Liebert Series 300 Users Manual 24537
Series 300 to the manual cb193d1f-bea2-425c-bd19-efd1029f73dd
2015-02-09
: Liebert Liebert-Series-300-Users-Manual-571413 liebert-series-300-users-manual-571413 liebert pdf
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POWER PROTECTION
Series 300™ DT UPS
Dual Input - Three Phase
10 kVA to 125 kVA; 60 Hz
Installation, Operation,
& Maintenance Manual
TABLE OF CONTENTS
IMPORTANT SAFETY INSTRUCTIONS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1
1.0
INTRODUCTION
ìïì
'HILQLWLRQVïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý é
ìïë
0RGHVýRIý2SHUDWLRQïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ç
ìïëïì
ìïëïë
ìïëïê
7KURXJKýWKHý836ý0RGXOH ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ç
6WDWLFý%\SDVVý/LQH ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ç
0DLQWHQDQFHý%\SDVVý/LQHýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ç
2.0
INSTALLATION
ëïì
6DIHW\ý3UHFDXWLRQVýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý æ
ëïë
836ý,QVWDOODWLRQ ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìí
ëïëïì
ëïëïë
ëïëïê
ëïëïé
ëïê
%DWWHU\ý,QVWDOODWLRQ ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìë
ëïêïì
ëïêïë
ëïé
,QVWDOODWLRQý&RQVLGHUDWLRQV ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìí
8QORDGLQJýDQGý([WHUQDOý,QVSHFWLRQ ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìì
,QWHUQDOý,QVSHFWLRQýRIýWKHý836ý6\VWHP ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìì
(TXLSPHQWý/RFDWLRQïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìì
0DWFKLQJý%DWWHU\ý&DELQHWV ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìê
1RQð6WDQGDUGý%DWWHULHVïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìê
(OHFWULFDOý:LULQJïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìé
ëïéïì
ëïéïë
ëïéïê
ëïéïé
ëïéïè
836ý:LUHý6L]Hý*XLGHOLQHV ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìé
3RZHUýDQGý&RQWUROý:LULQJ ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìé
%DWWHU\ý:LULQJ ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìè
:LULQJý&RQQHFWLRQVýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìå
:LULQJý,QVSHFWLRQïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ìå
3.0
OPERATION
êïì
2SHUDWRUý&RQWUROVýDQGý,QGLFDWRUVýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý êå
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'LJLWDOý'LVSOD\ý6FUHHQ ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý êå
6HOHFWLRQý3DGV ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éí
3RZHUý6WDWXVý'LDJUDPïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éí
5RWDU\ý6ZLWFK ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éì
$GYLVRU\ý'LVSOD\ ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éì
êïë
'LVSOD\ý6FUHHQý0HQXýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éë
êïê
'HIDXOWý6FUHHQý0HVVDJHV ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éê
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1RUPDOý2SHUDWLRQý ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éê
:DUQLQJãý/RDGýRQý0DLQWHQDQFHý%\SDVVý ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éê
:DUQLQJãý/RDGýRQý836ý ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éé
:DUQLQJãý/RDGýRQý6WDWLFý%\SDVVý ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éé
)DXOWãý6\VWHPý6KXWGRZQý ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éé
836ýRQý%DWWHU\ý ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éé
i
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$ODUPý0HVVDJHVýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éè
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6\VWHPý6WDWXVý6FUHHQV ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý éç
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836ý5HVSRQVHýWRýDQý$ODUP ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýéè
2SHUDWRUý5HVSRQVHýWRýDQý$ODUPïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýéè
0HWHUý)XQFWLRQVýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýéç
6\VWHPý&RQILJXUDWLRQïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýéæ
$ODUPý+LVWRU\ ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýèì
/DPSý7HVW ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýèì
6WDUWð8S ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý èë
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6WDUWð8Sý3URFHGXUH ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýèë
$EQRUPDOý&RQGLWLRQVý'XULQJý6WDUWð8S ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýèç
5HVSRQVHýWRýDQý,QFRUUHFWý6WDUWð8Sý6HTXHQFHýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýèæ
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1RUPDOý2SHUDWLRQïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý èå
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6KXWGRZQ ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý èä
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5HVSRQVHýWRýDý3RZHUý)DLOXUHýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý çí
