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Short Instructions

BENNING PV 1-1

Important information

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Before using the BENNING PV 1-1 please read the detailed operat-
ing manual (http://tms.benning.de/pv1-1) carefully.
The BENNING PV 1-1 should only be used by suitably trained per-
sonnel.

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The connection to the PV generator is made exclusively in accord-
ance with the connection figure of the operating manual.
Disconnect not required safety tests leads from the BENNING PV 1-1.

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Before  the  measurement  disconnected  the  PV  array  from  the  PV 
inverter!
The PV string under test must not exceed the maximum open-cir-
cuit  voltage  of  1000  V,  the  maximum  short-circuit  current  of  15 A 
and the maximum DC power (P = Uoc x Isc) of 10 kW.
The measurements are to be carried out on the individual PV string!
It must be ensured that all switching devices and isolating devices 
are open and that all PV strings are isolated from each other.
Only test a single PV string, never test multiple strings and beware 
of parallel connections! High levels of capacitance within the circuit 
under test can cause high currents to flow and may damage the test 
instrument.
Non-observiance will result in damage to the BENNING PV 1-1!

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Disconnect the BENNING PV 1-1 from the test sample directly after 
the test.

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Do  not  touch  the  measuring  probes!  During  insulating  resistance 
measurements, high electric currents might be applied to the meas-
uring probes.

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Do  not  touch  any  metal  parts  of  the  test  object  during  measure-
ment.

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The PV generator must be isolated from the electric power supply!
Neither the positive nor the negative pole of the PV generator must 
be earthed!

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Via  the  4  mm  safety  test  leads,  voltage  measurements  on  mains 
supply  circuits  are  possible.  Via  the  4  mm  test  sockets,  the 
 BENNING PV 1-1 must be used only in electric circuits of overvolt-
age category III with max. 300 V AC/DC for phase-to-earth measure-
ments. For this please disconnect the PV 1-1 measuring leads from 
the PV test sockets before measuring.

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Before starting the unit, always check it for signs of damage. Do not 
use a damaged BENNING PV 1-1!

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Only  use  safety  measuring  leads,  which  are  supplied  with  the 
 BENNING PV 1-1.

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The BENNING PV 1-1 is intended for making measurements under 
dry ambient conditions only.

Measured value memory

 (200 display screens)

-Store

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-

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 + 

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Reading out the measured value memory via the USB interface

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Preset limiting values 

V

ISO

Limiting value of insulating resistance

9

99

Measuring range

Function

Range

5

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ȍȍ99

9RF

99

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5

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Setting the date and time

 7XUQRIIWKH%(11,1*39

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-key and then press simultaneously the 

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the 

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Setting the Auto Power Off

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the 

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-

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 Radio connection to BENNING SUN 2 - wireless SUN link

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Coupling with insolation/temperature measuring instrument BENNING SUN 2

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-key  and  the 

Auto

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Decoupling from insolation/temperature measuring instrument BENNING SUN 2 

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Activating/deactivating the radio transmission of the BENNING SUN 2

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2

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2

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Error codes

Error codes

Remedy

7KHLQWHUQDOIXVHKDVEORZQ5HIHUWRFKDSWHULQWKHRSHUD

-

WLQJLQVWUXFWLRQVIRUGHWDLOV
7KH HOHFWURQLF FRPSRQHQWV RI WKH %(11,1* 39  KDYH

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BENNING PV 1-1 

1

 

BENNING PV 1-1 

6

 

BENNING PV 1-1 

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Summary of Contents for PV 1-1

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Page 2: ...Ω NULL 6 PERO DXI GHP LVSOD DQJH HLJW ZLUG HU 1XOO HUW ZLUG JHVSHLFKHUW ZHQQ GDV HUlW DXVJHVFKDOWHW ZLUG U FNHQ 6LH XP HDNWLYLHUHQ GLH Ω NULL 7DVWH ELV GDV Ω NULL Symbol auf dem LCD LVSOD DXVJHEOHQGHW ZLUG Hinweis 0D LPDOHU 0HVVOHLWXQJVZLGHUVWDQG 2KP 500V 250V 1000V PV 1 1 DIN EN 62446 VDE 0126 23 ÖVE ÖNORM EN 62446 Auto Ω NULL RPE VISO ON OFF press 2 sec NULL rot VFKZDU Schutzleiterwiderstand RPE...

