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Ultrastab Saturn Current Transducer User Manual

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2. UL L z y S 9 Z ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 86268 UIMIES EISEIN ON EM YONA TPOHe VOOOG Pe yl onpsueLell ddV OO VOGZVv eos 6n d BuliuiuueiBoid MYN 9005 10 93 ANM NSG 86268 000S SOMd SON1d ONINWVHDOU DICILYSTGIN NOLLVINIANAOONEN LVSIONVO 83 IM3POY AL 36COS 0 59 APTA ZUUGZ O Geif TV SBuIpuiAA uonmesu duuoo 3 1VIN33 Scgq i nT Wu Wu a us Di O gt o 5 O O UL I l z l e l y l s y 9 l L l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 66268 UIMIES EISEIN ON EM YONA TPOHe V 0004 Pe yl onpsueLell dd Y OO V 0004 eos 6n d BuiuiuueiBoid MYN 9005 10 93 ANM NSG 66268 000S SOM d SON1d ONINWVHDOU DIGILYSTGIN NOILYLNIWNYOANYNLYS YNY I 43 LAI COYd L 66Ceg 0 59 AOeVPTA ZUUGZE O S IT M TTY SHUIDUIAA UOITESUSAWOD 3 1VIN33 4390 i nq Wu Wu a UJ Di O gt o 5 O UL
3. i nT Wu Oh a CU Di O gt o 5 Wo w L A a o A DEENEN S MA MISAANVG MISAANVG IVN L00064 9p Sb WII 00 00 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOP MG M I SAd N Vd 0 MONET lt 1u gt ON H3qHO lt 9wueNBIO gt WLSNO unes EISEIN YONA POYA VOOOG Pe yl onpsueLell ddV OO VOSE eos 6n d Bulwwesboid MYN 9005 10 93 Ad NMVW4d NSC Z626810008 SOMIANSIMIA ONINWVHDOU DIGILYSTGIN NOLLVINIANAOONEN LVSIONVO 83 IM3POY AL ados be APTA ZUUGZ O Geif TTY SBuIpuiAA uonmesu duuoo Z gt I D D U D Q 9 lt 5 a D UL L z y S 9 Z ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 6068 UIMIES EISEIN ON EM YONA TPOHe V 0004 Pe yl onpsueLell dd Y OO V 004 eos 6n d BuiuiuuueiBoid MYN 9005 10 93 ANM NSG 6268 000S SOM d SON1d ONINWVHDOU DIGILYSTGIN NOILV LNSNNYOC NYNLVS ONVDI HSLYSrOudd L Ge e APTE ZUUGZ O Geif TIV SHUIDUIAA UOITESUSAWOD 3 1VINW3W3 9390 nq Wu Oh a UJ Di O gt o 5 mn UL e l y l s y g l
4. o 5 Wo 1 o 00 001 SHulpulAA uonmesu duuoo WWI AIWWaASs 9390 I l z l e l y l s y 9 l L l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG a MISAANVG dO I 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 914368 UIMIES EISEIN ON EM YONI TOUA V 0005 009 PESYISINPSUEA ddV OO V OGcl 08 Coes 6n d Builwwesboid MYN 900 10 S e Ad NMV4d NSG 9Z268 0002 009 SOMIASINIA DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POHANL CT eg Dee APTE ZUUGZ O SotTM TIV SHUIDUIAA uonmesu duuoo 3 I1VIN33 Sead 0001 0cg 0S 08 o Gc1 0p 0 00 001 i mn Wu Oh a UJ Di O gt o 5 mn UL L z y S 9 Z 8 6 ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG aaa MISAANVG dO 133HS Ay SS ON HOH lt eweNbiO gt W1SnO O 11368 UIMIES EISEIN ON EM YONI TOUA V 0005 009 PESYISINPSUEA ddV OO VUGet OOV E Dnd Builwwesboid MYN 900 10 S e Ad NMV4d NSG Z2268 0002 009 SOMIASINIA ONINWVEHDOd DSICILYSATGIN NOILVLNAWNNYOC NENLYS ONV5I YSLSPOud L E kg ben Op ZUUGZ O Ge
5. 009 PESYISINPSUEA del OO V 000 00 dy NDISAC 6n d Buluue1DOJ1d lt ubis oyep gt AG NMVHO NSG 2Z268 0002 009 SOMId SON Id ONINNVEDOd SICILYSATGIN NOILVLNAWNNYOC NENLYS ONV5I YSLSrOud L ARA AC APTA ZUUGZ O SOSITM TIV 0 0001 0cg 0001 0cg 009 09 063 08 Sc L 0r 0 00 001 SHUIDUIAA uogesuadwos 3 1VIN33 Sead 1 Wu Wu a UJ Di O gt o gt O w L l e l y l s y 9 l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG aah aA MISAANVG dO 133HS Ay SS ON HOH lt eweNbiO gt W1SnO O 62668 ON SAG YON3 POH dav GOud ddv N IS3d MYN 9002 10 SZ Ad NMVHG ELCOS U S9 unes ARISEMIN V 000c 009 PeSylesnpsutl V 0001 OZE Onid Bunuuwe1bold NSG Z268 0002 009 SOMIASINIA DNINAVEDOHANWIAILE TON NOLLVININAAOOWNENIVSIONVO I 83IMA3POYANVL APTA ZUUGZ O Seit TIV 0001 0cg 009 09 SBuIpuliAA UOIeSUSdWOD 3 1VIN33 Sead 0001 0cg 063 08 Sc 1 0p el 00 001 e nT Wu Oh a CU Di O gt o 5 Wo 1 1 1 w L L z y S t 9 l L l E ACUMAISAJNV
6. Gc1 0p SBUIPUIM E p394 UL 00 001 SBuIpu AA uonesu duuoo 3 1VIN33 Sead I l z l e l y l s y 9 l L l E l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 697268 uinles ESENIN ON DMA SONS TO V 000 009 pe y 199 nDpSsuE41 del Otd V OGZ OVE dy N ISJQ 6n d Buluue1DOJ1d e lt ubis oyep gt AG NMVHO NSG 69268 0002 009 SOMd SON Id DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POHANVL M 6920870799 JMU A9PTE ZUUGZ O S IT M TIV 000 0cg 063 08 Sc l 0V SBUIPUIM E p394 6 00 001 UL SHUIDUI uonesu duuoo 3 1VINW3W3 9390 L z y S 9 Z 8 6 ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG a MISAANVG dO I 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 04368 uinies EISEIN ON OMG V 0002 009 pe y Jeonpsues YONA POYd del OO V 928 09g Coes 6n d Bulwwesboid MYN 900 10 S e Ad NMV4d NSG 02268 0002 009 SOMd SON Id DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POHANVL OLC68 0 S9 OMA
7. I I 8 D D uJ A Q a Q 5 O D UL L z y S 9 Z 8 6 ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG aaa MISAANVG dO 133HS Ay SS ON HOH lt eweNbiO gt W1SnO O 9368 UIMIES EISEIN BES no V 0002 009 pesy Jeonpsues YONA POYd ddV OO V 4c9 00g Coes 6n d Builwwesboid MYN 900 10 S e Ad NMV4d NSG Z9268 0002 009 SOMId SON Id DNINAVEDOHAVWIAILE TON NOLLVININAAOOAWNENIVSIONVO I 83IMA3POHANL L92oo 0 o9 JMI APTA ZUUGZ O S IT M TIV 0 0001 0cg 063 08 Sc L 0r i nT Oh Oh a UJ Di O gt o 5 Wo o 00 001 UL SHUIDUIAA uonmesu duuoo 3 1VINW33 9390 I l z l e l y l s y 9 l L l E l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 89268 uinies EISEIN BES no V 0003 009 pesy Jlaonpsue DOEN TOHA del OO V OGZ Occ Coes 6n d Builwwesboid MYN 900 10 Se Ad NMV4d NSG 89268 0002 009 SOMIASINIA ONINWVEDOdd SICILYSATGIN NOLLVININAAOOWNENIVSIONVO I 83IMA3POHANVL 89 68 0 49 OMA A9PTE ZUUGZ O SS1TM TIV o 0001 0cg 063 08
8. Ipn Ipn ppm ppm K ppm month ppm ppm K ppm month ppm ppm RMS ppm RMS ppm RMS Page 1 of 3 Me DANFYSIK Ultrastab Saturn 600U Rack mounted programmable current transducer Parameter Dynamic response Slew rate Delay time Bandwidth 3dB Busbar noise Measured on primary cable one turn Busbar free zone Lenght Radius Operating voltages Max busbar voltages Test voltages Busbar to GND Power supply Supply voltage Selectable on mains inlet Vac Maximum power consumption Operating environment Electronics Temperature Humidity Transducerhead Temperature Humidity Symbol Condition dI dt See note 3 ta f lt 5 Ipn U DC 100kHz Vb max Ve b 10 Sira Ta elec RHa elec Noncondensing Ta head HH eng Noncondensing Last update 15 03 2007 Value Unit gt 50 A uS lt 1 US 0 300 kHz lt 2 UV RMS 150 mm 75 mm 1250 VAC 5000 VAC RMS 100 110 230 VAC 50 60Hz 50 VA 10 40 DC 20 80 RH 0 55 DC 20 80 RH Page 2 of 3 Me DANFYSIK Ultrastab Saturn 600U Rack mounted programmable current transducer Parameter Symbol Condition Storage environment Electronics Temperature Ts as Humidity HH ee Noncondensing Transducerhead Temperature Ts head Humidity RHs heag Noncondensing Mechanical dimension Electronics Width Wetec Height H er Depth Delec Weight approx Maeg Transducerhead Width Whead Height His Dep
9. 88600009 Ver 04 07 Upon receipt of this report you will be issued instructions for the repair replacement or return shipment Please include the Model No Type No Serial No and Order No for the ULTRASTAB SATURN on any communication with DANFYSIK A S or our representative ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 10 4 Quick start 4 1 System overview ULTRASTAB SATURN cabinet STH transducerhead Cabinet front Cabinet rear Programming plug Overload Power Status Transducer head cable IpLow 6004 20004 5000A IP Primary cable Busbar status signals to interfacing equiptment sync out signal to other units sync source from another Saturn unit 100 115 230V 50 60Hz ee el i a 8 Ga a a sasa ttot E Big AAA Figure 1 4 2 Power up To quickly get your new ULTRASTAB SATURN up and running follow the following instructions A Connect the transducer head to the unit using the supplied transducer head cable and mount the programming plug in the connector on the head B Connect a DMM to the unit in one of two ways 1 If your unit has a voltage output Connect the analogue output cable DF No 65893820 to the analogue out port Connect the red wire of the cable to the positive terminal on the DMM and the black wire to the common ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 11 terminal Set the DMM to measure DC volta
10. A9PTE ZUUGZ O S IT M TIV 0 000 0cg 063 08 Sc L 0r 1 Wu Wu a UJ Di O gt 5 O 1 00 001 SHUIPUIAA uonmesu duuoo UL 3 1VINW3W3 9390 I l z l e l y l s y 9 l L l E l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG Aaa MISAANVG dO 133HS Ay SS ON HOH lt eweNbiO gt W1SnO O 1 3268 uinies EISEIN ON MO SONS PO V 00d 009 DE u Jeonpsuel ddV dOud V 4 8 08S ddy N IS3d Onid Biuwesbold e lt ubis oyep gt AG NMVHO NSG IZ268 0002 009 SOMIASINIA ONINNVEDOd DICILYSATGIN NOLLVININAAO OWEN IVSIONVOI 83IMA3POYHANL H TL268 0 S9 OMA APTA ZUUGZ O SotTM TIV e 0001 0cg e 0001 0cg 009 09 L 063 08 Sc L 0r 1 Wu Oh a WO Di O gt o Wo 0 00 001 UL SHUIDUI uonesu duuoo 3 1VINW3W3 9390 L z y S 9 Z 8 JO XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG polola MISAANVG L33HS AGU SS ON HOH lt eweNbiO gt W1SnO O 1368 UIMIES EISEIN ON EM YONI Oud V 0005
