PG501 Bipolar Current Source for Magnet Supply Technical Manual
Contents
1. DSUB25 female Pin Signal Comment 1 NC reserved 14 NC reserved 2 NC reserved 15 NC reserved 3 NC reserved 16 NC reserved 4 NC reserved 17 NC reserved 5 NC reserved 18 NC reserved 6 NC reserved 19 NC reserved 7 NC reserved 20 NC reserved 8 NC reserved 21 NC reserved 9 NC reserved 25 NC reserved 10 NC reserved 23 NC reserved 11 NC reserved 24 NC reserved 12 STOP reserved 25 GND Ground of the aux supply connected to USB ground 15 START Inhibit input Table 6 Global Stop and Start Connector Pin Assignment The signals shall be connected by a dry contact e g relay and must not be connected to other potentials The input has an internal 330 Q pull up resistor to SV and an input impedance of 1 kQ Signal Functionality STOP If this signal is connected to GND dry contact close all power supply outputs are switched off This functionality has priority over all other functions it 1s not possible to switch outputs on in this state START If this signal is connected to GND dry contact close all power supply outputs are switched on They will only be switched off in case of an emergency switch off caused by the supervision logic of the power supply If this signal is not connected dry contact open power supply outputs may be switched on off via SNMP or with the display control 26 July 2010 7 00000 A0 2 9 Alphanumeric Display Optional This optio2. RW RW RW RW RW RW RW RW RW RW eS R INTEGER Range 1 255 t groupsTable 4 groupsEntry 1 Index EnumVal Values f W EnumVal Values communication 5 snmp 1 26 July 2010 Size 1 Convention DisplayString 4 outputGroup 3 0 127 BitString outputStatus 4 outputoOn 0 outputInhibit 1 outputFailureMinSenseVoltage 2 outputFailureMaxSenseVoltage 3 outputFailureMaxTerminalVoltage 4 outputFailureMaxCurrent 5 outputFailureMaxTemperature 6 outputFailureMaxPower 7 outputFailureTimeout 9 outputCurrentLimited 10 outputRampDown 12 outputMeasurementSenseVoltage 5 Convention Float outputRampUp 11 outputMeasurementTerminalVoltage 6 Convention Float outputMeasurementCurrent 7 Convention Float outputMeasurementTemperature 8 OK 129 FAILURE 127 outputSwitch 9 OFF 0 ON 1 outputVoltage 10 Convention Float outputAdjustVoltage 11 A A Oa outputCurrent 12 Convention Float outputSupervisionBehavior 15 0 65535 outputSupervisionMinSenseVoltage 16 Convention Float outputSupervisionMaxSenseVoltage 17 Convention Float outputSupervisionMaxTerminalVoltage 18 Convention Float outputSupervisionMaxCurrent 19 Convention Float outputConfigMaxSenseVoltage 21 Convention Float outputConfigM
3. We recommend in case of any malfunction to send the power box to Wiener or to one of our representative for service 20 June 2006 1 00000 A0 Declaration of Conformity Low Voltage Directive 73 23 EEC and EMC Directive Art 10 1 of 89 336 EEC W IC NC R Plein amp Baus GmbH declare under our own responsibility that the product PG5 PL6 F8 12 Items 0P00 xxxx 0P01 xxxx 0P04 xxxx 0M1I xxxx 0M21 xxxx 0PGO xxxx is in accordance with the following standards or standardized documents EN 60 950 1 2001 e Corr 2004 09 Niederspannungsrichtlinie low voltage directive ds EN 61 000 6 3 2001 St raussendung EMA RF emission EN 55 022 1998 St rspannung conducted noise Corr 2001 A1 2000 KI B EN 55 022 1998 Corr 2001 A1 2000 KI B EN 61 000 3 2 2001 EN 61 000 3 3 1995 Corr 1997 A1 2001 EN 61 000 6 2 2001 EN 61 000 4 6 1996 A1 2001 EN 61 000 4 3 1996 A1 1998 A2 2001 St rfeldst rke radiated noise Oberschwingungen harmonics Spannungsschwankungen flicker St rfestigkeit EMB immunity HF Einstr mung injected HF currents HF Felder radiated HF fields incl 900MHz EN 61 000 4 4 1995 A1 2001 Burst EN 61 000 4 5 1995 A1 2001 Surge EN 61 000 4 11 1994 A1 2000 Spannungs Variationen voltage variations EN 61 000 4 2 1995 A1 1998 A2 2001 ESD Conditions This unit is not a final product and is foreseen for use inside a closed cabinet The supplying of loads
4. PG501 Bipolar Current Source for Magnet Supply Technical Manual 26 July 2010 I 00000 A0 General Remarks The only purpose of this manual is a description of the product It must not be interpreted as a declaration of conformity for this product including the product and software W Ie Ne R revises this product and manual without notice Differences of the description in manual and product are possible W Ie Ne R excludes completely any liability for loss of profits loss of business loss of use or data interrupt of business or for indirect special incidental or consequential damages of any kind even if W Ie Ne R has been advises of the possibility of such damages arising from any defect or error in this manual or product Any use of the product which may influence health of human beings requires the express written permission of W Ie Ne R Products mentioned in this manual are mentioned for identification purposes only Product names appearing in this manual may or may not be registered trademarks or copyrights of their respective companies No part of this product including the product and the software may be reproduced transmitted transcribed stored in a retrieval system or translated into any language in any form by any means with the express written permission of W Ie Ne R Control Cabinet In the context of this user manual the control cabinet must fulfill the requirements on fire protective enclosures acco