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6KXWGRZQýWRý0DLQWHQDQFHý%\SDVV ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýèä
&RPSOHWHý6KXWGRZQ ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýèä
(PHUJHQF\ý6KXWGRZQïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýèä
836ý5HVSRQVH ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýçí
2SHUDWRUý5HVSRQVHýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýçì
$Vý%DWWHU\ý7LPHý$SSURDFKHVý=HUR ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýçì
5HVSRQVHýWRýDý836ý)DLOXUH ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý çë
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êïìíïë 2SHUDWRUý5HVSRQVHýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýçë
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$ODUPý0HVVDJHVýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý çê
4.0
MAINTENANCE
éïì
6DIHW\ý3UHFDXWLRQVýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý çç
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éïê
6WHSVý7Rý7DNH ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý çæ
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éïéïì
éïéïë
éïéïê
éïéïé
éïè
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0DLQWDLQLQJýDQý2SHUDWRUªVý/RJýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý çå
&KDQJLQJýWKHý$LUý)LOWHUýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýçå
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0DLQWDLQLQJýWKHý%DWWHU\ ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýçä
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5.0
SYSTEM OPTIONS
èïì
*HQHUDOýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý æè
èïë
2SWLRQDOý([WHUQDOý0DLQWHQDQFHý%\SDVVý&DELQHW ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý æè
èïëïì
èïëïë
,QVWDOODWLRQ ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý æç
2SHUDWLRQ ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ææ
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2SWLRQDOý6OLPð/LQHý'LVWULEXWLRQýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åí
èïé
2SWLRQDOý5HPRWHý6WDWXVý3DQHOïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åí
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2SWLRQDOý5HPRWHý&RQWDFWý%RDUG ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åí
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2SWLRQDOý56ðëêëý,QWHUIDFHý3RUW ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åì
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èïçïë
èïçïê
èïçïé
èïçïè
èïæ
2SWLRQDOý,QWHUQDOý6103ýõ6LPSOHý1HWZRUNý0DQDJHPHQWý3URWRFROôý6XSSRUWýïýïýïýïýïýïýïýïýïý åé
èïæïì
èïå
8VLQJýDý7HUPLQDOýDVýDý5HPRWHý6WDWLRQ ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åì
5HPRWHý)URQWý3DQHOýõ7HUPLQDOý0RGHô ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åë
(PHUVRQý6WDQGDUGý3URWRFROýõ(63ô ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åê
5HPRWHý/RDGý&RQWURO ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åê
6HWWLQJýWKHý3DVVZRUG ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åê
8VLQJýDQý6103ý$GDSWHUýõ2SWLRQDOô ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åé
2SWLRQDOý,QWHUQDOý0RGHPïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åè
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8VLQJýWKHý0RGHP ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý åç
6HWWLQJýWKHý'DWDý5DWH ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý äí
èïä
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èïìí
2SWLRQDOý,%0Šý$6îéííý6LJQDOý,QWHUIDFH ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý äì
èïìì
2SWLRQDOý6\VWHPîêåý3RZHUý:DUQLQJý6LJQDOýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý äë
èïìë
2SWLRQDOý%DWWHU\ý&LUFXLWý%UHDNHUýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý äë
èïìê
2SWLRQDOý'&ý*URXQGý)DXOWý$ODUP ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý äë
èïìé
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èïìè
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6.0
SPECIFICATIONS
çïì
(OHFWULFDOý6SHFLILFDWLRQV ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ììë
çïìïì
çïìïë
$&ý,QSXWVýWRý836ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ììë
$&ý2XWSXWïý836ý,QYHUWHU ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ììë
çïë
5DWLQJV ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ììé
çïê
(QYLURQPHQWDOý6SHFLILFDWLRQV ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ììé
çïé
0HFKDQLFDOý6SHFLILFDWLRQV ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ììé
çïè
%DWWHU\ ýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïý ììè
iii
FIGURES
)LJXUHýì
)LJXUHýë
)LJXUHýê
)LJXUHýé
)LJXUHýè
)LJXUHýç
)LJXUHýæ
)LJXUHýå
)LJXUHýä
)LJXUHýìí
)LJXUHýìì
)LJXUHýìë
)LJXUHýìê
)LJXUHýìé
)LJXUHýìè
)LJXUHýìç
)LJXUHýìæ
)LJXUHýìå
)LJXUHýìä
)LJXUHýëí
)LJXUHýëì
)LJXUHýëë
)LJXUHýëê
)LJXUHýëé
)LJXUHýëè
)LJXUHýëç
)LJXUHýëæ
)LJXUHýëå
)LJXUHýëä
)LJXUHýêí
)LJXUHýêì
)LJXUHýêë
)LJXUHýêê
)LJXUHýêé
)LJXUHýêè
)LJXUHýêç
)LJXUHýêæ
)LJXUHýêå
)LJXUHýêä
)LJXUHýéí
)LJXUHýéì
