 ISO 16750 2 WD 03 2000 2 20 3 3 2 1 Short voltage drop 20 3 3 2 2 Slow decrease increase 20 3 3 2 3 Supply voltage profile 21 3 3 2 4 Pulse...

Page 4: ...ol 44 6 4 Examples Test setup 45 6 5 Calibration and Verification 47 6 5 1 Factory calibration 47 6 5 2 Guideline to determine the calibration period of EM Test instrumentation 47 6 5 3 Calibration of...

Page 5: ...200B 60V I 0A 15A 10 50kHz VDS 200N30 60V VDS 200B1 60V I 0A 30A 10 70A 500ms 50kHz VDS 200N50 60V VDS 200B2 60V I 0A 50A 10 100A 500ms 30kHz VDS 200N100 60V VDS 200B3 60V I 0A 100A 10 150A 500ms 30k...

Page 6: ...10 150A 500ms VDS 200N100 3 30V I 0A 100A 10 150A 500ms VDS 200N100 4 60V I 0A 100A 10 150A 500ms Overvoltage protection selectable 20 30 40 and 60V VDS 200N100 5 60V I 0A 100A 10 150A 500ms Extra fas...

Page 7: ...on f max VDS 200N30 1 30V 5V 60V 5V I 0A 50A 10 150A 200ms I 0A 30A 10 90A 200ms 50kHz VDS 200N50 1 30V 5V 60V 5V I 0A 85A 10 220A 200ms I 0A 50A 10 150A 200ms 50kHz VDS 200N100 2 40V 5V VDS 200N100 6...

Page 8: ...arted the output voltage and the current will be setted to zero 4 Knob Inc Dec The knob increments or decrements test parameters with a numeric value or selects from a list of parameters 5 Cursor keys...

Page 9: ...rt and start the menu Extern The amplifier than is ready to be remote controlled The input signal range is 0 10V in the frequency range of 0 50kHz The output power EUT test supply than would result in...

Page 10: ...herefore a high quality USB cable USB 2 0 standard must be used 10 CN connector not used Connector for control external devices not used in VDS200N series 11 Fail detection FAIL 1 TEST STOP The BNC in...

Page 11: ...nob Inc Dec 5 Cursor keys and 6 EXIT 7 ESC 8 BNC CRO Trigger for oscilloscope 9 Earthplug for voltage probes 10 LED Power ON 11 DUT test supply output 12 Emergency switch OFF 11 EUT test supply The EU...

Page 12: ...Siemens 3RV10 21 1JA1 with overcurrent protection For switch on the user has to put the switch in the illustrated position 13 Sense input Sense input for dc supply 2x banana plug 4mm 14 DUT Test supp...

Page 13: ...ide Rear side 1 Power output frontside 2 Mains plug 230V fused on F4 total 16A 1 Power output rear side 2 Fuse F4 for all mains output 16AT 6x32mm 3 Mains 230V fused total 16A 4 Mains input 3 x 400 V...

Page 14: ...se rear side 7 Protection switch power supply 8 Mains input 4x400V 32A Operating elements rear side A Control VDS 200N100 1 1 I Peak 1V 50A 2 I Monitor 1V 10A 3 U Monitor 1V 10V 4 Ext Trigger Autowave...

Page 15: ...VDS 200 is automatically set to the nominal voltage of the DUT The actual nominal voltage can be defined in the service menu under Set up When starting the related test routines the output voltage wi...

Page 16: ...Waveforms SWN 001234 The serial number and the version number SWN are used for tractability reasons These numbers are listed in the test reports and calibration certificates These numbers also are li...

Page 17: ...igit to be changed fast or slow change Pressing of the ESC button will bring the user back to the previous level from where the test can be restarted with new parameters Page 6 Start ISO Pulse 4 After...

Page 18: ...DARDS F1 ISO 7637 F2 ISO 16750 2 or WD 03 2000 2 F3 JASO F1 F2 F3 F4 F5 F6 F7 Pages 4 ISO 7637 ISO 16750 2 WD 03 2000 2 JASO F1 Pulse 4 F1 Short voltage drop F1 Jaso F2 Pulse 2b F2 Slow decrease incre...

Page 19: ...V Parameters Vb 0 0V 30 0V 60 0V Va1 30 0V 60 0V 30 0V 60 0V Va2 30 0V 60 0V 30 0V 60 0V t1 0 1s 99 9s t7 5ms 999ms t8 5ms 999ms t9 0 1s 99 9s t11 5ms 999ms Va 0 0V 30 0V 60 0V I 1A 30A Imax tri Auto...

Page 20: ...V Parameters Vb 0 0V 30 0V 60 0V Va1 30 0V 60 0V 30 0V 60 0V Va2 30 0V 60 0V 30 0V 60 0V t1 0 1s 99 9s t2 0 1s 99 9s t3 0 1s 99 9s int 0 1s 99 9s n 1 30 000 endl tri Auto Manual I 1A 30A Imax 3 3 2 2...