5. 3 2 IA A 12 3 3 Description of the Menu Iteme 0cccsssssssssssssssosscsccccsssessssscssvecssssonssossccosescsssseess 12 3 3 1 Read Power Supply Data From File Dialog cccccccccccnnnoononnoocncnnnnnncnnnnnnnnos 13 232 Dr put Contre ora ton Dial O save 14 3 3 3 Global and Network Configuration DialOg oooonnnnnnnnccccnnnnnnnnnnnonononnonnnnnnnnnns 16 NNN 16 DNL 17 RENN 18 T The WEA RA Power Bissau 19 Appendix A Measurement ansia aiii idas 20 Appendix B Data SEE 26 Append C SNMP OD Tres aiii 27 20 June 2006 iii 00000 A0 Figures Figure 1 1 PG501 Bock DiagramM occcocnccccncccnccocnocncnonanocnnnnnannnnnnonnrnnnnnnonnnonanonnncnns 2 Figure 2 1 PG501 Front Side with Interlock and Water Cooled Option 3 Figure 2 2 PG501 Front Side with Display OptiON ooocccconcnccocncconcncnncnnoncnnnnoncnnnnns 3 Figure 7 1 MARA Power Blass edad 19 Figure 7 2 20A 5A s rise time connected to 2 9 Ohm Resistor 20 Figure 7 3 20A 30A s rise time connected to 2 9 Ohm Resistor 20 Figure 7 4 20A 5A s rise time connected to 2 9 Ohm Resistor and 2 2 H 18 Ohm HAT ME NENNEN RESTORE e EIE ETICA UR 21 Figure 7 5 20A 30A s rise time connected to 2 9 Ohm Resistor and 2 2 H 18 af eo og ego EN A 21 Figure 7 6 4A 5A s rise time connected to 2 2 H 18 Ohm Inductance 22 Figure 7 7 4A 30A s rise time connected
6. Control Status marin 80000 Main OFF 25 000 on failure Ignore this Failure Ignore this Failure ud Switch all channels off Ee 26 July 2010 You see the measured voltage and current and the calculated power and resistance of the load The Nominal Values area allows to change the operation parameters Automatic Offset Adjustment checkbox should be enabled it provides automatic correction of the offset drift of the DAC The Control amp Status area shows the actual state of the device INHIBIT The power supply is locked either by hardware interlock or by the ON OFF switch at the front panel Systems with the Display option can be switched on with the red main switch at the front panel or with the Switch Main On menu with this program Systems without the display option have to be switched on with the green rocker switch With the Power ON and Power OFF buttons you switch the internal power stage MEH see figure 1 1 Click the Power ON button to activate it 00000 A0 The main window shows a reference voltage and the current and voltage of the internal supply E uu pe ial 5 4 oe Bre us p UL ELLI i PE CIE iti P VM CutputCanfiguratian OutputCalibration System Stop Help File Switch SelectOutput D Output U 0 000 V I 0 000 A ADC Temp 34 86 C Power Uref 14 508 V I 1 280 U 17 085 V Measurement
7. Mar 10 21 24 04 Er Pk PkIC1 24 0mw File Edit Vertical Hariz cq Trig Display Cursors Measure Tek Stopped Single Seq 1 Acgs RAMSET 3 012my Ch 10 0rn W B M 2 Orns SUDksS s e Dust A Chl s 13 0mw B Chi 0 0 Figure 7 12Noise 20A 20V resistive load File Edit Vertical Haoriz cq Trig Display Cursors Measure Masks Math MyScope Utilities Help 513 4605 11 Mar 10 21 25 23 Pk PkiC1 id3 5mw Tek Stopped AMISIC1 1 748m Ch1 1 rm v By MI 2 Oms SOOKSAS 2 Ops pt A Chi 46m B Chi OO Figure 7 13Noise 20A 2V resistive load 100 mOhm 00000 A0 26 July 2010 25 Appendix B Data Sheet Rated Input Voltage 106 230 V AC 15 variation allowed Rated Input Current 16 A Sinusoidal CE EN 60555 IEC 555 pow fact 0 98 230V AC 50 60 Hz Inrush current 16 A cold unit Output Insulation SELV CE EN 60950 ISO 380 VDE 0805 UL 1950 C22 2 950 DC Output power with different input voltages at the rated current 16A calculated with typical efficiency of 7590 90 230VAC 400 Wnom DC Output Characteristics Floating range Noise and ripple Conditions at the load Emission Immunity Operating temperature Storage Temperature Temp Coefficient Stability constant conditions Current limiting Status control DC Off trip off Interlock input 500 V test voltage 35 mVpp 0 5 m wire 0 20 MHz Parallel X 330u F and 1uF cer
8. blue 3 unused Earth Protective Earth Safety Ground Cable wire color green yellow Table 1 AC Mains Input Connector Pin Assignment 26 July 2010 00000 A0 2 2 Main Switch 2 3 2 4 2 5 The green illuminated rocker switch works as a global inhibit input e 0 Power outputs disabled e I Switch is lighting power outputs may be enabled by the remote control This switch is a logic switch only It does not disconnect the mains supply With the A phanumeric Display Option the switch is omitted USB Connector USB Socket Pin Signal Comment VCC 2 D 3 D 4 GND Table 2 USB Connector Pin Assignment This 1s the standard USB connector type B Ethernet Connector RJ45 Socket 1 av 5 Signal Comment TX TX RX GND I GND I RX GND 2 GND 2 OD IQ IRN GNRJIQIDN Table 3 Ethernet Connector Pin Assignment This 1s the standard NIC configuration You need a 1 1 cable to connect a to a HUB or a cross over cable to connect to another NIC e g a computer There is no automatic signal crossing like with some routers Water Cooling Connection Optional The water connections are made with quick couplings series LC 6 4 mm from Colder Products Company CPC We recommend an elbow mating plug with shutoff e g LCD230 04 Consider that water inlet and water outlet are not exchangeable The safety valve