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6LQJOHý/LQHý'LDJUDPýìíðìëèýN9$ý ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýìä
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6LQJOHý/LQHý'LDJUDPýìíðìëèýN9$ýZLWKý%\SDVVý7UDQVIRUPHUñý,QSXWñý%\SDVVñý
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6LQJOHý/LQHý'LDJUDPýìíðìëèýN9$ýZLWKý0DLQWHQDQFHý%\SDVVý6ZLWFKý ïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýïýëê
6LQJOHý/LQHý'LDJUDPýìíðìëèýN9$ýZLWKý0DLQWHQDQFHý%\SDVVý6ZLWFKñý,QSXWñý%\SDVVñý
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6LQJOHý/LQHý'LDJUDPýìíðìëèýN9$ýZLWKý%\SDVVý,VRODWLRQý7UDQVIRUPHUñý
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6LQJOHý/LQHý'LDJUDPýìíðìëèýN9$ýZLWKý%\SDVVý,VRODWLRQý7UDQVIRUPHUñý
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Table 1
Model Numbers and Ratings
Model Number
Rating
312
322
332
342
347
357
362
367
377
382
kVA
10
15
20
30
40
50
65
75
100
125
kW
8
12
16
24
32
40
52
60
80
100
Introduction
3
1.1
Definitions
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Uninterruptible Power System (UPS)
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UPS Module
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UPS Module Cabinet
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Battery Cabinet
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Input Power
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Input Filter
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Input Auto Transformer
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Rectifier/Charger
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Inverter
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Internal Control System
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Operator Controls and Display
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Static Bypass Line
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4
Introduction
Static Transfer Switch
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Transfer
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Retransfer
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LQYHUWHUýRXWSXWï
Maintenance Bypass Line
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External Maintenance Bypass Cabinet
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Slim-Line Distribution Cabinet
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Introduction
5
1.2
Modes of Operation
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1.2.1
Through the UPS Module
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1.2.2
Static Bypass Line
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1.2.3
Maintenance Bypass Line
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6
Introduction
2.0
INSTALLATION
2.1
Safety Precautions
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Installation
7
Table 2
Site Planning Data, Series 300 DT, Dual Input 10 to 50 kVA
Rectifier
AC Input
Power
Model Rating
Voltage
Current
Rec
**
kVA kW VAC/Freq Nom Max
Rectifier
AC Input
with Optional
Input Filter
Current
Rec
**
Battery
AC Output
Max.
DisNominal Full charge
Rec
Voltage Load Current Current **
Nom Max
kW
Nom
Mechanical Data
Dimensions
Heat
DissipaDFL tion Cooling
Lb./ BTU/
Air
CFM
Weight Ft.2 hr.
(WxDxH)
312
*
10
8
208/60Hz
240/60Hz
480/60Hz
600/60Hz
35A
29A
15A
12A
44A
36A
19A
15A
60A
50A
25A
20A
30A
26A
13A
11A
37A
32A
16A
14A
50A 204VDC
40A (102 cells)
20A
20A
9.3
58A
28A
24A
12A
10A
35A 36x28x72 in 1100 lbs 157 6000
30A 91x72x183 cm 499 kg
15A
15A
600
322
*
15
12 208/60Hz
240/60Hz
480/60Hz
600/60Hz
50A
43A
22A
18A
63A
54A
28A
23A
80A
70A
40A
30A
44A
38A
19A
15A
55A
48A
24A
19A
70A 204VDC 13.8
60A (102 cells)
30A
25A
85A
42A
36A
18A
14A
60A 36x28x72 in 1100 lbs 157 8000
45A 91x72x183 cm 499 kg
25A
20A
600
332
*
20
16 208/60Hz
240/60Hz
480/60Hz
600/60Hz
65A
56A
28A
23A
81A 100A 57A
70A 90A 50A
35A 50A 25A
29A 40A 20A
72A
62A
31A
25A
90A 360VDC 17.8
80A (180 cells)
40A
30A
62A
56A
48A
24A
20A
70A 36x28x72 in 1400 lbs 200 8900
60A 91x72x183 cm 635 kg
30A
25A
800
342
*
30
24 208/60Hz
240/60Hz
480/60Hz
600/60Hz
96A 120A 150A 85A 106A 150A 360VDC 26.4
83A 104A 125A 74A 92A 110A (180 cells)
42A 53A 70A 37A 46A 60A
33A 41A 50A 29A 37A 50A
92A
83A
72A
36A
29A
125A 36x28x72 in 1400 lbs 200 12300
90A 91x72x183 cm 635 kg
50A
40A
1050
347
*
40
32 208/60Hz
240/60Hz
480/60Hz
600/60Hz
128A
111A
55A
44A
160A
139A
69A
55A
200A
175A
90A
70A
113A
98A
49A
39A
142A
123A
61A
49A
175A 360VDC 35.2
150A (180 cells)
80A
60A
122A
111A
96A
48A
39A
150A 36x28x72 in 1900 lbs 271 16400
125A 91x72x183 cm 862 kg
60A
50A
1050
357
*
50
40 208/60Hz
240/60Hz
480/60Hz
600/60Hz
158A
137A
68A
55A
198A
171A
85A
69A
250A
225A
110A
90A
140A
122A
61A
49A
175A
152A
76A
61A
225A 360VDC 43.7
200A (180 cells)
100A
80A
150A
139A
120A
60A
48A
175A 36x28x72 in 1900 lbs 271 18700
150A 91x72x183 cm 862 kg
80A
60A
1050
1
2
3,4
9,10
11
13
14
1
2
5
4,6
9
11
13
14
1
Applicable
Notes:
—
3,4
9,10
11
13
14
—
4,7
8,9
11
13
14
12,13,15
15
15
—
—
For explanation of Applicable Notes, see referenced numbers in Notes below.