11. Me DANFYSIK Ultrastab Saturn 2000U Rack mounted programmable current transducer Parameter Dynamic response Slew rate Delay time Bandwidth 3dB Busbar noise Measured on primary cable one turn Busbar free zone Lenght Radius Operating voltages Max busbar voltages Test voltages Busbar to GND Power supply Supply voltage Selectable on mains inlet Vac Maximum power consumption Operating environment Electronics Temperature Humidity Transducerhead Temperature Humidity Symbol Condition dl dt See note 3 ta f lt 1 Ion U DC 100kHz f Vp max Ve b 10 Imax la elec RH ele Noncondensing Ta head RHa heaga Noncondensing Last update 15 03 2007 Value Unit gt 20 A us lt 1 uS 0 50 kHz lt 10 uV RMS 220 mm 110 mm 2100 VAC 5000 VAC RMS 100 110 230 VAC 50 60Hz 50 VA 10 40 H 20 80 RH 0 55 oC 20 80 RH Page 2 of 3 Me DANFYSIK Ultrastab Saturn 2000U Rack mounted programmable current transducer Parameter Symbol Condition Mechanical dimension Electronics Width W elec Height Helec Depth D lec Weight approx Melec Transducerhead Width Whead Height Hhead Depth Dhead Weight approx Mhead Inner hole diameter O Transducer cable lenght Standard Maximum optional lenght Notes Value 462 6 88 1 323 169 200 4 5 50 2 5 30 Last update 15 03 2007 Unit mm mm mm kg mm mm mm kg mm 1 All ppm figur
12. No 81 0 45 543 1002 Fax No 81 0 45 546 1479 E mail k amemiya toyodengenkiki co jp Korea Hanmac Corporation SK Bldg 1001 16 4 Sungsu 1Ga 2 Dong Sungdong Gu Seoul KOREA Phone No 82 2 467 7447 Fax No 82 2 467 6816 E mail hanmac hanmacco com www hanmacco com ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 Appendix B Specification Me DANFYSIK Ultrastab Saturn 600l Rack mounted programmable current transducer Parameter Primary current Nominal primary current Programmable from Programming steps Polarity Secondary current Nominal secondary current External burden resistor Max Min Current transfer ratio Overload capacity Max nondestructive overload Min overload trip value DC accuracy Offset Initial Drift vs Temp Drift vs Time Transfer ratio Deviation Deviation vs Temp Deviation vs Time Linearity Deviation Deviation vs Temp Symbol Condition lp Rp Rp max Rb min Lo max 0 1s I trip L Lo temp l time Na Na temp Na time Xa Xa temp Value 600 40 20 Bipolar i 600 500 130 lt 2 lt 0 1 lt 1 lt 2 lt 0 1 lt 1 lt 1 lt 0 1 Last update 15 03 2007 Unit gt gt gt lpn lpn ppm ppm K ppm month ppm ppm K ppm month ppm ppm K Page 1 of 3 Me DANFYSIK Ultrastab Saturn 600l Rack mounted programmable current transducer Parameter Output noi
13. S t 9 l L l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG 9002 ZL 1sn6nv Aepsinyl 3 Vd 3113 dO LASHS Ay lt 14 gt ON YACHO lt aweNbio gt WLSNO 96068 MISAANVG gy unes ARISEMIN ON SMA VO00SG peeussonpsuel YONA POYd ddV Odd ddV NOISAC MYN 9005 10 93 Ad NMV4O V0Scr Onid Burwweipold NSG 96268 000S SOMd SON1d ONINWVHDOU DICILYSTGIN NOLLVINIANAOONEN LVSIONVO 83 IM3POY AL 96408 0 S59 APTA ZUUGZ O S IT M TIV SHUIDUIAA VOIesuaduo 3 1VIN33 4390 7 Wu Wu a UJ Di O gt o J O w L L z y S 9 Z ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG aaa MISAANVG dO 133HS Ay SS ON HOH lt eweNbiO gt W1SnO O 26068 UIMIES EISEIN ON EM YONA TPOHe V 0004 Pe yl onpsueLell dd Y OO V 004 eos 6n d BuiuiuueiBoid MYN 9005 10 93 ANM NSG Z6268 000S SOMd SON1d ONINWVHDOU DICILYSTGIN NOLLVINIANAOONEN LVSIONVO 83 IM3POY AL E eg D bg APTA ZUUGZ O Seit TIV SBuIpu AA uonesu duuoo 3 1VINW3W3 Sead mn Wu Oh a CU Di O gt o 5 Wo
14. a signal of 10V Without the VOM installed a signal of 1A or 2A depending on the transducer head will be produced The current to be measured can be between 0 5000A depending on the transducer head A selection of 4 different transducer heads Is available 600A transducer head programmable in steps of 20A 2000A transducer head programmable in steps of 125A 5000A transducer head programmable in steps of 250A 5000A transducer head with wide body hole programmable in steps of 250A To program the current range of the transducer head a programming plug is used This plug sets the ratio between the current measured and the output signal of the ULTRASTAB SATURN E g A 600A transducer head programmed with a 300A programming plug will produce an output signal of 10V or 1A when the current through the head is 300A 5 2 Front ULTRASTAB SATURN PO DANFYSIK O Figure 2 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 13 On the front of the ULTRASTAB SATURN there are 7 LED s for indication of system status warning and error POWER This LED is lit Blue when the ULTRASTAB SATURN Is on STATUS This LED is lit Green when the status of the unit is OK LOW This LED is lit Yellow when the current passing through the transducer head is below 5 o of the programmed maximum current 600A This LED is lit yellow when a 600A transducer head is connected to the ULTRASTAB SATURN 20004 This LE
15. gt gt gt lpn lpn ppm ppm K ppm month ppm ppm K ppm month ppm Page 1 of 3 Me DANFYSIK Ultrastab Saturn 20001 Rack mounted programmable current transducer Parameter Output noise Dynamic response Slew rate Delay time Bandwidth 3dB Busbar noise Measured on primary cable one turn Busbar free zone Lenght Radius Operating voltages Max busbar voltages Test voltages Busbar to GND Power supply Supply voltage Selectable on mains inlet Vac Maximum power consumption Symbol Condition I s noise O 10Hz O 10kHz O 100kHz dI dt 10 90 ta f lt 1 Ipn U DC 100kHz r V max Ve b 10 Smax Last update 15 03 2007 Value lt 0 01 lt 3 lt 5 5 gt 20 lt 1 lt 10 220 110 2100 5000 100 110 230 50 Unit ppm RMS ppm RMS ppm RMS A uS kHz HV RMS mm mm VAC VAC RMS VAC 50 60Hz VA Page 2 of 3 Me DANFYSIK Ultrastab Saturn 20001 Rack mounted programmable current transducer Parameter Symbol Condition Operating environment Electronics Temperature Tadeo Humidity HH elec Noncondensing Transducerhead Temperature Ta head Humidity RHa heag Noncondensing Mechanical dimension Electronics Width Walec Height H er Depth Delec Weight approx Maeg Transducerhead Width Whead Height Hs Depth Dhead Weight approx Mhead Inner hole diameter O Transducer cable le
16. in design without incurring any obligation to modify previously manu factured units The foregoing is the full extent of the warranty and no other warranty is expressed or implied If no event Danfysik shall be liable for special damage arising from the delivery late delivery or use of the equipment If any fault develops the following steps should be taken Notify DANFYSIK A S giving full details of the problems and include Model Type Serial number and Order number On receipt of this information DANFYSIK A S will send you either service information or instructions for shipping All shipments of DANFYSIK A S equipment should be made according to our instructions and shipped in the original or a similar package For smaller parts a cardboard carton will be sufficient providing the parts are wrapped in plastic or paper and surrounded with at least 10 centi metres of shock absorbing material ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 Receiving and unpacking 3 1 Receiving the Goods The shipping package and the ULTRASTAB SATURN should be thoroughly inspected for signs of obvious damage immediately upon receipt All materials in the package should be checked against the enclosed packing list and the list of standard delivery below DANFYSIK A S will not be responsible for any shortages unless notified immediately ULTRASTAB SATURN Standard Delivery 1 x Saturn Electronics 1 x Saturn Transducer Head S
17. o J O w L I l z l e l y l s y 9 l L l L XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG a MISAANVG A0 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 063268 UIMIES EISEIN ON EM YONA TPOHe VOOOG DEe u 1l o npsSuE1_ ddV OO VUG Ze ddY NOIS30 6n d Huluwesbold 9005 10 93 Ad NMV4d NSG 06268 000S SOMd SON1d DNINIAVEDOYANIOILE CNN NOILYLNIWNYOA NYNLYS YNY I 43 LAI COYd L U6C68 0 59 A9SBTE Wusz O S IT M TLV SBuIpu AA uonesu duuoo AIWWaASs 9390 nq Wu Oh a UJ Di O gt o 5 Wo UL e l y l s y 9 l L l 9003 4 isnBny Aepsinul 3 Vd dO 133HS Ay SS ON HOH lt eweNbiO gt W1SnO L6c68 ON DMO YON3 POH ddv OO ddv N IS3d MYN 9002 10 92 Ad NMVHG LOG 60 U E9 ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG MISAANVG gy unes ARISEMIN V 0005 pesayleonpsue L V 0008 Onid Bunuuwe1bold NSO 1626810008 SOMd SON1d ONINWVHDOU DIGILYSTGIN NOLLVINIANAOONEN LVSIONVOI 83 IM3POY AL A9TE ZUUGZ O S IT M TTY SHUIDUIAA uon esu duuoo 3 I1VIN33 Sead
18. pin is connected to either Normal operation on or the Normal operation off depending on the unit s status Pin 7 Ip Low on This pin is connected to Ip Low common when the current through the transducer head is below 5 o of the programmed current Pin 8 Ip Low off This pin is connected to the Ip Low common when the current through the transducer head is above 5 o of the programmed current Pin 9 Overload warning common This pin is connected to either Overload warning on or Overload warning off pin depending on the unit s status 9 3 Transducer head A connector The transducer head A connector is used to connect the STH 600 transducer head DF part no 89254 to the ULTRASTAB SATURN The connection is made using the transducer head cable type A DF part no 89222 This is a 2 5M long non halogen cable with a DSUB15 Male connector in each end Pin 1 Compensation current return Pin 2 Compensation current out Pin 3 No connection Pin 4 Feedback coil AC pickup Pin 5 Identification Pin 6 No connection Pin 7 Zero detector coll 1 Pin 8 Zero detector coil 1 Pin 9 Compensation current return Pin 10 Compensation current out Pin 11 Feedback coil AC pickup Pin 12 No connection Pin 13 Identification Pin 14 Zero detector coil 2 Pin 15 Zero detector coil 2 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 24 9 4 Transducer head B connector The transducer head B connector is used to