9. implemented in the real hardware Here the not relevant parts are omitted The wiener OID is located at iso 1 org 3 dod 6 internet 1 private 4 enterprises 1 A detailed description of the SNMP functionality can be found in the corresponding MIB file WIENER CRATE MIB txt t crate 1 t system 1 RW EnumVal sysMainSwitch 1 Values OFF 0 ON 1 pee Rs Bit String ysstatusi2 Values mainOn 0 mainInhibit 1 localControlOnly 2 inputFailure 3 outputFailure 4 fantrayFailure 5 sensorFailure 6 VmeSysfall 7 plugAndPlayIncompatible 8 RW Enumval sysVmeSysReset 3 Values TRIGGER 1 1nput 2z F output 3 R INTEGER outputNumber 1 Ranger 0 4255 t outputTable 2 outputEntry 1 Index outputIndex qoe SSS EnumVal outputIndex 1 Values UO 1 UEG I U2 3 U3 4 U4 5 U5 6 U6 7 U7 8 U8 9 U9 10 U10 11 U11 12 ER SEEING outputName 2 26 July 2010 27 00000 A0 Textual INTEGER Range Values Opaque Textual Size 7 Opaque Textual Size 7 Opaque Textual Size 7 EnumVal Values EnumVal Values Opaque Textual Size 7 INTEGER Range Opaque Textual Sizes 7 INTEGER Range Opaque Textual Size 7 Opaque Textual Size 7 Opaque Textual Size 7 Opaque Textual Sizes 7 Opaque Textual Size T Opaque Textual Sizes I Opaque Textual Size 7 Opaque Textual Size 7 RW RW RW
10. switch on the output channel UO Output Configuration m Measurement Terminal Voltage V 0 003 Curent 4 0 000 Nominal Values Voltage Limit V 009 Current 2 10 000 Ramp Up Ads 5 Ramp Down s E Automatic Offset Adjustment Supervision miri Terminal Voltage v 0 000 max Terminal voltage v 80 000 max Terminal voltage v 80 000 mas Current mas Power w max Temperature C Communication Timeout Identification Group Number OK m Measurement Terminal Voltage v 0 004 Current 0 001 r Maminal Values Voltage Limit V 5 00 Current 110 000 Ramp Up As Ramp Down As Automatic Offset Adjustment 5upervisian min Terminal Voltage v 10 000 max Terminal voltage v 80 000 max Terminal Voltage V 80 0 mas Current A mas Power w mas Temperature C Communication Timeout Identification Group Number Power of the Load w 00 Load Resistance Ohm 5 617 Hotspot Temperature C 23 i Control amp Status masiman 180 000 Main INHIBIT 125 000 Power ON Power OFF maximum on failure Ignore this failure Fi Switch all channels off lanore this failure Switch all channels off s witch all channels off Ignore this failure Ignore this Failure ka Power of the Load vw 0 0 Load Resistance Uhm 4 135 Hotspot Temperature PE 23
11. Change the selected item to the next possible State MV Push Mode Select switch Main operating mode down Select the previous operating mode Submenu Change the selected item to the previous possible state 26 July 2010 8 00000 A0 The following example describes the detailed steps to enter a sub menu and change the IP gateway address Description Switch Display switch the crate on PA UO 5 01V 1 2A select the requested main MA or MY until right mode is TCPIP no link operation mode displayed enter submenu M A push and hold PA Config Wait hold both switches up Config Wait after 4 seconds you can Config Ready release the switches TCPIP Address Oa OG Ola Select submenu TCPIP MA or MY until right menu is TCPIP Gateway Gateway displayed 192 168 91 94 Enter this menu PA 192 168 91 94 Change the value MA or MY 196 168 91 94 Accept change to next item PA 196 168 91 94 Accept change to next item PA LoT 91 94 Accept change to next item IPA LO LOS OL 94 Ready back to submenu PA TCPIP Gateway selection 196 168 91 94 Ready leave submenu MV TCPIP no link 2 9 3 Main Operating Modes and Associated Submenus Operating Submenu Display Mode Display voltage and current of the selected output channel UO 5 01V 72 A Display the TCP IP connection state Possible values amp symbols are no lin
12. IP network settings IP address subnet mask and default gateway You Network have to use the parameters of your IP Address local network here Please contact your network administrator for details HTTP and SNMP port numbers should PESO Subnet Mask only modified if you know what you HTTP Port Number do Setting any port to O disables the SNMP Port Number Ede MAC Address hex 0050 If the Channels Switch On with Main Iv Ethernet Auto Negotiation Enabled Switch check box in the Other group Ethemet Speed 100M box is checked all output channels are IT Ethemet Full Duplex switched on if the main switch is switched on ele I Ignore Hardware Interlacks Disable Synchronization Channels Switch On with Main Switch 4 Web Server The PG501 has a built in web server which allows the monitoring of the power supply with a standard web browser PL512 Windows Internet Explorer Zaud j intpunsa 1689166 M ix JENA erez M anA PL512 W IE NE R Global Status Output Voltages a Lokales Intranet 10096 gt 26 July 2010 16 00000 A0 5 SNMP Control The SNMP Simple Network Management Protocol is generally used to monitor and control computers and network routers WIENER claimed a specific part of the SNMP namespace and implemented power supply specific items there Protocol version 1 and 2c is implemented The tree view of the implemented items is appended in 7 SNMP OID Tre