*Field-upgradeable to next larger model
**Rec = Recommended External Overcurrent Protection
DFL = Distributed Floor Loading
Notes
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
Nominal (NOM) current is based on full rated output load.
Maximum (MAX) current (125% of NOM) is short duration for battery recharge conditions.
UPS input and bypass cables must be run in separate conduit from output cables.
If the UPS module is to be upgraded in the future, it is recommended that the AC input, bypass AC input, battery, and AC output wiring and overcurrent
protection be sized initially for the future upgraded size.
Nominal battery voltage is shown at 2.0 volts/cell per NEC 480-2.
Power cables from UPS DC link to batteries should be sized for a total maximum 2.0 volt line drop (measured at UPS) at maximum discharge current.
Recommended bypass AC input and AC output overcurrent protection represents 125% of nominal full load current (continuous) per NEC 220-2(a).
UPS output load cables must be run in separate conduit from input and bypass cables.
Minimum sized grounding conductors to be per NEC 250-95. Parity sized ground conductors are recommended. Neutral conductors to be sized for full
capacity per NEC-16 Note 10.
Wiring requirements:
AC INPUT: 3-phase, 3-wire plus ground (unit supplied with input isolation transformer).
3-phase, 4-wire plus ground (unit supplied with input auto transformer).
AC OUTPUT: 3-phase, 4-wire plus ground.
DC INPUT: 2-wire (positive and negative), plus ground.
All wiring is to be in accordance with national and local electrical codes.
Minimum access clearance is 3 feet front and 1 foot above UPS.
Top or bottom cable entry through removable access plates. Cut plate to suit conduit size, then replace.
Control wiring and power wiring must be run in separate conduit.
Battery cabinet not included.
Additional Notes
1.
2.
3.
8
If site configuration includes a back-up emergency generator, it is recommended that the engine generator set be properly sized and equipped for a UPS
application. Generator options would typically include an isochronous governor (generator frequency regulation) and a UPS compatible regulator
(generator voltage regulation). Consult generator manufacturer for required generator options and sizing.
If site configuration includes an automatic transfer switch, refer to the Liebert Power Line titled “Criteria for Application of Automatic Transfer Switches
(ATS) with Uninterruptible Power Supply (UPS) Systems.” 91K-PLT-48-02. It is also recommended that the transfer switch be equipped with auxiliary
contacts for UPS “on generator” current limit. Consult transfer switch manufacturer for required transfer switch options and sizing.
If site configuration requires an external isolated maintenance bypass circuit, it should be noted that the Utility AC input is not in phase with the UPS AC
output, with the optional delta-wye input isolation transformer. Consult with sales representative or UPS applications engineer.
Installation
Table 3
Site Planning Data, Series 300 DT, Dual Input 65 to 125 kVA
Rectifier
AC Input
Power
Model Rating
Voltage
Current
Rec
**
kVA kW VAC/Freq Nom Max
Rectifier
AC Input
with Optional
Input Filter
Current
Battery
AC Output
Max.
DisRec Nominal Full charge
Rec
**
Voltage Load Current Current **
Nom Max
kW
Nom
Mechanical Data
Dimensions
Heat
DissipaDFL tion Cooling
Lb./ BTU/
Air
CFM
Weight Ft.2 hr.
(WxDxH)
362
*
65
52 208/60Hz
240/60Hz
480/60Hz
600/60Hz
197A
171A
85A
68A
246A
214A
106A
85A
300A
300A
150A
110A
182A
158A
79A
63A
228A
197A
99A
79A
300A 360VDC 57.1
250A (180 cells)
125A
100A
198A
180A
155A
78A
63A
225A 54x28x72 in 2500 lbs 238 24200
200A 137x72x183 cm 1134 kg
100A
80A
1200
367
75
60 208/60Hz
240/60Hz
480/60Hz
600/60Hz
234A
203A
101A
81A
293A
254A
126A
101A
400A
350A
175A
125A
208A
180A
90A
72A
260A
225A
113A
90A
350A 360VDC 65.2
300A (180 cells)
150A
125A
225A
208A
180A
90A
72A
300A 54x28x72 in 2500 lbs 238 25400
225A 137x72x183 cm 1134 kg
125A
90A
1200
377
*
100 80 208/60Hz
240/60Hz
480/60Hz
600/60Hz
312A
270A
135A
108A
390A
338A
169A
135A
500A
450A
225A
175A
277A
240A
120A
95A
347A
300A
150A
120A
450A 360VDC 86.5
400A (180 cells)
200A
150A
307A
278A
241A
120A
96A
350A 54x28x72 in 2700 lbs 257 33800
300A 137x72x183 cm 1225 kg
150A
125A
1600
382
125 100 208/60Hz
240/60Hz
480/60Hz
600/60Hz
386A
334A
167A
134A
483A
418A
209A
168A
600A
600A
300A
225A
343A
297A
148A
119A
429A
371A
185A
149A
600A 360VDC 108.1
450A (180 cells)
225A
175A
383A
347A
301A
150A
120A
450A 54x28x72 in 2700 lbs 257 38000
400A 137x72x183 cm 1225 kg
200A
150A
1600
1
2
3,4
9,10
11
13
14
1
2
3,4
9,10
11
13
14
4,6
9,10
11
13
14
1
Applicable
Notes:
—
5
—
3,4,7
8,9,10
11
13
14
12,13,15
15
15
—
—
For explanation of Applicable Notes, see referenced numbers in Notes below.