Page 21: ...0V 60 0V dVa 30 0V 60 0V 30 0V 60 0V t1 0 1s 99 9s t2 0 1s 99 9s t3 0 1s 99 9s n 1 30 000 endl tri Auto Manual I 1A 30A Imax 3 3 2 4 Pulse Starting profile This test is simulate a motor startup includ...

Page 22: ...rameters Vb 0 0V 30 0V 60 0V Vp 0 0V 5 0V f1 0 001Hz 50 000kHz f2 0 001Hz 50 000kHz f3 0 001Hz 50 000kHz t1 0 1s 999 9s t2 0 1s 999 9s int 0s 999s n 1 30 000 endl tri Auto Manual I 1A 30A Imax 3 3 2 6...

Page 23: ...57 3 3 3 Jaso Test 1 Limitations VB1 VB3 VB2 Fn 2 Fn 1 F1 Fn T1 1 F1 Parameters Vb1 0 0V 30 0V 60 0V Vb2 0 0V 30 0V 60 0V Vb3 0 0V 30 0V 60 0V t1 0 1s 99 99 s t2 0 1s 99 99 s f1 0 1Hz 99 9 Hz fn 0 1Hz...

Page 24: ...Hz 1 2Hz t2 1 0s 999 9s n 1 30 000 endl I 1 0A 15 30 50 100A Frequency behavior Firmware from version 4 20a18 25 manufactured 2007 or later 16Vpp up to 25kHz 10Vpp up to 30kHz 6Vpp up to 50kHz Firmwar...

Page 25: ...m generator The maximum bandwidth is 50kHz for generators up to 35A output current For higher currents the bandwidth is limited to 30kHz For this purpose the operator must select VDS Extern by pressin...

Page 26: ...5Hz ripple of 1Vp p is superimposed during t9 to Va tr tf 10ms Input restrictions 0 0 V Vb Va1 30 0V 60 0V 0 0 V Vb Va2 30 0V 60 0V Parameters Vb 0 0V 30 0V 60 0V Va1 30 0V 60 0V 30 0V 60 0V Va2 30 0V...

Page 27: ...s Page 4 Change DC POWER SUPPLY Vb 0 0 V 30 0V or 60 0V I 1 A 15A 30A 50A 100A Vb I 13 5 30 F1 F2 F3 F4 F5 F6 F7 Page 5 Start DC POWER SUPPLY Vb 13 5 V I 30 0A I 5 8 A Stop ChangeZoom U 13 4 V F1 F2 F...

Page 28: ...esses of the EM TEST AG and the EM TEST GmbH are shown The addresses of all EM TEST Sales agencies are listed on the web site of EM Test under www emtest com Selftest The operator can initialize a sel...

Page 29: ...has not been in operation 1 30 min F3 Interfaces This menu will help the user to define the status of the integrated serial and parallel interfaces e g the baud rate of the RS 232 or the address of t...

Page 30: ...up by 3 boards the power supply the micro controller board and the interface board Power supply unit The power supply unit supplies voltages of 15V 5V 24V for all other modules of the simulator The un...

Page 31: ...enerated such as pulse 4 and pulse 2b of ISO sine wave sweeps and so on The unit can also be used as a high power amplifier up to 50kHz bandwidth see the limitations For this purpose the unit can be c...

Page 32: ...iniature Fuse Rating 0 5A 32A Voltage 250V ac Dimension 6 3mm x 32mm Breaking Capacity 200A 10kA Miniature Fuse Rating 16A 20A Voltage 400V ac Dimension 10 3mm x 38mm Breaking Capacity 100kA Fuse NEOZ...

Page 33: ...tage The overvoltage protection is available at the following devices Device Voltage setting VDS200N100 4 Switch rear side VDS 200N150 option Jumper internal VDS 200N200 option Jumper internal 4 5 1 P...

Page 34: ...torage capacitor bank via a 1 2 resistor to zero Controller An analogue controller controls the overvoltage protection independent Blockdiagram General overview of the overvoltage protection 4 5 3 Pro...

Page 35: ...the crowbar control board This will trip the overvoltage protection 5 Switch OFF the VDS200 6 Change the bridge for level setting to the desired voltage level 7 Switch power on and check if the prote...

Page 36: ...ation V 5 19 36 57 4 5 5 Typical protection behavior The following pictures show the typical behavior of the crowbar protection in case of an overvoltage Protection level 20V Protection level 30V Prot...

Page 37: ...0A 10 1000A 500ms U 0 30V Pulses as per test routines Source impedance Zi 10m Zi Ri dc 400Hz Recovery time trec trec 100 s 63 of max excursion Current limiter Ilimit Ilimit 0 Imax with 1A steps Voltag...