13. LowiC2 20 184 HighiC2 19 994 Mean Ccz 20 06m Ch 20 04 Esp Che 10 04 Espa M 20s 1 25k5 s Bu ust A Chl 0 0 Figure 7 2 20A 5A s rise time connected to 2 9 Ohm Resistor File Edit Vertical Haoriz amp cq Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped 1 Acqs 11 Mar 10 20 04 05 i Pp 1 Buttons J Gh Position i l Gh Scale voltage l i l l l 10 04 Low 58 4a HighiC i 50 45 Meant 1 b 9524 Low C2 4 20 26 HighiC2 20 044 Meanibz 2 1664 Ch 20 04 Esp Che 10 04 Espa M 1 0 2 5kS s 400 ust A Chi 00 Figure 7 3 20A 30A s rise time connected to 2 9 Ohm Resistor 26 July 2010 20 00000 A0 File Edit Vertical Hariz cq Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped 1 Acgs 11 Mar 10 20 15 38 Butane Ch2 Position Voltage 10 04 Lowitt 50 7Y HighiC1 5082V MeaniC1 653 8my Lowib2 20 224 Highic2 20024 Mean G2 138 2m Chi 20 04 Ew Che 10 04 Espa MI 20s 1 25k5 s BOO ust Chi 0 0 Figure 7 4 20A SA s rise time connected to 2 9 Ohm Resistor and 2 2 H 18 Ohm Inductance File Edit Vertical Horizf cg Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped 1 Acgs 11 Mar 10 20 13 10 T H Buttons Gh Position i l i i Gh Scale Voltage l uero tas ok xs l l 10 04 LowiCi 53 71 HighiC1 5371 Mean C1 8478V Mean
14. Verify that the nominal values do not Terminal Voltage v 0 002 Power ofthe Load 00 damage your connected load Current A 0 000 Load Resistance Ohm 42249 Hotspot Temperature C 28 IA Eee ie The Supervision area allows to set maximum multiple supervision values which abcr 90000 OFF Current Limit trigger different actions Current 25 000 Ramp Up A s Ramp Down s E g you can set one Max Terminal Automatic Offset Adjustment Voltage value to 30V and ignore the failure just the status changes and set the second max Terminal Voltage to 60V and request to switch off if the Supervision value 1s touched min Terminal Voltage v 0 000 lanore this failure Y max Terminal voltage v 80 000 llanorethisfallue max Terminal Voltage V 180 000 man Cien i SENT Next click the Output ON button max Power wf 1500 max Temperature C 70 Communication Timeout Ds The output current will rise to the NUT selected value with the defined ramp entification ae or the Voltage Limit is reached Group Number 1 14257 a HL AAA DVM OutputConfiguration OutputCalibration System Stop Help File Switch SelectOutput Output U 423 228 V I 10 000 A ADC Temp 34 87 C Power Uref EE c Gz I IBA E ALda y 26 July 2010 15 00000 A0 3 3 3 Global and Network Configuration Dialog In the Network group box you enter the TCP
15. amic 100nF HF conducting to case Y each line CE EN 50081 1 EN 55 022 B CE EN 50082 1 or 2 10 C 40 C 30 C 85 C cooling water must be completely removed else 3 C 85 C tbd tbd Programmable Tripping global group or channel wise programmable after overload overheat overvoltage undervoltage Optional Measurement Accuracy typical values Voltage Current 26 July 2010 0 5 of the maximum output voltage of the channel 0 1 of the maximum output voltage of the channel 26 00000 A0 Appendix C SNMP OID Tree Only a small part of general SNMP OIDs is implemented This is the tree view F 1SG 1 FEOS dod 6 internet 1 directory 1 Js IO 2 eco t system 1 ques String sysDescr 1 Textual Convention DisplayString Size 0 255 poe R 0b3 TD sysObjectID 2 R TimeTicks sysUpTime 3 t RW String sysContact 4 Textual Convention DisplayString Size 0 255 Pas RW String sysName 5 Textual Convention DisplayString Size 054255 Tes SEXO sysLocation 6 Textual Convention DisplayString Size 0 255 R INTEGER sysServices 7 Range 0 127 This is the tree view of the wiener specific SNMP namespace It could be generated with the command snmptranslate w 80 Tp WIENER CRATE MIB wiener Because it s a general definition usable for different types of crates some items may be not
16. axTerminalVoltage 22 Convention Float outputConfigMaxCurrent 23 Convention Float outputSupervisionMaxPower 24 Convention Float groupsNumber 3 groupsIndex groupsIndex 1 ALL 0 groupsswitch 9 UNDEFINED 1 OFF 0 ON 1 snmpCommunityTable 1 28 00000 A0 snmpCommunityEntry 1 Index snmpAccessRight Ho EnumVal snmpAccessRight 1 Values public 1 private 2 admin 3 guru 4 pese RW String snmpCommunityName 2 Size 0 14 RW INTEGER snmpPort 2 t powersupply 6 pee eee Voir no psSerialNumber 2 Textual Convention DisplayString ode Usas F INTEGER psOperatingTime 3 dee RW Ser Lng psDirectAccess 1024 Size 1 14 26 July 2010 29 00000 A0