*Field-upgradeable to next larger model
**Rec = Recommended External Overcurrent Protection
DFL = Distributed Floor Loading
Notes
1.
2.
3.
4.
5.
6.
7.
8.
9.
10.
11.
12.
13.
14.
15.
Nominal (NOM) current is based on full rated output load.
Maximum (MAX) current (125% of NOM) is short duration for battery recharge conditions.
UPS input and bypass cables must be run in separate conduit from output cables.
If the UPS module is to be upgraded in the future, it is recommended that the AC input, bypass AC input, battery, and AC output wiring and overcurrent
protection be sized initially for the future upgraded size.
Nominal battery voltage is shown at 2.0 volts/cell per NEC 480-2.
Power cables from UPS DC link to batteries should be sized for a total maximum 2.0 volt line drop (measured at UPS) at maximum discharge current.
Recommended bypass AC input and AC output overcurrent protection represents 125% of nominal full load current (continuous) per NEC 220-2(a).
UPS output load cables must be run in separate conduit from input and bypass cables.
Minimum sized grounding conductors to be per NEC 250-95. Parity sized ground conductors are recommended. Neutral conductors to be sized for full
capacity per NEC-16 Note 10.
Wiring requirements:
AC INPUT: 3-phase, 3-wire plus ground (unit supplied with input isolation transformer).
3-phase, 4-wire plus ground (unit supplied with input auto transformer).
AC OUTPUT: 3-phase, 4-wire plus ground.
DC INPUT: 2-wire (positive and negative), plus ground.
All wiring is to be in accordance with national and local electrical codes.
Minimum access clearance is 3 feet front and 1 foot above UPS.
Top or bottom cable entry through removable access plates. Cut plate to suit conduit size, then replace.
Control wiring and power wiring must be run in separate conduit.
Battery cabinet not included.
Additional Notes
1.
2.
3.
If site configuration includes a back-up emergency generator, it is recommended that the engine generator set be properly sized and equipped for a UPS
application. Generator options would typically include an isochronous governor (generator frequency regulation) and a UPS compatible regulator
(generator voltage regulation). Consult generator manufacturer for required generator options and sizing.
If site configuration includes an automatic transfer switch, refer to the Liebert Power Line titled “Criteria for Application of Automatic Transfer Switches
(ATS) with Uninterruptible Power Supply (UPS) Systems.” 91K-PLT-48-02. It is also recommended that the transfer switch be equipped with auxiliary
contacts for UPS “on generator” current limit. Consult transfer switch manufacturer for required transfer switch options and sizing.
If site configuration requires an external isolated maintenance bypass circuit, it should be noted that the Utility AC input is not in phase with the UPS AC
output, with the optional delta-wye input isolation transformer. Consult with sales representative or UPS applications engineer.
Installation
9
2.2
UPS Installation
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2.2.1
Installation Considerations
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10
Installation
2.2.2
Unloading and External Inspection
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2.2.3
Internal Inspection of the UPS System
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2.2.4
Equipment Location
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Installation
11
2.3
Battery Installation
Battery Safety Precautions
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12
Installation
2.3.1
Matching Battery Cabinets
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Installation
13
2.4
Electrical Wiring
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UPS Wire Size Guidelines
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2.4.2
Power and Control Wiring
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14
Installation
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Installation
15
Table 4
Table 310-16
Allowable Ampacities of Insulated Conductors Rated 0-2000 Volts, 60° to 90°C (140° to 194°F)1
Not More than Three Conductors in Raceway or Cable or Earth (Directly Buried), based on Ambient Temperature of 30° (86°F)
Size
Temperature Rating of Conductor. See Table 310-13.