19. units with VOM installed 11 Serial no plate of matched transducerhead This plate is only mounted if a transducerhead is delivered with the electronics unit 5 4 Transducer heads All transducer heads contain 2 connectors A connector for connecting the transducer head with the transducer head cable and a connector for the programming plug The programming plug connector is a DSUB 25 Male connector on all transducer heads while the connector for the transducer head cable is a DSUB15 Male connector on the STH600 head and a Amphenol C16 3 Female connector on the STH2000 STH5000 62 and STH5000 140 STH600 STH2000 STH5000 62 STH5000 140 Mal j besse D Transducerhead cable x LN ry WAS i GE e EN Us i E wi Programming plug Figure 4 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 15 Installation 6 1 Mounting requirements The ULTRASTAB SATURN can be mounted in either a rack based system or as a stand alone unit using the supplied rubber feet A Warning The unit must be mounted horizontally To ensure proper cooling the heat sink on the right and the air inlet on the left side of the unit must be kept free Failure to do this may result in improper cooling of the system which may lead to malfunction of the unit 6 2 Mounting requirements for the transducer heads STH 600 Use the mounting bracket no 88262 to mount the 600A transducer head It may be installed in any directio
20. 0 0001 0cg 063 08 Gc1 0p I I 8 D D Q UU A Q a 5 O mn o 00 001 UL SHUIDUIAA uonmesu duuoo 3 1VINW3W3 Sead L z y S 9 Z 8 6 ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 9268 uinies EISEIN ON DMA 11 V 000Z 009 Peay Jeonpsued ddV OO V GZE OOL Coes Dnd Bulwwesboid MYN 900 10 S e Ad NMV4d NSG 29268 0002 009 SOMIASINIA DNINAVEDOHA VIALE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POYHANL 90465 0 59 JMU APTA ZUUGZ O Seit TIV o 0001 0cE a 000 0cg E 3 3 3 3 009 09 L 063 08 Sc l 0V i nq Wu Oh a UJ Di O gt o 5 Wo 8 Y o 00 001 w L SBuIpuiAA uonmesu duuoo Sc 1 05 3 1VINdd 9390 y S 9 Z 8 6 Ob MG MISAANVG MISAANVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O amp 9 68 ON DMO YON3 POH dav GOud ddv N IS3d MYN 9002 10 SZ Ad NMVHG 9268 0 S9 OMA unes QES
21. 10 Se Ad NMYYA NSG 6Z268 0002 009 SOMId SON Id DNINAVEDOHAVWIAILE TON NOLLVININAAOOWNENIVSIONVOI 83IMA3POHANVL 61268 0059 3MOe Tq lt WUGZ O S IT M TLV Si 0001 0cg 0001 0cg 00S 091 0S 08 Sc L 0r SBuIDpuIAA 3988 P394 00 001 UL SBUIpuIm uonesu duuoo A l e l y l s y 9 l L AC MISAJNYAOYJISAJNYA IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG J NITIAF OrFOF MG a MISAANVG dO I 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 08c68 ON DMO YON3 POH dav GOud ddv N IS3d MYN 9002 10 SZ Ad NMVHG itane U a9 unes ARISEMIN V 000c 009 DpD8 u19970nDSUE4 V 006 09p Onid Bunuuwe1bold NSG 08268 0002 009 SOMIASINIA DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POYHANVL A9PTE ZUUEZ O SS1TM TIV 0001 0cg 009 09 1 SHUIDUIAA UOIESUBdWOD 3 1VIN33 4390 o 0001 0cg 063 08 Sc L 0r 00 001 7 Wu Wu a CU Di O gt o gt O w L I l z l e l y l s y 9 l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG Aaa MISAANVG dO 133HS Ay SS ON HOH lt
22. 88600009 Ver 04 07 SYNC in SYNC out Pin 4 Pin 5 Pin 4 Pin S Sync IN GND Sync out GND Figure 9 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 25 26 10 Operating instructions 10 1 Switching on power A Warning Before switching on the power make sure that there is no current runnin throuqh the transducer head Note The disconnecting device on this equipment is the mains pluq To disconnect the unit unplug the mains plug at the power inlet Before powering up the ULTRASTAB SATURN make sure all jumper settings are correct and that all connections are pushed fully home and secured properly Check that the voltage selector is set to match the local voltage supply and that the earth connection is correct according to local law and regulation When everything is connected according to above plug in the power cord connector The ULTRASTAB SATURN will now run through its power up sequence After a few second the unit is ready and the status of the unit can be seen on the front panel LED s The power status IrLOW and one of the transducer head LED s should now light up Now switch the current through the transducer head on The pLOW LED should turn off and the unit is running 10 2 Using the ULTRASTAB SATURN in current mode When using the ULTRASTAB SATURN without a VOM installed there are essentially two ways to measure the output Connecting it to a DMM or connecting it to an external burde
23. AGU SS ON HOH lt eweNbiO gt W1SnO O DOG Dr ON DMO YON3 POH ddv OO ddv N IS3d MYN 9002 10 SZ Ad NMVHG 9069080289 OMd unes ARISEMIN V 000 009 PESUJSoNpsSUuel V 00S 091 Onid Burwweipold NSO S9Z6810003 009 SOMIASINIA ININNYY DOY ADILY TON NOLLVININAAOOAWNENIVSIONVO I 83IMA3POHANVL APTA ZUUGZ O S IT M TTY 0001 0cg 0001 0cg 009 09 1 0S 08 Sc l 0V 1 nT Wu Oh a CU Di O gt o 5 mn 1 1 0 00 001 SHUIPUIA A uonmesu duuoo WWI 3 I1VIN33 4390 I l z l e l y l s t 9 l L l E ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 99c69 unes ARISEMIN ON SAG Y 0003 009 Ppeayla9npsuel YONA POYd ddV Odd ddV NOISAC MYN 900 10 Se Ad NMV4O NSG 99268 0002 009 SOMIASINIA DNINAVEDOHAVWICILETOIN 390 089 ed V Sc9 081 Onid Bunuuwe1bold NOLLVININAAOOAININ LVSIONVO1Y31A3PO08dV 1 A9PTE ZUUGZ O S TIT M TTY e 000 0cg 0 0001 0cg 009 09 L 063 08 Gc1 0p Y e 00 001 SHUIDUIAA uonmesu duuoo 3 3 3 3 3 Sc l 0c 3 1VINdd 9390
24. BAL ANISHS MM8 1 1ZZ114 11 y ON We 3SV OA NOLLVINSNI ei UuuZL INO Ou LU ONIGAL ANIYHS GSY L LZZLI4 L S S SIGN 38V1 YIGNNN Live Io y 394379 SN 34NL ANIYHS 323 3IWld N _ 0022 p AU T lt Oe D La v WOO MUO MMM Vw NOILI35 N000 L SWH V009 1517400691 Nid C Kiquiaessy qeo S2J01908SY MWS gv a Kng A 20 ON D jJSV3d 143 V GAZIMOHLNY SV 1d30X3 a de A S E SNOISIASY AdVvialddoud V L F N C peroiddy LO V u 00 806 cV NOILO3rOtd 319NV GYIHL ES ON ONIMVEO zas Po Pes d be alles RE pe H seonpsuel 0002 LYS A A000 40 perouddy Tn IS JUe IM YY Jeg sng HPA REE a AISAJUE O UUM HM Eg SING 57 ra x 69201 0 001 eel vezi ZEZE seIfis NMY Tr oo Ja o m MHL 9 MLW Sed DAN 8628 208 099 xe4 2628 208 099 19 1 uu seso eva 002 qudy er pais 1 OLOVE VO Soup ues peoy Jensnpul GGE qasosssasmusuossawn 2 STWAOHddV S3dA L 1 ONIMVHG MOYA 2003 Judy S JDID0SSV MNI vos ton oa t gbv0LZV Nid SHIM VWHEOO UOUEIEISUL uu 1s s Aq p uinb li se pajesojal aq v Aew Adu ajeuwixoldde omg UMOUS suolmsod Bn age GON A000 SWH V00S L Dune afpuon Juano Xen N H NOYHL S L X 8N Z S L MK Ayna geya ooze aseaay Lo LU AOdddV 31W0 NOILdIWOSAG Adu 3NOZ AYOLSIH NOISIASY L Z r AN CLE ONI M
25. C 6n d Buruue1DOJ1d lt ubis oyep gt AG NMVHO NSG 98268 0002 009 SOMId SON 1d ONINWVEDOd SICILYSATGIN NOILVLNAWNYOC NENLVS ONV5I YSLSrOud L 2ec0o 0 89 APTA ZUUGZ O Seit TIV SHUIDUIAA uonmesu duuoo 3 1VIN33 Scgq 0 0001 0cg 063 08 Gc1 0p 00 001 nq Wu Oh a UJ Di O gt o 5 mn UL L z y S 9 Z 8 6 Ob MG MISAANVG MISAANVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG 9003 I isnBny Aepsimyl 3 Vd a M SAd N Vd o Z9c69 ON DMO YON3 POH ddv OO ddv N IS3d MYN 9002 10 SZ Ad NMVHG lt 8WENDIO gt WS unes ARISEMIN V 000c 009 PESUJSONpSUel V 4Z8 009 Onid Bunuuwe1bold NSG Z8268 0002 009 SOMIASINIA DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POHANVL L LOB 0 93 Suipu M uogesuadwos YOCTA ZUUGZ O S IT M TIV o 0001 0cg 000 0cg 00S 091 0S 08 Sc L 0r i nT Wu Oh a CU Di O gt o 5 mn e 00 001 WWI 3 1VIN3W3 9390 y S 9 Z 8 6 Ob ON SAG YON3 POH dav GOud ddv N IS3d MYN 9002 10 SZ Ad NMV
26. CT NO Ultrastab Satur REVISION SHEET 1 of 1 FILE 89416 idw D E F G DATE 01 09 2006 SIZE A4 H J FIRST ANGLE PROJECTION 53 0 g NW IMPORTANT This document contains information which is the proporty of Danfysik A S Denmark It is submitted to you in confidence that it will not be disclosed or transmitted to others without Danfysik s authorization TOLERANCE 0 3 SURFACE TREATMENT RoHS compliant MATERIAL SCALE 1 1 MACHINING 7 DRAWN BY SFH Plug dimensions 8 CUSTOMER Customer PROJECT NO REVISION SHEET 1 of 1 FILE 89439 idw DATE 03 01 2007 SIZE A4 H B C D E F G J L z y S 9 Z 8 6 ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG pac MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 64368 UIMIES EISEIN BES no V 0002 009 p eayleonpsuel YONA Otd deg OO V Get Op E Dnd Builwwesboid MYN 900 10 o Ad NMVW4d NSG 6S268 0002 009 SOMd SON 1d DNINAVEDOHANWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POHANL 6568 0659 DMU ADBTE ZWWGZ O SSITM TTY 0 0001 0cg 0001 0cg 009 094 f U 0S 08 Sc l 0v 7 Wu Wu a CU Di O gt gt O WWI L 00 001 SHuUIPUIA A uon
27. D is lit yellow when a 2000A transducer head is connected to the ULTRASTAB SATURN 50004 This LED is lit yellow when a 5000A transducer head is connected to the ULTRASTAB SATURN OVERLOAD This LED is lit red when the current passing through the transducer head exceeds 130 of the maximum current for the transducer head including programming or the transducer head saturates B 3 Rear Figure 3 All connectors on the ULTRASTAB SATURN are placed on the rear of the unit 1 IEC power inlet and voltage selector This connector accepts a standard IEC power cord supplied The voltages can be changed using the voltages selector code wheel in order to match local voltages Furthermore the unit s two mains fuses are located in the IEC power inlet To change the fuses see 1 5 2 Punch out plate This plate is for future expansion or customization 3 Type Serial number plate 4 Sync in Synchronization input when slaved to another ULTRASTAB SATURN in a multichannel system SE Sync out Synchronization out when the unit is master or part of a daisy chain in a multichannel system 6 Status Interlock signals output 7 Transducer head A Connection to the STH600 head using cable 89222 8 Transducer head B Connection to the 2000A and 5000A head using cable 89221 9 Analogue out Port for connection to a DMM or other equipment ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 14 10 Calibration date label on