17. e A detailed description of the SNMP functionality can be found in the corresponding MIB file WIENER CRATE MIDB txt If you are new to SNMP the www Net SNMP org website is a good start The TCP IP settings can be configured with the MUSEcontrol gt System Configuration menu The default setting ist he IP address 0 0 0 0 which activate the BOOTP DHCP facility of the PG301 to get it s IP address automatically Using NetSNMP www netsnmp org it s easy to generate different output waveforms The sample script sampset c guru v 20 SCRATE Ooutputs5waitcoh uU 1 Off sleep 1 Sumpser o guru v 26 SCRATE outputCurrent u0O F 20 snmps t 0o guru v 2c SCRATE outputSwitch u0 i On sleep 1 snmpbseL G guru v Ze SCRATE outputCurrent u0D E 20 sleep 1 simpset co guru v 2c SCRATE outpotCurtrent u0 F 20 generates the output voltage 3 6 Ohm load resistance 14 Jan 18 TRIGGER SETUP 15421 SMART trigger an 123 Ext Ext14 Line qpeoupling 4 DC LFREJ HFREJ HF slope 4 ME Neo Window k haldaFF 5 5 BWL m Time n TL CEE ER MN PEE E m ET fl 2 Y DC x At 8 0 ns 1 co 2 50 mV DC a 10 kS s 3 5 Y DC 4 AC 58 4mV 4 20 my AC STOPPED 26 July 2010 17 00000 A0 6 OPC Server A server according to OPC Data Access V2 05 is optional available OPC OLE for Process Control allows fast and secure access to data and information under Windows operating systems As an industry spanning multi vendor
18. e A A Current LowiC1 67 024 Highib1 67 154 MeaniC1 1571 Lowi 10 154 HighiC2 10 134 Mean Cz e31 4m Ch 20 0 Big Che oO Big M 1 08 2 5k5 8 400 ust A Chi 0 0 Figure 7 8 10A 5A s rise time connected to 500mH 6 Ohm Inductance File Edit Vertical Haoriz cq Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped 1 Cqs 11 Mar 10 20 54 53 d dd Buttons J Ch Position Ch Scale voltage i i i Current Lowi 75 14Y Highib1 7556Y IrteaniC1 10 92V Lowi 10 14 HighiC2 10 124 Meanib2 1787 Ch 20 0 Big Che a0 Ei M 400m 5 ks s eU ust Chi 0 0 Figure 7 9 10A 30A s rise time connected to 500mH 6 Ohm Inductance 26 July 2010 23 00000 A0 File Edit Vertical Haoriz cq Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped Single Seq 1 Acqs 11 Mar 10 1 19 48 Pk PkiC1 Z3 5mw AMISICT 3 5B83mV Ch 10 0rm 6 B M 2 Ome S00k5 e Dust A Ch s 13 0my B Chi 0 0 Figure 7 10 Noise 10A 75V resistive load File Edit Vertical Haoriz cq Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped Single Seq 1 Acs 11 Mar 10 21 23 00 Pk PkiC1 24 8mw IRMSICI 3 254mw Ch 10 0rm y B M Ornz SOOKS 4 e Dust A Ch o 13 0my B Chi 0 0 Figure 7 11 Noise 20A 60V resistive load 26 July 2010 24 00000 A0 Masks Math MyScope Dtilities Help 11
19. ib2 2 5914 Ch 20 04 Bin Che 10 04 Ew M 1 02 2 5kSJe 400 pst Chi O O Figure 7 5 20A 30A s rise time connected to 2 9 Ohm Resistor and 2 2 H 18 Ohm Inductance 26 July 2010 21 00000 A0 File Edit Vertical Haoriz cq Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped 1 Acqs 11 Mar 10 20 21 48 ek Stopp Burtons Gh Position i Ch Scale voltage l i l l i Current LowiC1i 75 23 HighiC1 75574 Meanibl 10 384 Lowib2 4 0554 Highib2 4 0574 Mean G2 33a m Ch 20 04 Ein Che e D Big M 1 08 2 5kS s 400 ust Chi 0 0 Figure 7 6 4A 5A s rise time connected to 2 2 H 18 Ohm Inductance File Edit Vertical Haoriz cq Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped 1 Acgs 11 Mar 10 20 28 02 ur URI AN EA EA Gh Position 5 E Ghz Scale Voltage Current LowiC1 75 25V Highibl 7561 MeaniC1l 4 285V Lowib2 4 0434 HighiC2 4 0474 Mean Gz 230 9m Ch 20 0 Big Che e D Ei M 400m 5 ks eU ust A Chi O 04 Figure 7 7 4A 30A s rise time connected to 2 2 H 18 Ohm Inductance 26 July 2010 22 00000 A0 File Edit Vertical Haoriz cq Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped 1 Acqs 11 Mar 10 20 43 47 7 E i Buttons J Ch Position i Ch Scale Vee 2 m 5979 EE mox so SEE kt SE A E a ee S
20. ick Next accept the license agreement and take a look at the ReadMe notes Click Next to continue Now you may change the default installation folder and start the installation Now connect the PG501 with your mains supply and use an USB cable to connect the computer with the PG501 26 July 2010 11 00000 A0 3 2 3 3 The computer will detect the new connected hardware and ask to connect to Windows Update Select No and click Continue Then accept the Automatic install the software selection by clicking continue Willkommen Es wird nach aktueller und aktualisierter Software auf dem Mit diesem Assistenten konnen Sie Software fur die folgende Computer auf der Hardwareinstallations CD oder auf der Hardwarekomponente installieren 4 ie Mosel Windows Update Website mit Ihrer Erlaubnis gesucht PL600 Power Supply Datenschutzrichtlinie anzeigen 4 Falls die Hardwarekomponente mit einer CD Soll eine Verbindung mit Windows Update hergestellt werden da oder Diskette geliefert wurde legen Sie diese um nach Software zu suchen we jetzt ein Ja nur diese eine Mal O Ja und jedes Mal wenn ein Ger t angeschlossen wird Wie machten Sie vorgehen Software von einer Liste oder bestimmten Quelle installieren f r fortgeschrittene Benutzer Klicken Sie auf Weiter um den Vorgang fortzusetzen Klicken Sie auf Weiter um den Vorgang fortzusetzen Now the USB driver s