Size
60°C
(140°F)
75°C
(167°F)
90°C
(194°F)
60°C
(140°F)
75°C
(167°F)
90°C
(194°F)
Types
TW†
UF†
Types
FEPW+,
RH,RHW†,
THHW†,
THW†,
THWN†,
XHHW†,
USE†, ZW†
Types
TBS, SA,
SIS,FEP†,
FEPB†,MI,
RHH†, RHW-2
THHN†,THHW†,
THW-2,THWN-2,
USE-2, XHH,
XHHW†
XHHW-2,ZW-2
Types
TW†
UF†
Types
RH†, RHW†,
THHW†,
THW†,
THWN†,
XHHW†,
USE†
Types
TBS,
SA,SIS,
THHN†,
THHW†,
THW-2, THWN-2,
RHH†, RHW-2,
USE-2,
XHH, XHHW†,
XHHW-2, ZW-2
AWG
kcmil
Copper
AWG
kcmil
Aluminum or Copper-Clad Aluminum
18
16
14
12
10
8
.......
.......
20†
25†
30
40
.......
.......
20†
25†
35†
50
14
18
25†
30†
40†
55
.......
.......
.......
20†
25
30
.......
.......
.......
20†
30†
40
.......
.......
.......
25†
35†
45
.......
.......
.......
12
10
8
6
4
3
2
1
55
70
85
95
110
65
85
100
115
130
75
95
110
130
150
40
55
65
75
85
50
65
75
90
100
60
75
85
100
115
6
4
3
2
1
1/0
2/0
3/0
4/0
125
145
165
195
150
175
200
230
170
195
225
260
100
115
130
150
120
135
155
180
135
150
175
205
1/0
2/0
3/0
4/0
250
300
350
400
500
215
240
260
280
320
255
285
310
335
380
290
320
350
380
430
170
190
210
225
260
205
230
250
270
310
230
255
280
305
350
250
300
350
400
500
600
700
750
800
900
355
385
400
410
435
420
460
475
490
520
475
520
535
555
585
285
310
320
330
355
340
375
385
395
425
385
420
435
450
480
600
700
750
800
900
1000
1250
1500
1750
2000
455
495
520
545
560
545
590
625
650
665
615
665
705
735
750
375
405
435
455
470
445
485
520
545
560
500
545
585
615
630
1000
1250
1500
1750
2000
Correction Factors
Ambient
Temp °C
21-25
26-30
31-35
36-40
41-45
46-50
51-55
56-60
61-70
71-80
For ambient temperatures other than 30°C (86°F), multiply the allowable ampacities shown
above by the appropriate factor shown below.
Ambient
Temp °F
1.08
1.00
.91
.82
.71
.58
.41
.......
.......
.......
70-77
78-86
87-95
96-104
105-113
114-122
123-131
132-140
141-158
159-176
1.05
1.00
.94
.88
.82
.75
.67
.58
.33
.......
1.04
1.00
.96
.91
.87
.82
.76
.71
.58
.41
1.08
1.00
.91
.82
.71
.58
.41
.......
.......
.......
1.05
1.00
.94
.88
.82
.75
.67
.58
.33
.......
1.04
1.00
.96
.91
.87
.82
.76
.71
.58
.41
† Unless otherwise specifically permitted elsewhere in this Code, the overcurrent protection for conductor types marked with an
obelisk (†) shall not exceed 15 amperes for No. 14, 20 amperes for No. 12, and 30 amperes for No. 10 copper; or 15 amperes for
No. 12 and 25 amperes for No. 10 aluminum and copper-clad aluminum after any correction factors for ambient temperature and
number of conductors have been applied.
1
Reprinted with permission from NFPA 70-1993, the National Electrical Code®, Copyright 1996, National Fire Protection Association,
Quincy, MA 02269. This reprinted material is not the complete and official position of the National Fire Protection Association, on the
referenced subject which is represented only by the standard in its entirety.
16
Installation
Table 5
Connection Type / Wire Size Range
Connection Type
UPS Module
Rating
kVA
AC Input
Battery
Bypass Input
& AC Output
Neutral
Ground
10 - 30
Compression
lug
#14 to #1/0
Compression
lug
#14 to #1/0
Compression
lug
#14 to #1/0
Compression
lug
#14 to #1/0
Ground studs
3/8" - 16 x 1.00"
Lug required
40 - 50
Compression
lug
#6 to 250 kcmil
Compression
lug
#6 to 250 kcmil
Compression
lug
#6 to 250 kcmil
Natural studs
3/8" - 16 x 1.00"
Lug required
Ground studs
3/8" - 16 x 1.00"
Lug required
65 - 125
Bus bars (2” x 3-1/4”) with connecting hardware (3/8”) are provided for all power wiring
terminations. A field-supplied lug is required.
Use factory supplied connections for terminations where they are provided. Refer to Figure 16 for fieldsupplied wiring termination details. Use commercially available UL listed solderless lugs for the wire size
required for your application. Connect wire to the lug using tool and procedure specified by the lug
manufacturer.