28. E Phone No 33 1 47 90 77 77 Fax No 33 1 47 33 32 20 E mail information alliantech com France AllianTech S A S 12 rue Traversi re 92230 Gennevilliers FRANCE Phone No 33 1 47 90 77 77 Fax No 33 1 47 33 32 20 E mail information alliantech com Germany Signaltec GmbH Dr Carlo Schmid Stra e 112 D 90491 N rnberg Phone No 49 911 5971 919 Fax No 49 911 5971 920 E mail info signaltec com www signaltec com ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 Slovakia LT IMPORT s r o Letna 45 041 95 Kosice SLOVAK REPUBLIC Phone No 421 55 6331924 Fax No 421 55 6331924 E mail Itimport kbc sk NORTH AMERICA USA GMW ASSOCIATES 955 Industrial Road San Carlos CA 94070 Phone No 1 650 802 8292 Fax No 1 650 802 8298 E mail sales qgmw com www gmw com IA CHINA Clover Technology Group Inc No 56A South Street Zhong Guan Cun Fang Yuan Mansion Suite B 0201 Beijing 100044 CHINA Phone No 86 10 88026823 Fax No 86 10 88026856 E mail gianlg clovertek com ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 36 37 INDIA TRANSACT I NDIA CORPORATION 5 1A Grants Building Arthur Bunder Road Colaba Mumbai 400 005 Phone No 91 22 563 64 866 Fax No 91 22 228 52 326 E mail trans vsnli com APAN TOYO DENGENKI KI CO LTD 2306 Nippa cho Kouhoku ku Yokohama City Kanagawa pre 223 0057 JAPAN Phone
29. EN V 0005 009 PESy 499 DSUuE41 V GLE Oc Onid Bunuuwe1bold NSO E9Z6810003 009 SOMIASINIA DNINAVEDOHAVWIAILE TON NOLLVININAAOOAWNENIVSIONVO I 83IMA3POHANL APTE ZUUGZ O Geif TV o 0001 0cg 0001 0cg 009 09 1 o 063 08 Sc 1 0p SBUIPUIM 3988 P994 WWI 00 001 SHUIDUIN uomesu duuoo 3 1VIN33 4390 I l z l e l y l s y 9 l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O v9c68 uinies QASEN BES no V 0003 009 pesy 199npsue4u YONA POYd del OO V 004 OVL Coes 6n d BuiuiuueiBoid MYN 900 10 S e Ad NMV4d NSG 79268 0002 009 SOMIASINIA DNINAVEDOHAVWIAILE TON NOILVLNAWNYOC NENLYS ONVDI YSLSrOud L V9C68 0 GS9 OMA APTA ZUUGZ O S IT M TIV 000 0cg 009 09 L SBuIpuiAA uonmesu duuoo 3 1VINW3W3 9390 0001 0cE 0S 08 Sc 1 0p 00 001 nT Wu Oh a CU Di O gt 5 o 5 Wo UL y S 9 Z 8 6 Ob MG MISAANVG MISAANVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG a MISAANVG dO 133HS
30. H 2000 440A 1375A Programming plug for STH 600 STH 2000 460A 1500A Programming plug for STH 600 STH 2000 480A 1500A Programming plug for STH 600 STH 2000 500A 1625A Programming plug for STH 600 STH 2000 520A 1625A Programming plug for STH 600 STH 2000 540A 1750A Programming plug for STH 600 STH 2000 560A 1750A Programming plug for STH 600 STH 2000 580A 1875A Programming plug for STH 600 STH 2000 600A 1875A Programming plug for STH 600 STH 2000 620A 2000A Programming plug for STH 600 STH 2000 2500A Programming plug for STH 5000 62 STH 5000 140 2750A Programming plug for STH 5000 62 STH 5000 140 3000A Programming plug for STH 5000 62 STH 5000 140 3250A Programming plug for STH 5000 62 STH 5000 140 3500A Programming plug for STH 5000 62 STH 5000 140 3750A Programming plug for STH 5000 62 STH 5000 140 4000A Programming plug for STH 5000 62 STH 5000 140 4250A Programming plug for STH 5000 62 STH 5000 140 4500A Programming plug for STH 5000 62 STH 5000 140 4750A Programming plug for STH 5000 62 STH 5000 140 5000A Programming plug for STH 5000 62 STH 5000 140 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 34 35 Appendix A Sales representatives DANFYSI K A S Moellehaven 31 DK 4040 Jyllinge DENMARK Phone No 45 46 79 00 00 Fax No 45 46 79 00 01 E mail sales danfysik dk WWW danfveik dk DISTRIBUTORS EUROPE Belgium AllianTech S A S 12 rue Traversiere 92230 Gennevilliers FRANC
31. HG 39408089 ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 88C08 unes ARISEMIN e 000Z 009 Pesyleonpsuea L V 00095 069 Onid Buuuwe1bold NSC 8826810003 009 SOMIASINIA DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POYHANVL A9PTE ZUUGZ O S IT M TTY 6 0001 0cg 000 0cg 009 09 L 063 08 Sc L 0r i 7 Wu Wu a UJ Di O gt o gt O 00 001 SBuIpu AA UOIeSUBCWOD WWI 3 1VINW3W3 9390 L z y S t 9 l L AC MISAJNYAOYJISAJNYA IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG J NITIAF OrFOF MG 9003 1 1sn6nv AepsinyL 3J Vd 3113 dO adpop AY lt 14 gt ON YACHO lt aweNbio gt WLSNO DCD MISAANVG gy unes ARISEMIN ON SMA v 0005 pesylaonpsuel YONA POYd ddV Odd ddV NOISAC MYN 9005 10 93 Ad NMV4O V 0065 Onid Bunuuwe1bold NSC 6826810008 SOMd SON1d DNINIAVEDOYANIOILE CNN NOLLVINIANAOONEN LVSIONVO 83 IM3POY AL 68268 0 59 APTA ZUUGZ O Seit TIV SHUIDUIAA VOIesuaduo 3 1VIN33 4390 7 Wu Wu a UJ Di O gt
32. L l PV a3ZIS dO ddV Odd ddV NOISAC MYN 9005 10 93 Ad NMV40O V6c68 0 39 Md MISAANVG MISASNVG HIVIN 0 00 6Z 9p Sb XV337131 0000 6Z op Sb 3INOHdA3131 MYVWN3G 39NITIAF OvOb A0 so AISAINVOA O lt 2wenBlO gt NLSNO unes QeIsenin V000S peaylaonpsuel VOSZE Onid Bunuuwe1bOld NSG 76268 000S SOMd SON1d DNINIAVEDOYAVIO LEIOA NOLLVINIANAOONEN LVSIONVOI 83 IM3POY AL APTA ZUUGZ O SS1TM TIV SHBUIPpuIM uomesu duuoo 3 1VINW3W3 9390 7 Wu Wu oa UJ Di O gt o J wn w L L z y S t 9 l L l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG 9002 ZL 1sn6nv Aepsinyl 3 Vd 3113 dO la33HS Ay lt 14 gt ON YACHO lt aweNbio gt WLSNO G6c69 MISAdNVG gy unes ARISEMIN ON SMA Y 0005 pesylaonpsuel YONA POYd ddV Odd ddV NOISAC MYN 9005 10 93 Ad NMV4O V 000p Onid Bunuuwe1bold NSC S6Z6810008 SOMIANSIMI DNINIAVEDOYANIOILE CNN NOLLVINIANAOONEN LVSIONVO 83 IM3POY AL 56408099 A9PTE ZUUGZ O S IT M TIV SHUIPUIAA uonmesu duuoo 3 1VINW3W3 9390 i D D UJ Di O 2 o J O O UL L z y
33. NS Ag NILIYM NI GAZIHOHLNV SV 1d39X3 LuVd NI HO 310HM NI AYM H3H1O ANY NI qasn YO SY3HLO OL 03SOT9SIO YO a39NAOYd3Y 34 LON LSNW LI ONI MIND OL AV l3lddOtd NOI LVINHOdNI WILNAGIANOO SNIVLNOO SNIMVHYC SIHL AdV13lddOtd S e S 9 z 2 30 133HS Da um LL woe Es a g 0 c c000 8069 L LV NOILOSrOYd 319NV GHYIHL W3LSAS ASSY 1X3N Ay ON ONIMVEG azis Ag Acg HSIN SOF GT 930 1A va SAG OV voos Fi vOOS YO JINOJIY JV oe P O PE win E ATEWASSVY 37180 Fis z a oa ar 90 90 s f Kna AN 8628 208 0S9 DJ 7678 708 089 lel aalsioadS NET wane K ons parnoJady E 0L0 6 VO Soup UDS Py IDH SnpU GG6 zwet 2 aeseng eil 7 H ld L 14 G V MI ONIMVYG Odd n MND 3NOS lon OQ GE E Y Ast SlVd D 1J11 49 O VSO 310N NOl1LdIYJISI0 YSEWNN 1YYd ALO N311 WWwOZZ 109 90 318V9 X313 X vug07 avolzw IL Ss GALS 2 1 WONOSZ INT NOISS3MdNO2 YIAdO ZL oSzaol z z l AO00 a panoJddy SE wug IND AISIHOV l ONIGAL ANIYHS lL lzeudlz Je 69201 OL
34. OOL SEL oc ZEZ SSS WA wwog IND WI LL ONIGAL MNINHS YIO 1 1ZZ UL Ir MHL MIN sad 93 wwz 109 Ou ONIGAL MNINHS Ou L LZEIl S D ser AN V1 YSEWAN LYVd 19 ee ieee SSWAOUddY SIN GvOlLZV N d 3HIA VIBOD SNOILVOIEIOSdS 4 C wWUuO HIN GG ALON q WOO MWB MMM 4 A000 L SONY VGZ 0 2000 80691 Nid quiassy qeO S3JOIDOSSY MIND 44379 YSGNN 34NL ANIYVHS CIX 3DW ld N pe EIS OLL _ gt Aying da un DN OF 1381 SLVOOTSY JdAL 318V9 JONVHO g EEN Aung W S0 80 G JI V QAZI OHLNY SV 1d39X3 4 NI YO JIOHM NI AVM M3H10 aaouad ava Livia NOILAISOSZO ren Se LON SAW Tl ONE RNS Ee NOILVWYOSNI TWILNSGISNOD SNIVLNOD ONIMVYC SIHL SNOISIASY AYVI31YdOYA S G 9 A 8
35. OOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG 9002 ZL 1sn6nv Aepsinyl 3 Vd 3113 dO LASHS Ay lt 14 gt ON YACHO lt aweNbio gt WLSNO VLC68 MISAANVG gy unes ARISEMIN V 0002 009 pesyuJsonpsues YONA POYd ddV Odd ddV NOISAC MYN 9005 10 93 Ad NMV4O V Goll OVE Onid Bunuuwe1bold NSG 7Z268 0002 009 SOMIASINIA DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POHANL AMARA 0759 APTE ZUUGZ O SotTM TV SHUIDUIAA uonmesu duuoo 3 1VIN3W3 Sead 0001L 0c 063 08 Gc1 0p 00 001 1 i pn Wu Wu a UY Di O gt o O Ul L z y S 9 Z 8 6 ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG aah aA MISAANVG dO 133HS Ay SS ON HOH lt eweNbiO gt W1SnO O 44368 UIMIES EISEIN ON EM YONI TOUA V 0005 009 PESYISINPSUEA ddV OO V Gell 09E Coes Dnd Bune1bBoJ1d MYN S00c L0 Sc Ad NMV4d NSG SZ268 0002 009 SOMId SON Id DNINAVEDOHAVWIAILETOIN NOLLVININAAO OWEN IVSIONVO I 83IMA3POYHANL SL 669 0 59 pg ZUUGZ O S IT M TIV o 0001 0cg 0001 0cg 00S 091 0S 08 Sc l 0V l nq Wu Oh a UJ Di O gt
36. Pe DANFYSIK Ultrastab Saturn Current Transducer User Manual Manufactured by Distributed by Danfysik A S GMW Associates Mollehaven 31 955 Industrial Road DK 4040 Jyllinge San Carlos CA 94070 USA Denmark Tel 650 802 8292 Fax 650 802 8298 Tel 45 46 76 81 50 Fax 45 46 73 15 51 Email sales gmw com Email danfysik danfysik dk Website http www gmw com Ultrastab Saturn Manual Doc no 88600009 Ver 04 07 GMW April 16 2007 GM 955 Industrial Road San Carlos CA 94070 Tel 650 802 8292 Fax 650 802 8298 Email sales gmw com Web site http www gmw com 1 Safety 1 1 Usage precautions and recommendations 12 Terms and symbols 1 3 Use and wear 1 4 AC Power input 1 5 Grounding 1 6 Fuses 2 Warranty 3 Receiving and unpacking 3 1 Receiving the Goods 3 2 Instructions for unpacking 4 Quick start 4 1 System overview 4 2 Power up 5 Introduction 5 1 Mam Features 5 2 Front 5 3 Rear 5 4 Transducer heads 6 Installation 6 1 Mounting requirements 6 2 Mounting requirements for the transducer heads 6 3 Installation 6 4 Grounding the transducer heads 7 Jumpers 7 1 Jumper settings 8 Offset adjust 8 1 Adjusting the current offset 9 10 ports 9 1 Analogue out connector 9 2 Status lInterlock connector 9 3 Transducer head A connector 9 4 Transducer head B connector 9 5 Sync In and Sync out 10 Operating instructions 10 1 Switching on power 10 2 Using the ULTRASTAB SATURN in current mode 10 3 Connecting directly to a c