21. k no cable connected 10M connected to 10M network 100M connected to 100M network HD half duplex FD full duplex f I Frame received transmitted both Ethernet 100M FD 1 Display Two lines displayed alternating alternate background color blinking 26 July 2010 9 00000 A0 Operating Submenu Display Mode Change the TCP IP address TOPTP Address 19245109 942 90 Change the TCP IP subnet mask TCPIP SubnetMask 2999457029795 Change the TCP IP gateway address TCPIP Gateway URS ENSIS ooh a Allow writes e g switch on off via the web HTTP read write server Change TCP IP negotiation settings TCPIPnegotiation AutoNegotiation Display of the ethernet hardware address MAC TCPIP MAC Addres This address is written at the type plate too 0050 G22D 6 231 Change the TCP IP port of the web server HTTP Port 80 Change the TCP IP port of the SNMP server SNMP Port 161 Restore the default SNMP settings community SNMP Default No strings 2 10 Power Output The low voltage DC output at the rear side of the power supply is provided by two 6 mm sockets The main application of this device is working as constant current source so voltage sense lines are omitted 26 July 2010 10 00000 A0 3 1 PG501 Control and Setup via USB The PG501 can be controlled with the MRIcontrol software Without the Display option this is the only way to change the net
22. may not be readjusted by the customer 26 July 2010 4 00000 A0 2 6 Global Reset Input Optional The global reset input POWER_INHIBTT is provided to force all outputs to be switched off e connected to GND Power outputs disabled e floating Power outputs may be enabled by the remote control DSUB25 female Pin Signal Comment 1 NC reserved 14 NC reserved 2 NC reserved 15 NC reserved 3 NC reserved 16 NC reserved 4 NC reserved 17 NC reserved 5 NC reserved 18 NC reserved 6 NC reserved 19 NC reserved 7 NC reserved 20 NC reserved 8 NC reserved 21 NC reserved 9 NC reserved 22 NC reserved 10 NC reserved 23 NC reserved 11 NC reserved 24 NC reserved 12 NC reserved 23 GND Ground of the aux supply connected to USB ground 13 POWER INHIBIT Inhibit input Table 4 Global Reset Connector Pin Assignment The signals shall be connected by an isolated contact e g relays and must not be connected to other potentials The input has an internal 10 kQ pull up resistor to SV and an input impedance of 10 kQ It is possible to invert the logic of this signal by changing a jumper switch inside of the power box Jumper at Pin POWER INHIBIT Input Functionality 1 2 open power disabled INTERLOCK connected to GND power enabled 2 3 open power enabled connected t
23. n allows the setup and display of some power supply items with toggle switches 2 9 1 LED Description e Power LED green 5mm Lighting if the PG501 is operating Channels may be on e Status LED green 3mm Lighting if the main processor is working properly e Overheat yellow Lighting if the operating temperature inside of the power supply is too high e SYS FAIL red Processor malfunction 2 9 2 Function of the Switches After the PG501 has been switched on by pushing the Power switch up the main operation modes can be selected by pushing the Mode Select switch up or down Many main operating modes do have one or more submenus which can be accessed by a special procedure You will use the following switches of the PG501 Symbol Description Remarks PA Push Power switch up ON Main power supply is off Switch the power supply on All power channels are off Display shows a switched off channel Switch this channel on Submenu OK button Used to enter the selected submenu request to change a value accept the changes PV Push Power switch down Display shows a switched off channel OFF Switch the main power supply and all channels off Display shows a switched on channel Switch this channel off Submenu CANCEL button Used to leave a submenu discard the changes MA Push Mode Select switch up Main operating mode Select the next operating mode Submenu
24. next existing channel for the other dialogs The current channel is displayed at the title bar If just one channel exists this item can be ignored e DVM Opens a large window showing the measurement data of one channel e OutputConfiguration Opens the Output Configuration Dialog e OutputCalibration This dialog is reserved for service personal e System Configuration Opens the Global and Network Configuration Dialog e System Firmware Update Allows to update the firmware of the main processor e Stop e Start Allow to interrupt and resume the communication with the PG501 e Help Info Here you have access to the version number of the software 3 3 Read Power Supply Data From File Dialog This dialog can be used to copy a XML B LLL 3 configuration file Configuration e BROWSE from disk to the M Read Output User Data Configuration File Channel MATCHING PG501 Head Output Configuration Data is copied to Read Output Calibration Data Power Supply Channel It is possible to copy each configuration file channel to its corresponding power supply channel e g Nm UO UO Ul UE Li UI or to copy one configuration file channel to multiple power supply channels Read Power Supply Data from Fil 26 July 2010 13 00000 A0 3 3 2 Output Configuration Dialog The OutputConfiguration dialog box is used for the detailed control of the output channels The following steps are required to