Table 6
Torque Specifications (Unless Otherwise Labeled)
Nut and Bolt Combinations
Grade 2
Standard
Electrical Connections
with Belleville Washers
Bolt Shaft Size
Lb-in
N-m
Lb-in
N-m
1/4
53
6.0
46
5.2
5/16
107
12.1
60
6.8
3/8
192
21.7
95
10.7
1/2
428
48.4
256
28.9
UPS Module
Rating
kVA
Wiring
Wire Size or
Range
Lb-in
N-m
10 - 125
Control
#22 - #14
3.5 to 5.3
0.4 to 0.6
10 - 30
Power
#6 - #1/0
50
5.6
40 - 50
Power
#6
250
28.2
250 kcmil
275
31.1
Terminal Block Compression Lugs
Installation
17
2.4.4
Wiring Connections
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2.4.5
Wiring Inspection
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18
Installation
Figure 1
Single Line Diagram 10-125 kVA
Installation
19
Figure 2
20
Single Line Diagram 10-125 kVA with Input, Bypass, and Load Breakers
Installation
Figure 3
Single Line Diagram 10-125 kVA with Bypass Transformer, and Load Circuit Breaker
Installation
21
Figure 4
22
Single Line Diagram 10-125 kVA with Bypass Transformer, Input, Bypass, and Load Circuit
Breakers
Installation
Figure 5
Single Line Diagram 10-125 kVA with Maintenance Bypass Switch
Installation
23
Figure 6
24
Single Line Diagram 10-125 kVA with Maintenance Bypass Switch, Input, Bypass, and Load
Circuit Breakers
Installation
Figure 7
Single Line Diagram 10-125 kVA with Bypass Isolation Transformer, Maintenance Bypass
Switch, and Load Circuit Breaker
Installation
25
Figure 8
26
Single Line Diagram 10-125 kVA with Bypass Isolation Transformer, Maintenance Bypass
Switch, Input, Bypass, and Load Circuit Breakers
Installation
Figure 9
UPS Cabinet Installation Diagram 10-30 kVA
Installation
27
Figure 10 UPS Cabinet Installation Diagram 40-50 kVA
28
Installation
Figure 11 UPS Cabinet Installation Diagram 65-125 kVA
Installation
29
Figure 11 UPS Cabinet Installation Diagram 65-125 kVA (continued)
30
Installation
Figure 12 Battery Cabinet Installation Diagram 36-inch Frame
Installation
31
Figure 12 Battery Cabinet Installation Diagram 36-inch Frame (continued)
32
Installation
Figure 13 Control Wiring Diagram 10-30 kVA
Installation
33
Figure 14 Control Wiring Diagram 40-50 kVA
34
Installation
Figure 15 Control Wiring Diagram 65-125 kVA
Installation
35
Figure 16 Field Wiring Terminations
36
Installation
Figure 16 Field Wiring Terminations (continued)
Installation
37
3.0
OPERATION
3.1
Operator Controls and Indicators
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Digital Display Screen
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Figure 17 Operator Controls and Indicators on UPS Module Cabinet Front
38
Operation
Figure 18 Block Diagram of the Series 300 DT UPS
Operation
39
3.1.2
Selection Pads
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XX Minutes
➪
Check Messages
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44
Operation
3.4
Alarm Messages
3.4.1
UPS Response to an Alarm
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3.4.2
Operator Response to an Alarm
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Operation
45
3.5
System Status Screens
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3.5.1
Meter Functions
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XXX%
XXX kVA
XXX kVA
XXX kVA
➪
LOAD:
A PHASE
B PHASE
C PHASE
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ý
DC BUS
Voltage 410
Amps 15
➪
Charging
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INPUT A-PHASE
A-B
XXX VOLTS
A-N
XXX VOLTS
A
XXX AMPS
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OUTPUT A-PHASE
A-B
XXX VOLTS
A-N
XXX VOLTS
A
XXX AMPS
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46
Operation
FREQUENCY
OUTPUT
INPUT
➪
60.0 Hz
60.0 Hz
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3.5.2
System Configuration
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to
review System Options
and Configuration
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Deutsche English
Espanol Francais
Italia
Press
to set
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UPS Rating
➪
XXX kVA
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Operation
47
Input Voltage
Rating
➪
XXX/XXX Volts
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Output Voltage
Rating
➪
XXX/XXX Volts
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➪
Nominal
Frequency
60 Hz
Input / Output
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Input Frequency
Sync Range:
0.5 Hz
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Slew Rate
0.1 Hz/Second
Press
to set
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48
Operation
Low Battery
Warning Time
05 Minutes
Press
to set
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Five
Second
DC Bus Walk-in
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Time and Date:
HH:MM:SS
DDD DD MMM YY
Press
to set
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Operation
49
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Auto Battery
Test Parameters:
Press
to view or set
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MON APR 15 17:30
THRESHOLD: 360 VDC
INTERVAL: 5 WEEKS
TEST ENABLED
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Auto Restart:
DISABLED
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50
Operation
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3.5.3
Alarm History
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Alarm History
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3.5.4
Lamp Test
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Operation
51
3.6
Start-Up
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3.6.1
Start-Up Procedure
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52
Operation
Start-Up from Position 1
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Press
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Press to check
configuration.