37. TH 1 x Programming plug 1 x Connection cable with plugs from the Saturn to the transducer head 1 x Analogue out cable AC power cord Manual Certificate of calibration Only when delivered with a Voltage output If rating was not specified when ordering following programming plug will be delivered 600 A type 1x 600 A 2000 A type 1 x 2000 A 5000 A types 1 x 5000 A Unless specified when ordering the following transducer head connection cable will be delivered Current output 10m connection cable with either DSUB plugs Part no 65894070 for 600A systems or Amphenol plugs Part no 65894110 for 2000 5000A systems Voltage output 2 5m connection cable with either DSUB plugs Part no 65892220 for 600A systems or Amphenol plugs Part no 65892210 for 2000 5000A systems Unless specified when ordering the following analogue output cable will be delivered Current output Current adaptor cable part no 65894180 DSUB to 4mm safety banana sockets See chapter 10 Voltage output Analogue output cable with standard sense part no 65893820 See chapter 10 3 2 Instructions for unpacking The ULTRASTAB SATURN is shipped in a cardboard carton If the equipment is damaged in any way a claim should be filed with the shipping agent and a full report of the damage should be forwarded to Danfysik A S or our local agent representative immediately ULTRASTAB SATURN manual Document no
38. Transducer head cable for STH 2000 STH 5000 62 STH 5000 140 30M Output cable type A 1 5M Output cable type B 1 5M Output cable type C 1 5M Output cable DSUB to 4mm banana sockets adaptor 40A 125A Programming plug for STH 600 STH 2000 60A 250A Programming plug for STH 600 STH 2000 80A 250A Programming plug for STH 600 STH 2000 100A 375A Programming plug for STH 600 STH 2000 120A 375A Programming plug for STH 600 STH 2000 140A 500A Programming plug for STH 600 STH 2000 160A 500A Programming plug for STH 600 STH 2000 180A 625A Programming plug for STH 600 STH 2000 200A 625A Programming plug for STH 600 STH 2000 220A 750A Programming plug for STH 600 STH 2000 240A 750A Programming plug for STH 600 STH 2000 260A 875A Programming plug for STH 600 STH 2000 280A 875A Programming plug for STH 600 STH 2000 300A 1000A Programming plug for STH 600 STH 2000 320A 1000A Programming plug for STH 600 STH 2000 340A 1125A Programming plug for STH 600 STH 2000 360A 1125A Programming plug for STH 600 STH 2000 380A 1250A Programming plug for STH 600 STH 2000 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 81089277 81089278 81089279 81089280 81089281 81089282 81089283 81089284 81089285 81089286 81089287 81089288 81089289 81089290 81089291 81089292 81089293 81089294 81089295 81089296 81089297 81089298 81089299 400A 1250A Programming plug for STH 600 STH 2000 420A 1375A Programming plug for STH 600 ST
39. ard ULTRASTAB SATURN there are 5 jumpers 3 on the Transducer Electronic Module TEM and 2 on the MotherBoard MB Additionally there are 2 jumpers more in a unit with a VOM installed The locations of the jumpers are shown below 3 E J Anger KEEN Tay Figure 6 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 18 MB J umper 1 Current Voltage out Located to the left on the motherboard This is a 3 by 2 pin jumper and is used to choose between current output no VOM installed or voltage output VOM installed Default setting 1 in current out mode Default setting 3 in voltage out mode Configuration E 1 An RR 2 Ms 2 5 IE 3 Mc W Me 3 6 3 Current output VOM installed VOM installed Reversed phase MB J umper 2 Chassis GND Located at the left on the motherboard just above jumper 1 This is a 2 pin jumper and is used to connect or disconnect the chassis of the unit with it s internal GND plane With a jumper mounted Chassis and GND is shorted Default setting Shorted MB J umper 3 Sweep test Located at the rightmost corner of the motherboard This is a 4 pin jumper and Is used to test the sweep function This is done by shorting pin 3 and 4 The sweep signal can then be monitored on pin 1 and 2 Default setting Open TEM J umper 1 Sync source selector Located to the left on the TEM This is a 4 pin jumper and is used to def
40. are flux detector cores coupled to the electronics zero flux detector circuitry by means of the coils L1 and L2 L1 and L2 are coupled in parallel or serial depending of model with opposite phase to reduce the unwanted flux generated in core 1 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 31 With a primary current Ip flowing through L4 a magnetic flux will be generated in the body structure and detected by the detector cores An error signal will be generated controlling the amplifier A1 to drive a current through the compensation winding L3 When counterbalance is obtained i e zero flux is reestablished the compensation current multiplied with the number of turns in L3 is a true expression of the primary current Ip The zero flux detector circuitry operates from true DC to about 1Hz For higher frequencies the AC pick up winding L5 performs a feed back error signal which via the amplifier A2 widens the active bandwidth of the transducer up to more than 10 kHz Above 10 KHz the DCCT operates as a passive current transformer with it s 3dB limit variation from 300 KHz to 1 MHz depending on size and construction of the DCCT ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 12 32 Maintenance The ULTRASTAB SATURN does not require any maintenance under normal operation in the version with a current output ULTRASTAB SATURN with voltage output requires yearly or biyearly calibration Calibrat
41. connect the STH 2000 STH 5000 62 or STH 5000 140 transducer head DF part no 89247 89248 89249 to the ULTRASTAB SATURN The connection is made using the transducer head cable type B DF part no 89222 This is a 2 5M long non halogen cable with an Amphenol C16 3 Male connector in each end Pin Earth Chassis Pin 1 No connection Pin 2 Compensation current out Pin 3 Compensation current return Pin 4 Identification Pin 5 Identification Pin 6 Zero detector coil 1 Pin 7 Zero detector coil 2 Pin 8 No connection Pin 9 Zero detector coil 1 Pin 10 Zero detector coil 2 Pin 11 No connection Pin 12 Feedback coil AC pickup Pin 13 Feedback coil AC pickup Pin 14 No connection Figure 8 9 5 Sync In and Sync out The Sync In connector is used to input and external synchronization signal from another ULTRASTAB SATURN The Sync out connector is used to send out a synchronization signal to another ULTRASTAB SATURN An optocoupler in the Sync In circuitry secures that no galvanic connection exists between the sync master and the sync slave Both connectors are standard 8 ways modular jack connector RJ 45 and accepts standard network patch cables Cables may be straight or cross over cables as the ULTRASTAB SATURN only uses those wires in the cable that is always straight connection 4 and 5 The Sync signal is present on Pin 4 while Pin 5 is ground OV ULTRASTAB SATURN manual Document no
42. e ULTRASTAB SATURNto a DMM or high impedance amplifier When connecting the ULTRASTAB SATURN to a DMM or high impedance load in voltage mode the following connections must be used This diagram is equal to the standard voltage output cable ULTRASTAB SATURN output cable type B no 89382 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 ICBO ICBO Current output adaptor Male 4mm plug testcable Ext_curr Ext_curr Figure 12 10 7 Connecting the ULTRASTAB SATURN to a low resistance load When connecting the ULTRASTAB SATURN to a low resistance load in voltages mode the following connections must be used This diagram is equal to the ULTRASTAB SATURN output cable type A no 89374 Please note that this setup will have a small negative impact on the precision of the ULTRASTAB SATURN due to the resistance in the sense wires which will alter the feedback resistance slightly in the output amplification circuitry TWISTED PAIR Sense high Output high Sense low we Output low Figure 13 10 8 Using the ULTRASTAB SATURN in a multichannel system To use the ULTRASTAB SATURN in a multichannel system the first unit can be configured as synchronization master see jumper settings and the following units as synchronization slave This insures that all units are working with the same clock which will limit noise and interference It is however not mandatory to use the synchronization for
43. es refer to nominal current and transducerhead programmed to maximum primary current 2 Specifications is subject to change without notice 3 Corresponds to 0 1mV uS on the voltage output with transducerhead programmed to maximum primary current Page 3 of 3 Appendix C Drawings Rear view TOLERANCE 0 1 SURFACE TREATMENT RoHS compliant SCALE 1 10 MACHINING Ultrastab Saturn Dimensions CO IMPORTANT This document contains information which is the proporty of Danfysik A S Denmark It is submitted to you in confidence that it will not be disclosed or transmitted to others without Danfysik s authorization MATERIAL 7 CUSTOMER Customer PROJECT NO REVISION SHEET 1 of 1 FIRST ANGLE PROJECTION FILE 89401 idw D E F G DATE 28 07 2006 SIZE A4 H J FIRST ANGLE PROJECTION O25 IMPORTANT This document contains information which is the proporty of Danfysik A S Denmark It is submitted to you in confidence that it will not be disclosed or transmitted to others without Danfysik s authorization TOLERANCE N A SURFACE TREATMENT ROHS compliant MATERIAL SCALE 1 2 MACHINING d DRAWN BY SFH STH 600 DCCT Dimensions Ultrastab Saturn 89402A CUSTOMER Customer PROJECT NO REVISION SHEET 1 of 1 FILE 89402 idw DATE 05 09 2006 SIZE A4 D E F G J H 8 FIRST ANGLE PROJECTION IMPORTANT This document contains i