Page 38: ...x 55 x 60 cm 120 kg VDS 200N50 1 208V Minirack 20HE 112 x 55 x 80 cm 175 kg VDS 200N200 3 Rack 25HU 129 x 55 x 80 cm 245 kg VDS 200N200 4 Rack 34HU 196 x 60 x 80 cm 425 kg Power supply as ordered Dep...

Page 39: ...ons F1 Sinus F2 Jumpstart F3 VDS Extern F4 Pulse 4 GM 9105P DC Power Supply Using as a dc power supply Service Addresses EM TEST AG Selftest set up routines 5 7 Measurement BNC connector CRO TRIGGER t...

Page 40: ...15V x 300A 29V x 300A 8 700W 100ms 240A 14V 15V x 240A 29V x 240A 6 960W 200ms 100A 14V 15V x 100A 29V x 100A 2 900W continuous Pulses as per test routines Risetime DC coupled 10 s 10 90 Frequency ran...

Page 41: ...A 63V x 230A 14 500W 10ms 230A 14V 15V x 300A 29V x 230A 8 700W 100ms 138A 48V 15V x 138A 63V x 138A 8 700W 100ms 200A 14V 15V x 200A 29V x 200A 5 800W 200ms 92A 48V 15V x 928A 63V x 92A 5 800W 200ms...

Page 42: ...to pin 7 8 Pin DB9 Interface PIN Function 1 Sense 2 nc 3 nc 4 nc 5 Sense 6 nc 7 Resistor for outputlimitation 8 Resistor for outputlimitation 9 nc DC output with DB9 interface Measuring Result DC Outp...

Page 43: ...0409 6 0 9033 31 0 2624 56 0 091 81 0 0397 7 0 8737 32 0 2499 57 0 0876 82 0 0387 8 0 8420 33 0 2380 58 0 0846 83 0 0376 9 0 8087 34 0 2271 59 0 0816 84 0 0365 10 0 7748 35 0 2166 60 0 0785 85 0 0356...

Page 44: ...ogether to a fully automotive test set up The set up communicates via the IEEE GPIB bus and is controlled by ISM ISO software For setting up the system see the following figures Each generator can be...

Page 45: ...p example with AutoWave UCS 200N VDS 200Nx LD200N PFS 200N RDS 200N Note Do never connect The PFS200N output 0 10V in parallel with any Autowave output In this case the controlled DC source will deliv...

Page 46: ...oWave former ARB2714 MPG 200 VDS 200Nx LD 200 EFT 200 CNA 200 Note Do never connect The PFS200N output 0 10V in parallel with any Autowave output In this case the controlled DC source will deliver a w...

Page 47: ...nt In reply to all these questions we like to approach this issue as follows EM TEST make use of a solid state semiconductor switch technique to generate high voltage transients A precious advantage o...

Page 48: ...id for the delivery 7 2 Accessories and options User software iso control Test analysis and documentation with windows see separate documentation License version for testing according the most automot...

Page 49: ...N30 1 VDS200N50 1 RDS 200N Low Voltage Directive 2006 95 EC Standard to which conformity is declared EN 61010 1 2006 Safety requirements for electrical equipment for measurement control and laboratory...

Page 50: ...ontside RDS 200N 1 Display 2 Voltage Current LED 3 OV LED overvoltage analog input 4 OT LED overtemperature 5 EUT Test supply output 1 Display Display of the output voltage and current 2 Voltage Curre...

Page 51: ...ange is 0 10V in the frequency range of 0 5kHz The output power EUT test supply than would result in 0 16V 2 Test supply output At this output the generator can be loaded with the maximum current of 1...

Page 52: ...B Bandwidth Up to 5kHz with 8Vpp Sense Plug on the rear side Ripple Max 0 85V rms Interface Remote control To connect external arbitrary generators or analog out of PFS 200N General data Dimensions 19...

Page 53: ...EM TEST VDS 200 Series Manual for Operation V 5 19 53 57 8 3 VDS 200N Blockdiagram...

Page 54: ...EM TEST VDS 200 Series Manual for Operation V 5 19 54 57 8 4 Bipolar VDS 200N Potential diagram VDS200N30 1 VDS200N50 1 VDS200N100 1...

Page 55: ...Mating plugs with suitable locking devices can be snap locked into the socket With one pick off socket 6mm and two safety sockets 4mm for voltage tests up to 600V CATIII Safety flush mounting plugs I...

Page 56: ...replace any transistors in the power PCB EM Test delivers a couple of spare transistors with the unit It is mandatory to mount transistors of the same fabrication lot for simulate switching Otherwise...

Page 57: ...procedure Stop stops the test procedure Change Select the parameters Continue the test procedure JASO F1 Jaso Start Stop FUNCTIONS F1 Sinus F2 Jumpstart F3 VDS Extern F4 Pulse 4 GM 9105P Start run the...

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