Page 3: ...QJH WKH VHFRQG ILHOG LV VHW WR HUR 7XUQ RII WKH GHYLFH WR VDYH WKH VHWWLQJ Note I WKH 11 1 39 KDV HVWDEOLVKHG D UDGLR FRQQHFWLRQ WR WKH 11 1 681 WKH GDWH WLPH RI WKH 11 1 39 ZLOO EH V QFKURQL HG DXWRPDWLFDOO DIWHU VHFRQGV WR WKH GDWH WLPH RI WKH 11 1 681 LI WKH GHYLFH GHWHFWV D GHYLDWLRQ RI PRUH WKDQ PLQXWH 11 1 681 PDVWHU ĺ 11 1 39 VODYH Setting the Auto Power Off APO Auto PRZHU Off 7XUQ RII WKH ...

Page 4: ...l sounds and the Ω NULL symbol LV GLVSOD HG 7KH 1XOO YDOXH LV VWRUHG ZKHQ XQLW LV VZLWFKHG RII 7R GLVDEOH SUHVV Ω NULL key until the Ω NULL V PERO LV UHPRYHG IURP GLVSOD Note 0D PHDVXULQJ OHDG UHVLVWDQFH 2KP 500V 250V 1000V PV 1 1 DIN EN 62446 VDE 0126 23 ÖVE ÖNORM EN 62446 Auto Ω NULL RPE VISO ON OFF press 2 sec NULL red black Protective conductor resistance RPE RQQHFW WKH PP VDIHW PHDVXULQJ OHDG...

Page 5: ...8Q V PEROH FOLJQRWDQW LQGLTXH TXH FH FKDPS SHXW rWUH GpILQL YHF OD touche et la WRXFKH OD YDOHXU DXJPHQWH RX GLPLQXH FKDTXH FKDQJHPHQW OH FKDPS GHV VHFRQGHV HVW UHPLV j pUR WHLJQH O DSSDUHLO SRXU HQUHJLVWUHU OH UpJODJH Remarque X FDV R O DSSDUHLO 11 1 39 DXUDLW pWDEOL XQH OLDLVRQ UDGLRpOHF WULTXH DYHF O DSSDUHLO 11 1 681 OD GDWH HW O KHXUH GH O DSSDUHLO 11 1 39 VHURQW V QFKURQLVpHV DXWRPDWLTXHPHQW...

Page 6: ...VRLW pPLV et le symbole Ω NULL VRLW DIILFKp VXU OµDIILFKHXU j FULVWDX OLTXLGHV D YDOHXU pUR VHUD HQUHJLVWUpH TXDQG OµDSSDUHLO HVW PLV HQ DUUrW 3RXU XQH GpVDFWLYDWLRQ DSSX H VXU OD WRXFKH Ω NULL pUR MXVTXµj FH TXH OH symbole Ω NULL pUR GLVSDUDLVVH GH OµDIILFKHXU j FULVWDX OLTXLGHV Remarque 5pVLVWDQFH PD LPDOH GX FkEOH GH PHVXUH RKPV 500V 250V 1000V PV 1 1 DIN EN 62446 VDE 0126 23 ÖVE ÖNORM EN 62446...

Page 7: ...GH HVWDEOHFHU RQ OD tecla y la WHFOD HV HO YDORU DXPHQWD R GLVPLQX H RQ FDGD FDPELR HO VHJXQGR FDPSR VH SRQH D FHUR SDJXH HO GLVSRVLWLYR SDUD JXDUGDU OD FRQILJXUDFLyQ Nota 6L HO 11 1 39 WLHQH FRQH LyQ SRU UDGLR FRQ HO 11 1 681 VH VLQFURQL DQ OD IHFKD OD KRUD GHO 11 1 39 DXWRPDWLFDPHQWH SDVDGRV DSUR V FRQ OD IHFKD OD KRUD GHO 11 1 681 VL VH FRQVWDWD XQD GLV FUHSDQFLD GH PLQ 11 1 681 0DVWHU ĺ 11 1 3...

Page 8: ... HO VXPLQLVWUR 0DQWHQJD SXOVDGD OD WHFOD Ω NULL FHUR KDVWD TXH VXHQH XQ SLWLGR VH PXHVWUH HO VtPEROR Ω NULL FHUR HQ OD SDQWDOOD O YDORU FHUR VH JXDUGD DO DSDJDU HO DSDUDWR 3DUD OD GHVDFWLYDFLyQ SXOVH OD WHFOD Ω NULL FHUR KDVWD TXH HO VtPEROR Ω NULL cero GHVDSDUH FD GH OD SDQWDOOD Nota 0i LPD UHVLVWHQFLD GH ODV OtQHDV GH PHGLFLyQ RKPLRV 500V 250V 1000V PV 1 1 DIN EN 62446 VDE 0126 23 ÖVE ÖNORM EN 6...