44. eweNbiO gt W1SnO O 183268 UIMIES EISEIN ON SNG YONI Oud V 0005 009 PESYISINPSUEA del OO V 004 O87 Coes 6n d Builwwesboid MYN 900 10 S e Ad NMV4d NSG I8268 0002 009 SOMId SON 1d DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POYANVL E ge APTE ZUUGZ O Seit TV SHUIDUIAA uonmesu duuoo 3 1VIN33 Sead 0001 0cg 063 08 Gc1 0p 00 001 i mn Wu Oh a UJ Di O gt o 5 Wo UL y S 9 Z 8 6 Ob ON SAG YON3 POH dav GOud ddv N IS3d MYN 9002 10 SZ Ad NMVHG reco 0 45 NO MAISAJNVOOMISAJNVO IVW LO 00 6Z 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOP MG MISAANVG JO 13stploDr9y gt NZ SS ON HOH lt eweNbiO gt W1SnO G8c08 unes qelsexin V 000 009 D8 u1 91DSUuE4 V Gc9 004 Onid Bunuuwe1bold NSC Z826810003 009 SOMIASINIA DNINAVEDOHANIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POYHANVL AOeVPTA CUuUuGZ 0 S IT M TTY 0001L 0c 000 0cg 009 09 L 063 08 Sc 1 0p mn Wu Wu a UJ Di O gt 5 O O w L 0 00 001 SBuIpuiAA UONesuaduoo 3 I1VIN3W3 Sead L
45. ge in a range greater then 10V 2 If your unit has a current output Connect the current output adaptor DF No 65894180 to the analogue out port Use a wire with 4mm terminal male plugs to connect the red wire on the adaptor to the current input terminal on the DMM Use a similar wire to connect the black wire of the adaptor to the common terminal on the DMM Set the DMM to measure DC current in a range greater than 1A or 2A if you bought a 5000A system C Make sure the voltage selector on the IEC inlet is set to the local voltage and connect the power cord D The ULTRASTAB SATURN will now measure the current running through the transducer head On the front plate the status of the unit can be monitored using the 7 LED s ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 12 5 Introduction 5 1 Main Features The ULTRASTAB SATURN is a high precision current measuring device based on the Flux gate principle It can measure current in both the DC and AC domain The instrument can be configured in a variety of ways to suit the user s demands Amongst the Ultrastab s main features are Current or voltages output Programmable current range from 0 5000A Status signals for interfacing with other equipment Synchronization option in multichannel setup The ULTRASTAB SATURN can be used either with or without an internally mounted Voltage Output Module VOM With a VOM installed the unit will produce
46. he next chapter 5 Check that all cables terminated in a plug are pushed fully home 6 Connect the supplied power cord to the IEC inlet on the unit to turn it on The transducer head and electronics can be installed up to 30 metre cable distance from each other The transducer head may be installed in any orientation 6 4 Grounding the transducer heads For safety reasons the transducer heads must be connected to earth To connect a transducer head to earth follow these steps STH 600 Connect an earth wire to the earth connector on the front plate of the transducer head STH 2000 Connect the earth wire to the transducer head using a M8 ringtounge fastened to one of the 4 mounting holes with a M8 screw STH 5000 62 amp STH 5000 140 Connect the earth wire to the transducer head using a M10 ringtounge fastened to one of the 4 mounting holes on the brackets ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 17 J umpers 7 1 Jumper settings The ULTRASTAB SATURN contains a number of jumpers which are used to configure the unit The default factory setting should in most cases be the preferred con figuration However it may be necessary to alter the settings to match the unit to your application To change the jumper setting first make sure the unit is powered off and the power cord is detached Then remove the top cover using a screw driver Locate the jumper you need to change and change the setting In a stand
47. head Noncondensing Noncondensing Noncondensing Noncondensing Last update 15 03 2007 Value 10 40 20 80 O 55 20 80 20 85 20 80 20 85 20 80 482 6 88 1 323 98 122 57 25 2 5 30 1 All ppm figures refer to nominal current and transducerhead programmed to maximum primary current 2 Specifications is subject to change without notice Unit SE RH SE RH eC RH C RH mm mm mm kg mm mm mm kg mm Page 3 of 3 Me DANFYSIK Ultrastab Saturn 600U Rack mounted programmable current transducer Parameter Primary current Nominal primary current Programmable from Programming steps Polarity Voltage output Nominal voltage output Max output load current Max output load capacitance Transfer ratio Overload capacity Max nondestructive overload Min overload trip value DC accuracy Offset Initial Drift vs Temp Drift vs Time Transfer ratio Deviation Deviation vs Temp Deviation vs Time Linearity Deviation Output noise Symbol Condition lp Se E o max O o max Lo max 0 1s I trip Voo Voo temp Voo time Ga Ga temp Ga time Xa Vo noise O 10Hz 0 10kHz O 100kHz Value 600 40 20 Bipolar 10 60 500 130 lt 2 lt 0 6 lt 1 lt 50 lt 2 lt 2 lt 3 lt 0 15 lt 6 5 lt 16 Last update 15 03 2007 Unit gt gt gt mA nF A V
48. horted the signals high sense and high out is shorted Default setting Open VOM J umper 2 Low Located behind the 4 pole wiedmuller connector ORANGE on the VOM This is a 2 pin jumper When shorted the signals low sense and low out is shorted Default setting Open ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 20 Offset adjust The ULTRASTAB SATURN should occasionally have a current offset adjustment made to ensure the highest accuracy All ULTRASTAB SATURN s are offset adjusted by DANFYSIK with the ordered transducer head prior to shipment In case the ULTRASTAB SATURN has been recalibrated or serviced and minimum after Y years of operation it is advisable to perform an offset adjustment with the selected transducer head connected prior to any measurement in order to achieve the highest accuracy 8 1 Adjusting the current offset N WARNING A CAUTION During offset adjustment the unit needs to be powered up with the top lid removed This will potentially exposing the operator to high voltages As a consequence the operator is requested not to touch anything inside the unit Note If the unit is equipped with a VOM be sure not to adjust any of the otentiometers on the VOM as this will cancel the calibration of the VOM and the unit will need a new calibration To adjust the ULTRASTAB SATURN please follow these steps 1 Unplug the mains cord 2 Remove the screws holding the cover and rem
49. if TIV LX 0 000 0cg 0001 0cE 00S 091 0S 08 Sc L 0r mn Oh Oh a CU Di O gt o 5 O e 00 001 WWI SBuIpuliAA UONesuaduoo ll 371VNW343 Szga L z y S 9 Z 8 6 ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG a MISAANVG dO 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 84368 UIMIES EISEIN ON EM YONI Oud V 0005 009 PESYISINPSUEA del OO V GZEL Oct Coes 6n d BuluiuueiBoid MYN 900 10 S e Ad NMV4d NSG 8Z268 0002 009 SOMId SON Id DNINAVEDOHAVWIAILE TON NOLLVININAAOOWNENIVSIONVO I 83IMA3POHANL GT EC kg d bc APTE ZUUGZ O Seit TIV 0 000 0cg 063 08 Gc1 0p SBUIPUIM E p394 UL 0 00 001 SBuIpuiAA uonmesu duuoo 3 1VINW33 9390 3 1VINdd 9390 A a _ a S MA MISAANVG MISAANVG IVN L00064 9p Sb WII 00 00 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOP MG MISAdNVG6 L dO Joel A9 lt JU gt ON HAGHO lt SweNnBlIO gt WLSNO O 6143268 UIMIES EISEIN ON OMA V 0003 009 pe yl onpsueL lL DOEN TOHA del OO V GZEL Ott E Dnd DuuumpIDoi MYN 900
50. ine whether the unit s clock source is taken from its own internal clock or from the SYNC IN connector on the rear of the unit Default setting 2 Configuration d 3 m 3 2 E 2 E A 1 1 E Function No clock source Internal clock External clock Master Slave Default settino ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 19 TEM J umper 2 Power amp on Located to the right on the TEM behind the 9 pole weidmuller connector ORANGE This is a 2 pin jumper This jumper must always be shorted on the ULTRASTAB SATURN Default setting Shorted TEM J umper 3 Saturation fault mode selector Located to the right on TEM This 3 pin jumper is used to select which action the ULTRASTAB SATURN must take if the transducer head is saturated In mode 2 the unit will automatically begin to sweep in order to lock on to the current again In mode 3 the ULTRASTAB SATURN will shut down the measuring circuit and wait until the current through the transducer head Is near zero Then the measuring will begin again This mode is useful in systems where the ULTRASTAB SATURN is part of a feedback line fusion 3 Ml 2 18 Function Not used Sweep mode ENT Default setting disable mode Default setting 2 VOM J umper 1 High Located behind the 4 pole wiedmuller connector ORANGE on the VOM This is a 2 pin jumper When s
51. ion of the unit is done according to the U trastab Saturn Calibration manual document no 88600010 If the unit needs service please contact Danfysik A S or our local sales representative ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 13 33 Parts and accessories 81089200 81089254 81089247 81089248 81089248 81089395 81089396 81088262 65892220 65894060 65894070 65894080 65894090 65892210 65894100 65894110 65894120 65894130 65893740 65893820 65893870 65894180 81089259 81089260 81089261 81089262 81089263 81089264 81089265 81089266 81089267 81089268 81089269 81089270 81089271 81089272 81089273 81089274 81089275 81089276 ULTRASTAB SATURN electronic unit STH 600 600A transducer head STH 2000 2000A transducer head STH 5000 62 5000A transducer head 62mm centre hole STH5000 140 5000A transducer head 140mm centre hole 1A VOM For STH 600 STH 2000 2A VOM For STH 5000 62 STH 5000 140 STH 600 mounting bracket Transducer head cable for STH 600 2 5M Transducer head cable for STH 600 5M Transducer head cable for STH 600 10M Transducer head cable for STH 600 20M Transducer head cable for STH 600 30M Transducer head cable for STH 2000 STH 5000 62 STH 5000 140 2 5M Transducer head cable for STH 2000 STH 5000 62 STH 5000 140 5M Transducer head cable for STH 2000 STH 5000 62 STH 5000 140 10M Transducer head cable for STH 2000 STH 5000 62 STH 5000 140 20M