25. o GND power disabled RESET 26 July 2010 5 00000 A0 2 7 Channel Wise Interlock Input Optional The channel wise interlock inputs are provided to force a dedicated output to be switched off DSUB25 female Pin Signal Comment 1 Interlock UO 14 Interlock UO 2 Interlock Ul 15 Interlock Ul 3 Interlock U2 16 Interlock U2 4 Interlock U3 17 Interlock U3 5 Interlock U4 18 Interlock U4 6 Interlock U5 19 Interlock US 7 Interlock U6 20 Interlock U6 8 Interlock U7 21 Interlock U7 9 Interlock U8 22 Interlock U8 10 Interlock U9 23 Interlock U9 11 Interlock U10 24 Interlock U10 12 Interlock U11 25 Interlock U11 13 reserved Table 5 Channel Wise Interlock Connector Pin Assignment Each interlock input is galvanically isolated optocouplers If a channel is interlocked it is not possible to switch it on Signal level interlocked not interlocked 26 July 2010 10 V 0 8 V 2 2 V 10 V input impedance I KQO LED so higher input voltages can be used if an external resistor is implemented 00000 A0 2 8 Global Stop and Start Inputs Optional This inputs allow to switch off the outputs channels emergency stop or to switch on all power supply outputs e g used for maintenance
26. oftware will be installed To access the power supply execute the MRIcontrol application via the Windows start menu The Main Window After starting the application the main window appears z Axe a a Bs Me a race t IRE RA Jg uir cm E Mo RM ms selectOutput DVM CutputConfiguration OutputCalibration System Stop Help File Swi Output U 0 007 V I 0 002 4 ADC Temp 34 88 C Power Uret MODE I 0 000 amp T 0 000 v The Output line shows the overview of the supply output the Power line shows some values of the internal supply which generates the input voltage needed by the output driver For quick access the the OutputConfiguration and DVM dialog boxes are opened automatically Description of the Menu Items e File Read Power Supply Configuration from File Opens the Read Power Supply Data From File Dialog e File Save Power Supply Configuration to File Saves the complete power supply configuration to disk e Switch Main On Switch Mai Off This allows to switch the main supply on or off Functional identical to the green rocker switch or the power on off switch of the optional display Switch Group 1 On Switch Group 1 Off Switch Group 2 On Switch Group 2 Off 26 July 2010 12 00000 A0 This are commands to demonstrate the grouping functions of the PG They make sense only with power boxes containing more than one channel e SelectOutput Select the
27. output voltages and current Fully controlled programmable trip thresholds min max sense voltage max terminal voltage max current power temperature PC Control connected to USB with free available software Ethernet connection IEEE 802 3 10BASE T and IEEE 802 3u 100BASE TX WWW Server integrated full control via SNMP protocol OPC server available Ultra high precision current measurement and stability Extremely low noise and ripple CE conform EN 50 081 82 part 2 or 1 safety in accordance with EN 60 950 Sinusoidal mains current EN 61000 3 2 Optional alphanumeric display Optional global interlock Optional direct water cooling Optional Power Bin Exchange of the power box without disconnecting the cabling to the load 26 July 2010 I 00000 A0 Mains Input 90 230 VAC Voltage Control High Precision _ _ Shunt Bipolar DC Figure 1 1 PG501 Bock Diagram 26 July 2010 2 00000 A0 2 PG501 Power Box The PG501 front appearance differs slightly depending on the existing options 2 1 Figure 2 2 PG501 Front Side with Display Option AC Mains Connection The AC input connections are made with the Hirschmann connector series ST We recommend the mating cable plug STAK3N with the locking retainer STASI3 AC Input Pin Signal Comment 1 Phase Cable wire color black or brown wire 2 Return Neutral Cable wire color
28. over long distances 53m needs possibly additional RF rejection hardware to get in conformity of the definition Admitted for powering by all mains Name and signature of authorized person Place and Date Andreas K ster Manager Jul 2010 20 June 2006 ii 00000 A0 Contents General Remar k e i Declaration of Confotrnilty ences esee ren nee re ees Rose oaaao esa aee Us ee secco area eb ses EUNERO NANNES ii Gere l PACEM BR eee 3 2 1 AC M ns CONNECT Adi 3 22 Man AAA 4 TB NE 4 ZA Ethernet CONNEC ur ia 4 2 5 Water Cooling Connection Optional sssssssssssssssssssssssssssssssssssssssssssssscccccsssccoes 4 2 6 Global Reset Input Optional cccsssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssssess 5 2 7 Channel Wise Interlock Input Optional cccccscsscssccsscssscssssssssssescsssessssscoess 6 2 8 Global Stop and Start Inputs Optiomal ccccccccssssssssssssssssssssssssssccccccccssssssssses 7 2 9 Alphanumeric Display Optional eee e eee eee eee eee eee ee eee eee eee ee e eee eeaa 8 ZIE TED Des 8 202 Function ol NE STEN 8 2 9 3 Main Operating Modes and Associated Submenus rrrrnnnnrnnnnnnnnnvvrnnnnnnnnnnnnnnnnnrnr 9 210 Pow r Op aiii 10 gt PGS Control and Setup vid USD pe 11 Oaks Ins tallattotioc iocis ie dee e bs a a eee I a aou RI abe eee 11