Page 9: ... GUXKp SROH QDVWDYHQD QD QXOX 9 SQČWH DĜt HQt SUR XORåHQt QDVWDYHQt Poznámka 3RNXG MH 11 1 39 Y UiGLRYpP VSRMHQt V SĜtVWURMHP 11 1 681 GRFKi t DXWRPDWLFN SR FFD V N V QFKURQL DFL GDWD þDVRYpKR GDMH SĜtVWURMH 11 1 39 V GDWHP þDVRYêP GDMHP SĜtVWURMH 11 1 681 MH OL MLãWČQD RGFK OND PLQXWD 11 1 681 0DVWHU ĺ 11 1 39 6ODYH Nastavení automatického vypnutí APO Auto PRZHU Off 3ĜHSQČWH 11 1 39 6WLVNQČWH D S...

Page 10: ...LVSOHML VH QH REUD t V PERO Ω NULL 1XORYi KRGQRWD EXGH SR Y SQXWt SĜtVWURMH XORåHQD GHDNWLYDFL VWLVNQČWH WODþtWNR Ω NULL tak dlouho dokud se na LCD displeji nezob UD t V PERO Ω NULL Poznámka 0D LPiOQt RGSRU PČĜLFtKR YHGHQt RKPĤ 500V 250V 1000V PV 1 1 DIN EN 62446 VDE 0126 23 ÖVE ÖNORM EN 62446 Auto Ω NULL RPE VISO ON OFF press 2 sec NULL þHUYHQê þHUQê 2GSRU RFKUDQQêFK YRGLþĤ 5PE 3ĜLSRMWH PP EH SHþ...

Page 11: ...XPHQWD R GLPLQXLVFH RQ RJQL FDPELR LO VHFRQGR FDPSR q LPSRVWDWR D HUR 6SHJQHUH LO GLVSRVLWLYR SHU VDOYDUH O LPSRVWD LRQH Nota 6H LO 11 1 39 q LQ FRPXQLFD LRQH UDGLR FRQ LO 11 1 681 GRSR FLUFD VHFRQGL OD GDWD O RUD GHO 11 1 39 VL VLQFURQL D DXWRPDWLFD PHQWH FRQ OD GDWD O RUD GHO 11 1 681 TXDQGR VL FRQVWDWD XQD GHYLD LR QH PLQXWR 11 1 681 PDVWHU ĺ 11 1 39 VODYH Impostazione di spegnimento automatico...

Page 12: ...O WDVWR Ω NULL VLQR D TXDQGR VL VHQWH XQ VHJQDOH DFXVWLFR H VXO display LCD appare il simbolo Ω NULL O YDORUH HUR YLHQH PHPRUL DWR TXDQGR VL VSHJQH OR VWUXPHQWR 3HU OD GLVDWWLYD LRQH WHQHUH SUHPXWR LO WDVWR Ω NULL VLQR D TXDQGR LO VLPEROR Ω NULL QRQ q SL YLVLELOH VXO GLVSOD Nota 5HVLVWHQ D PD GHO FDYR GL PLVXUD 2KP 500V 250V 1000V PV 1 1 DIN EN 62446 VDE 0126 23 ÖVE ÖNORM EN 62446 Auto Ω NULL RPE ...

Page 13: ...OOLQJ RS WH VODDQ Opmerking OV GH 11 1 39 HHQ UDGLRYHUELQGLQJ PHW GH 11 1 681 KHHIW V QFKURQLVHHUW GH GDWXP GH WLMG YDQ GH 11 1 39 DXWRPDWLVFK QD FD V RS GH GDWXP GH WLMG YDQ GH 11 1 681 ZDQQHHU HU HHQ DIZLMNLQJ PLQ ZRUGW JHFRQVWDWHHUG 11 1 681 PDVWHU ĺ 11 1 39 VODYH Het instellen van de Auto Power Off APO Auto PRZHU Off 6FKDNHO GH 11 1 39 RXG GH Ω NULL knop ingedrukt en druk kort op de RPE knop e...

Page 14: ... piep klinkt en het Ω NULL symbool op GH OFG GLVSOD ZRUGW ZHHUJHJHYHQ H QXOZDDUGH ZRUGW RSJHVODJHQ DOV KHW DSSDUDDW ZRUGW XLWJHVFKDNHOG 2P WH GHDFWLYHUHQ GH Ω NULL toets indrukken totdat het Ω NULL symbool op de lcd GLVSOD YHUGZLMQW Instructie 0D LPDOH PHHWNDEHOZHHUVWDQG RKP 500V 250V 1000V PV 1 1 DIN EN 62446 VDE 0126 23 ÖVE ÖNORM EN 62446 Auto Ω NULL RPE VISO ON OFF press 2 sec NULL rood ZDUW Be...

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