52. many applications it is not necessary due to the low noise floor of the system Below is shown a 3 channel system ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 29 Ultrastab Saturn Jumper setting Master Analog Out Transducer Connection Ultrastab Saturn Jumper setting Slave Ultrastab Satum Jumper setting Slave Analog Out Phase 3 Analog Out Phase 2 Transducer Connection Transducer Connection Multichannel logger or DVM Figure 14 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 11 30 Theory of operation 11 1 Basic principle of ULTRASTAB current transducers The ULTRASTAB current transducers is delivered in a programme covering a potential free measurements of currents from DC to 500 kHz ranging from 40 A to 25 KA The precision current transducers are using a zero flux principle controlling a compensation current which counterbalance the ampere turns generated of the primary current Due to a balanced zero detector principle the output noise level is by nature very low and a resolution in the order of 2 x 10 8 Is achieved The figure below shows a block diagram of the zero flux transducer principle AC Error Signal L3 Compensation Current L1 Core2 Corel Zero Flux Detector J O m O e O 5 Figure 15 The transducer head core 1 Is the basic body structure The cores 2 and 3
53. mesu duuoo 3 1VINW3W3 9390 I l z l e l y l s y 9 l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG a MISAANVG dO I 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 093268 UIMIES EISEIN ON OMC Y 0003 009 pe yl onpsue elL YONA POYd del OO V OGZ 09 Coes 6n d BuiuiuueiBoid MYN 900 10 S e Ad NMV4d NSG 09268 0002 009 SOMId SON Id DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POHANVL 0370870702 JMU 3MOeTq qUuUEzZ O S IT M LIV 0001 0cE 009 09 L 8 Y SBuIIpuiAA uonmesu duuoo 3 3 3 3 3 Sc 1 05 3 1VINW3W3 9390 000 0cg 063 08 Sc l 0V 00 001 nq Wu Oh a UJ Di O gt o 5 mn UL I l z l e l y l s y 9 l L l E l XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG Aaa MISAANVG dO 133HS Ay SS ON HOH lt eweNbiO gt W1SnO O 19368 uinies EISEIN BES no V 0003 009 pesy Jlaesnpsue YONA POYd ddV OO V OGZ 08 Coes 6n d BuiuiuueiBoid MYN S00 10 Se ANM NSO 1926810003 009 SOMIASINIA DNINAVEDOHA VIALE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POHANVL LSGAS 0 8E9 JMU APTA ZUUGZ O Geif TIV
54. n STH 2000 The 2000A transducer head must be installed using two M8 screws The head may be mounted in any direction Please observe that the length of the screws may not exceed the length D shown in figure 5 To calculate the maximum length of the mounting screw measure the thickness of the mounting substrate C and add the length A B which is 10mm 15mm Max Screw length D 10 15 C mm Transducer core Mounting plate Mounting substrate Mounting screw Figure 5 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 16 A WARNING Usina too long screws may cause harm to the inner parts of the transducer head and lead to malfunction STH 5000A 62 and STH 5000 140 transducer heads are mounted using four M10 screws inserted into the holes on the brackets The heads can be installed in any directions 6 3 Installation 1 Check that the mains voltage and frequency matches to the local requirements If not the proper voltage on the selector wheel 100 115 230 Volt AC must be selected to match the line voltage 2 Establish the Ground connection according to the local authority regulations and the requirements of the equipment 3 Mount the provided connection cable between the ULTRASTAB SATURN and the transducer head Please note that only one transducer head may be connected to either transducer head A or transducer head B plug 4 Connect the analogue output terminals as described in t
55. n resistor In either way the user must observe that the maximum burden resitance does not exceed the value given in the specifications of the unit 10 3 Connecting directly to a current measuring device Connecting the ULTRASTAB SATURN directly to a current measuring device like a DMM or an Power analyzer can easily be done using the Current output adaptor no 89418 which is supplied with all delivered ULTRASTAB SATURN systems without a VOM installed The adaptor accepts male 4mm banana plugs The red wire carries the output current while the black is the current return path Simply connect these two wires to your current measuring device using standard laboratory test leads with 4mm terminals see figure 10 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 27 TWISTED PAIR ICBO ICBO a ext cun Chassis paa Ext curr w E a A de A Figure 10 10 4 Connecting to an external burden resistor If an external burden resistor is to be connected to the ULTRASTAB SATURN the following diagram should be used This diagram is equal to the ULTRASTAB SATURN output cable type C no 89387 TWISTED PAIR Sense high Output high ws Sense low ARAS e Output low Chassis wen w Figure 11 10 5 Using the ULTRASTAB SATURN in voltage mode VOM installed When a VOM is installed there are two ways to connect the ULTRASTAB SATURN to an external load 10 6 Connecting th
56. nformation which is the proporty of Danfysik A S Denmark It is submitted to you in confidence that it will not be disclosed or transmitted to others without Danfysik s authorization TOLERANCE N A SURFACE TREATMENT RoHS compliant MATERIAL SCALE 1 4 MACHINING 7 DRAWN BY SFH STH 2000 DCCT Dimensions Ultrastab Saturn 8 CUSTOMER Customer PROJECT NO REVISION SHEET 1 of 1 FILE 89403 idw DATE 28 07 2006 SIZE A4 H B C D E F G J FIRST ANGLE PROJECTION IMPORTANT This document contains information which is the proporty of Danfysik A S Denmark It is submitted to you in confidence that it will not be disclosed or transmitted to others without Danfysik s authorization TOLERANCE 0 1 SURFACE TREATMENT RoHS compliant MATERIAL SCALE 1 4 MACHINING 7 DRAWN BY SFH STH 5000 62 Dimensions Ultrastab Saturn 8 CUSTOMER Danfysik PROJECT NO Ultrastab Satur REVISION SHEET 1 of1 FILE 89417 idw DATE 01 09 2006 SIZE A4 H B C D E F G J TOLERANCE 0 1 SURFACE TREATMENT ROHS compliant SCALE 1 5 MACHINI NG STH 5000 140 Dimensions Ultrastab Saturn CUSTOMER Customer FIRST ANGLE PROJECTION IMPORTANT This document contains information which is the proporty of Danfysik A S Denmark It is submitted to you in confidence that it will not be disclosed or transmitted to others without Danfysik s authorization MATERIAL 7 PROJE
57. nght Standard Maximum optional lenght Notes Value 10 40 20 80 O 55 20 80 482 6 88 1 323 169 200 70 4 5 50 2 5 30 Last update 15 03 2007 Unit SE RH oC RH mm mm mm kg mm mm mm kg mm 1 All ppm figures refer to nominal current and transducerhead programmed to maximum primary current 2 Specifications is subject to change without notice Page 3 of 3 Me DANFYSIK Ultrastab Saturn 2000U Rack mounted programmable current transducer Parameter Primary current Nominal primary current Programmable from Programming steps Polarity Voltage output Nominal voltage output Max output load current Max output load capacitance Transfer ratio Overload capacity Max nondestructive overload Min overload trip value DC accuracy Offset Initial Drift vs Temp Drift vs Time Transfer ratio Deviation Deviation vs Temp Deviation vs Time Linearity Deviation Output noise Symbol Condition lp p trip Voo Voo temp Voo time Gy Ga temp Ga time Ag Vo noise 0 10Hz 0 10kHz 0 100kHz Value 2000 125 125 Bipolar W H 200 500 130 lt 2 lt 0 6 lt 1 lt 50 lt 2 lt 2 lt 4 lt 0 15 lt 5 5 lt 16 Last update 15 03 2007 Unit gt gt gt mA nF A V Ipn Ipn ppm ppm K ppm month ppm ppm K ppm month ppm ppm RMS ppm RMS ppm RMS Page 1 of 3
58. o 3 I1VIN33 Sead 0001 0cg 063 08 Gc1 0p o 00 001 nT Wu Oh a CU Di O gt o 5 mn w L l e l y l s y 9 l L l E l 9003 4 isnBny Aepsinul 3 Vd Ll dO ladHS Ay G9c69 ON DMO YON3 POH dav GOud ddv N IS3d MYN 9002 10 SZ Ad NMVHG Se eo0 7 59 MG MISAANVG MISAANVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG 5 MISAJNVO O lt 1U gt ON 43040 lt awenbio gt WLSNO unes ARISEMIN V 000c 009 DpD8 u199T10DSUE4 V 09Z 094 Onid Bunuuwe1bold NSC S8Z6810003 009 SOMIASINIA DNINAVEDOHAVWIAILE TON NOLLVININAAO OWEN IVSIONVO I 83IMA3POHANL APTA ZUUGZ O Geif TIV 0001L 0c 0001L 0c 3 3 3 3 063 08 Gc1 0p 8 Y e 00 001 SBuIpuliAA uonmesu duuoo Sc 1 05 3 I1VIN3W3 9390 i nT Wu Oh a CU Di O gt o 5 mn w L L z y S 9 Z JO XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG a MISAANVG L33HS AGU SS ON HOH lt eweNbiO gt W1SnO O 98268 UIMIES EISEIN ON EM YONI Oud V 0005 009 PESYISINPSUEA del OO V 4 81 084 dy NDISA
59. ove it 3 Connect a DMM capable of measuring uA to the analog output port using a current output cable no 89418 see chapter 10 3 Connect the mains cord to the IEC inlet Wait for approx 15 minutes while the unit is heating up Locate the offset adjustment potentiometer on the TEM see fig 7 Use a trim screwdriver to adjust the offset until the current is as close to zero as possible 8 After adjustment unplug the mains cord and mount the cover again oY le ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 2 Y 4 uu pt ant ae EE Kl Ae is KE 8 eem Me k geb Zait um Egas 7 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 22 O ports 9 1 Analogue out connector The Analogue out connector DSUB15 Female contains the following signals 2 er eum used sense Out Sense Out 13 14 15 out out used Sense Sense When using the ULTRASTAB SATURN in current out mode no VOM installed only pin 1 2 9 10 should be used Pin 9 10 Is the current output from the ULTRASTAB SATURN Pin 1 2 Current return path When using the ULTRASTAB SATURN in voltage out mode VOM installed pin 1 9 and pin 2 10 must be shorted This will loop the current output to the VOM The voltage output is then present on pin 4 8 and 12 15 Pin 4 Pin 12 Voltage output High sense Pin 6 Signal Ground Pin 7 Pin 14 Voltage output Low Sense Pin 8 Pin 15 Voltage outpu