29. rding to EN 60950 IEC 60950 UL 60950 All devices are intended for operation in control cabinets or in closed areas The LAN connection and all wire connections between the different system parts must be done via shielded cable with conductive connector shells which are fixed with screws Furthermore an additional fire protective enclosure is required which must not affect proper air circulation Mains Voltage and Connection The Power supplies are equipped with a World mains input rated voltage range 100 240 VAC frequency 50 60 Hz rated current 16 A Before connecting to the mains please double check correspondence The mains input connection at the power supply side is described in chapter 2 1 AC Mains Connection at page 3 Safety After connecting the Power box to the mains the mains input module is powered permanently Filter and storage capacitors of the power factor correction module are charged with about 400VDC Any DC On Signal as well as a power switch at control board if any installed operates as a low voltage DC on off switch only and not as a mains breaker Therefore it becomes dangerous if the box cover is open In this case a lot of components on high voltage potential get touchable Before starting any kind of work inside the power box remove the unit from mains and wait a couple of minutes with your activities Discharge the primary DC filter capacitors by use of a well insulated 22 ohm 10W resistor
30. software interface OPC minimizes connection and maintenance overheads This server running on a Computer with the Microsoft Windows XP operating system enables access to all controllers which are connected to the network TCP IP It is possible to e access from any OPC Client application to the data of one or more servers encapsulating the properties specific to the server and type of communication e commissioning support due to automatic scanning of the network and registration of communication stations e restricting access rights by the underlying Microsoft DCOM The details of the OPC server can be found in the manual delivered with the OPC server software 26 July 2010 18 00000 A0 7 The MARA Power Bin For easy exchange of the PG301 Power Box the special bin MARA is provided The low voltage high current cabling is connected to M6 threaded bolts MULTICONTACT nA ad f ry Me z de FE ES zx e a RIPE E Mery l v r Sy ES ei ot en a SI fr Pe POE E sn iE Ex eve ui umido EX Duos D TUN Er ES RS fk KA adim an di n rrrrrrrr 040600 Figure 7 1 MARA Power Bin 26 July 2010 19 00000 A0 Appendix A Measurements File Edit Vertical Hariz cq Trig Display Cursors Measure Masks Math MyScope Utilities Help Tek Stopped 1 AGAS 11 Mar 10 19 59 37 Buttons Gh Position Ch Scale Voltage l l l l l l l l l l 10 04 Current LowiC1 58 374 Highib1 58 34 Mean 1 236 5m
31. to 2 2 H 18 Ohm Inductance 22 Figure 7 8 10A 5A s rise time connected to 500mH 6 Ohm Inductance 23 Figure 7 9 10A 30A s rise time connected to 500mH 6 Ohm Inductance 23 Figure 7 10 Noise 10A 75V resistive lO2a0 cooccocccocccccoccnconocononcnnnncnnonancnnonanos 24 Figure 7 11 Noise 20A 60V resistive lO2a0 ooccooccocccccoccncococononconancnconanonnonanos 24 Figure 7 12Noise 20A 20V resistive lO20 ooccoccconoconconoconconocononcocnanonconanoncnos 25 Figure 7 13Noise 20A 2V resistive load 100 mOhm sseseesss 25 Tables Table 1 AC Mains Input Connector Pin Assignment ranrvnnnnrnnnnnennnrrnrnrrrnnnrrnnnrnnenn 3 Table 2 USB Connector Pin ASSIgNMeNt cooccccoccnccccnccoccnonncnnnnnnnonncnnnnnnnonacncnnnnnnnanos 4 Table 3 Ethernet Connector Pin ASSignhMent ccccoccnccccnnccccncnncnncnnnnnnncnnnnnnnnnnnnnonannos 4 Table 4 Global Reset Connector Pin Assignment arrrnnnnnnnnnrvnnnnrennnrrnnnrrrnnnrennnsnenn 5 Table 5 Channel Wise Interlock Connector Pin Assignment 6 Table 6 Global Stop and Start Connector Pin Assignment 7 20 June 2006 iv 00000 A0 1 General Information Features processor controlled potential free outputs up to 1 5 kW DC output power Programmable output voltage current limit and rise fall time Measurement of
32. work TCP IP settings The USB interface is primarily intended to be used to configure the power supply The Ethernet connection is designated for remote control and monitoring Requirements e X86 Computer with USB connection USB2 recommended e Microsoft Windows XP Features e Setup of the TCP IP network parameters e Global overview of all power supply channels e Detailed configuration of the power supply channels 9 Save and reload of configuration data Installation The installation software MRIcontroInstall x x x x exe is free available at the download area of our website www wiener d com Support Downloads registration required The direct link of the Juli 2010 version is http www wiener d com Support MRIcontrol MRIcontrolInstall 1 0 1161 0 exe Please install the software before connecting the power supply to the USB The necessary USB driver is included in the installation After downloading and executing the software Windows may complain that the supplier of the software could not be verified Ignore this warning and select Execute Welcome to the MRicontrol Setup Wizard This wizard will guide you through the installation of trol Itis recommended that you close all other applications before starting Setup This will make it possible to update relevant system files without having to reboot your computer Next the MRIcontrol Setup Wizard welcome screen is displayed Cl
Download Pdf Manuals
Related Search