60. se Dynamic response Slew rate Delay time Bandwidth 3dB Busbar noise Measured on primary cable one turn Busbar free zone Lenght Radius Operating voltages Max busbar voltages Test voltages Busbar to GND Power supply Supply voltage Selectable on mains inlet Vac Maximum power consumption Symbol Condition I s noise O 10Hz O 10kHz O 100kHz dI dt 10 90 ta f lt 5 Ipn U DC 100kHz r V max Ve b 10 Smax Last update 15 03 2007 Value lt 0 01 lt 3 5 lt 6 5 gt 50 lt 1 0 300 lt 2 150 75 1250 5000 100 110 230 50 Unit ppm RMS ppm RMS ppm RMS A uS kHz HV RMS mm mm VAC VAC RMS VAC 50 60Hz VA Page 2 of 3 Me DANFYSIK Ultrastab Saturn 600l Rack mounted programmable current transducer Parameter Operating environment Electronics Temperature Humidity Transducerhead Temperature Humidity Storage environment Electronics Temperature Humidity Transducerhead Temperature Humidity Mechanical dimension Electronics Width Height Depth Weight approx Transducerhead Width Height Depth Weight approx Inner hole diameter Transducer cable lenght Standard Maximum optional lenght Notes Symbol Condition Ta elec RHa elec Ty head RHa head Ts elec RH elec Ts head RH s head Wetec H er D lec Melec Whead H head Dhead M
61. t Low Pin 5 Pin13 Voltage output high 9 2 Status I nterlock connector All signals on the Status Interlock port are floating relay type All signals are therefore isolated from the electrical circuits of the unit A WARNING Maximum allowed voltaqe on the relay switches is 33VAC or 70VDC Exceedin this limit may cause malfunction or damaqe the equipment The Status Interlock connector DSUB9 Male contains the following signals Kate S Low Geng ss opera on on operation off comman warning on warning off 7 low off Bag warning Pin geet x Low on operation common common ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 23 Normal operation on When the unit status is OK Normal operation this pin is connected to the Normal operation common pin Pin 2 Normal operation off When the unit status is not OK error overload warning etc this pin is connected to the Normal operation common Pin 3 Ip Low common This pin is connected to either p Low on or Ip Low off depending on the unit s status Pin 4 Overload warning on This pin is connected to the Overload common pin when the current through the transducer head exceeds 10 of the maximum programmed current Pin 5 Overload warning Off This pin is connected to the Overload common pin when the unit is in normal mode and the current through the transducer head Is within the measurement area Pin 6 Normal operation common This
62. th Dhead Weight approx Mhead Inner hole diameter O Transducer cable lenght Notes Standard Maximum optional lenght Last update 15 03 2007 Value 20 85 20 80 20 85 20 80 482 6 88 1 323 98 122 57 25 2 5 30 1 All ppm figures refer to nominal current and transducerhead programmed to maximum primary current 2 Specifications is subject to change without notice 3 Corresponds to 1V uS on the voltage output with transducerhead programmed to maximum primary current Unit SE RH SE RH mm mm mm kg mm mm mm kg mm Page 3 of 3 Me DANFYSIK Ultrastab Saturn 20001 Rack mounted programmable current transducer Parameter Primary current Nominal primary current Programmable from Programming steps Polarity Secondary current Nominal secondary current External burden resistor Max Min Current transfer ratio Overload capacity Max nondestructive overload Min overload trip value DC accuracy Offset Initial Drift vs Temp Drift vs Time Transfer ratio Deviation Deviation vs Temp Deviation vs Time Linearity Deviation Deviation vs Temp Symbol Condition lp Rp Rp max Rb min Lo max 0 1s I trip L Lo temp l time Na Na temp Na time Xa Xa temp Value 2000 125 125 Bipolar i 2000 500 130 lt 2 lt 0 1 lt 1 lt 4 lt 0 1 lt 1 lt 2 lt 0 1 Last update 15 03 2007 Unit
63. und connection to earth may cause malfunction and lead to hazardous errors 1 6 Fuses A WARNING The unit is delivered with two T1A fuses For continued fire protection replace the fuses with the specified type and rating only To replace the fuses disconnect the mains cord Open the cover of the IEC power inlet with a flat screwdriver Pull out the fuse holders and replace the fuses ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 Warranty DANFYSIK A S warrants the equipment delivered from the company to be free from any defects in materials and workmanship for a period of 12 Months from the date of installation or max 18 months from the date of shipment whichever is shortest Within this warranty period DANFYSIK A S will repair or replace any defective parts free of charge either on the customer s site or at our factory at our choice DANFYSIK A S will pay or reimburse the lowest two way freight charges on any items returned to DANFYSIK A S or our designated agent representative provided prior written authorization for such return has been given by DANFYSIK A S This warranty shall not apply to any equipment which our inspection shows to our Satisfaction to have become defective or unworkable due to mishandling improper maintenance incorrect use or any other circum stances not generally acceptable for equipment of a similar type DANFYSIK A S reserves the right on standard products to make changes
64. urrent measuring device 10 4 Connecting to an external burden resistor 10 5 Using the ULTRASTAB SATURN in voltage mode VOM installed 10 6 Connecting the ULTRASTAB SATURN to a DMM or high impedance amplifier 10 7 Connecting the ULTRASTAB SATURN to a low resistance load 10 8 Using the ULTRASTAB SATURN in a multichannel system 11 11 1 Table of contents Theory of operation Basic principle of ULTRASTAB current transducers ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 CO Gi 1 ON ON A Un U Un Un 12 Maintenance 13 Parts and accessories Appendix A Sales representatives Appendix B Specifications Appendix C Drawings ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 32 33 35 FCC statement This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment This equipment generates uses and can radiate radio frequency energy and if not installed and used in accordance with the instruction manual may cause harmful interference in which case the user will be required to correct the interference at his own expense ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 1 Safety 1 1 Usage precautions and recommendations The following precautions are recommended to insure
65. your safety and to provide the best conditions of this instrument If this equipment is used in a manner not specified by the manufacturer the protection provided by the equipment may be impaired 1 2 Terms and symbols These terms and symbols may appear in this manual or on the product d WARNING Warning statements identify condition or practices that could result in injury or loss of life d CAUTI ON Caution statement indentify conditions or practices that could result in damage to the product A DANGER High Voltages Protective Conductor Terminal 1 3 Use and wear A Caution Do not place any heavy object on the instrument Avoid severe impacts or rough handling that could damage the instrument Use electrostatic discharge precautions while handling and making connections to the instrument Do not place wires into the connectors of the instrument only mating connectors and adapters Do not block or obstruct the ventilation opening on the side panels and over the heat sink 1 4 AC Power input N Caution AC power input should be within the range of the selected line voltages 10 ULTRASTAB SATURN manual Document no 88600009 Ver 04 07 1 5 Grounding A WARNING To avoid electrical shock the power cord protective grounding conductor must be connected to earth ground All transducerheads must be connected to earth ground as described in chapter 5 4 Failure to establish a functional gro
66. z y S t 9 l L l E ACUMAISAJNVOOMISAJNVO IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 39NITIAP OrFOF MG 9002 ZL 1sn6nv Aepsinyl 3 Vd 3113 dO la33HS Ay lt 14 gt ON YACHO lt aweNbio gt WLSNO 8008 MISAANVG gy unes ARISEMIN BES no V 0002 009 peeyuJsonpsues YONA POYd ddV Odd ddV NOISAC AVN 900 10 Se Ad NMV4O V Gc9 00S Onid Bunuuwe1bold NSO E8Z6810003 009 SOMIASINIA DNINAVEDOHAVWIAILETOIN NOLLVININAAOOWNENIVSIONVOI 83IMA3POHANL todos U 39 APTA ZUUGZ O Geif TIV SHUIDUIAA uonmesu duuoo 3 1VINW33 Sead 0001 0cg 063 08 Sc L 0r 00 001 mn Wu Oh a UJ Di O gt o 5 mn UL I l z l e l y l s y 9 l L l L XMISA3JNV MISAAJNVG IVN 100062 9p Sb WII 0000 6Z Op Sb I3INOHA3131 MYVNNSG 3DNITIAT OrFOF MG a MISAANVG A0 133HS AGU SS ON HOH lt eweNbiO gt W1SnO O 9469 uinies QASEN ON SNG YONI TO V 0005 009 PESYISINPSUEA del OO V 042 OVS dy NDIS3C 6n d Buluwesbold 9005 10 20 Ad NMV4d NSG 78268 0002 009 SOMIASINIA DNINAVEDOHAVWIAILETOIAN NOLLVININAAOOWNENIVSIONVO I 83IMA3POHANVL VSCOS O0 S9 APTA ZUUGZ O S IT M TIV 0001 0cg 009 09 SHUIPUIA A uon mesu duuo

Ultrastab Saturn Current Transducer User Manual

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