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STARTUP
Checking Input
power
[XX]
STARTUP
Testing charger
[XX
STARTUP
Testing inverter
[XX]
Operation
53
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STARTUP
Test passed. Turn
rotary switch to
position 3
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STARTUP
Testing battery
[XX]
STARTUP
Testing walk-in
[XX]
STARTUP
Testing static
switch
[XX]
54
Operation
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STARTUP
Test passed. Turn
rotary switch to
position 4
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STARTUP
Testing Input
synchronization
[XX]
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NORMAL OPERATION
Load on UPS
➪
Load XXX%
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Operation
55
3.6.2
Abnormal Conditions During Start-Up
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Table 7
Alarm Messages During Start-Up
Alarm
Message
Meaning and
Corrective Action in Brackets [ ]
START-UP SEQUENCE ABORTED
Check Messages.
Input phase rotation incorrect
The power conductors are not wired to the UPS input in the desired sequence.
[Disconnect power from the UPS input and correct the wiring. A Liebert
Customer Service and Support representative must be present during initial
start-up of your UPS system.]
Incorrect input frequency
The frequency of the input power is outside the specified acceptable range.
[Check your utility source.]
Rotary switch is in the wrong position
Power has been applied to the UPS with the Rotary Switch in the wrong
position. This message is displayed when the input power is removed, the
battery is discharged, and the UPS system has completely shut down. This
message indicates the Rotary Switch is still in Position 4 when input power is
restored.
[Turn the Rotary Switch to Position 1 and perform a UPS start-up procedure.]
Rotary switch improperly operated
The Rotary Switch has been operated improperly. This means the switch has
been operated either too fast or in the wrong direction.
[Turn the Rotary Switch to Position 1 and perform a UPS start-up procedure.]
Battery Failed Test
The Start-up test routine has detected a failure in the battery.
[Contact Liebert Customer Service and Support.]
Static Switch Failure
The Start-up test routine has detected a failure in the Static Transfer Switch.
[Contact Liebert Customer Service and Support.]
56
Operation
3.6.3
Response to an Incorrect Start-Up Sequence
STARTUP SEQUENCE
ABORTED
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Check Messages
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WARNING: Load
on Maintenance
bypass
➪
Check Messages
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Rotary Switch
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Operation
57
3.7
Normal Operation
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NORMAL OPERATION
Load on UPS
58
Operation
➪
Load XXX%
3.8
Shutdown
3.8.1
Shutdown to Maintenance Bypass
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3.8.2
Complete Shutdown
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3.8.3
Emergency Shutdown
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Operation
59
3.9
Response to a Power Failure
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3.9.1
UPS Response
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UPS ON BATTERY
Calculating Time
Remaining
Check Messages
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UPS ON BATTERY
Time Remaining
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Check Messages
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60
Operation
3.9.2
Operator Response
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3.9.3
As Battery Time Approaches Zero
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Operation
61
3.10
Response to a UPS Failure
3.10.1 UPS Response
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WARNING: Load
on Static
Switch
Check Messages
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62
Operation
3.11
Alarm Messages
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Table 8
Alarm Messages
Alarm
Message
AC INPUT
Input power out of tolerance
DC BUS
Charger in reduced current mode
Battery charger problems
Low battery warning issued
Low battery shutdown
DC bus overvoltage
BYPASS
Bypass frequency out of tolerance
Load transferred to bypass due to
overload
Load transferred to bypass due to DC
overvoltage
Excessive retransfers attempted
Static Switch failure
Meaning and
Corrective Action in Brackets [ ]
Frequency or voltage of the input power is outside the acceptable range. The
battery supplies power to the critical load through the UPS Module.
Customer has selected reduced current operation of the charger from a contact
external to the UPS.
The battery is not being charged. The voltage produced by the charger is
insufficient to maintain a charge on the battery.
[Contact Liebert Customer Service and Support.]
Battery has been discharging and the Low Battery Warning Time (factory set at
5 minutes, adjustable range 1 to 99 minutes) has been reached.
[Note time stamp on alarm message. Follow appropriate procedures to shut
down the critical load in an orderly sequence.]
Battery has discharged to the minimum allowable voltage and the UPS is shut
down. No power is being supplied to the critical load.
[When input power becomes available, perform a UPS start-up procedure.]
DC bus voltage has exceeded the specified limit and the charger has been
turned off. The charger will automatically restart when the DC bus voltage
returns to within tolerance.
[Contact Liebert Customer Service and Support if this condition persists for
more than 2 minutes.]
Input power frequency is outside of the specified tolerance (adjustable range .5
to 5 Hz). Automatic transfers to the Static Bypass Line are prohibited.
[Do not operate the Rotary Switch while this condition is present.]
Critical load connected to the UPS has exceeded the UPS power rating. The
load has been automatically transferred to the Static Bypass Line. Power to the
load is not being conditioned by the UPS. An automatic retransfer will be
attempted when the load is reduced.
[Determine cause of the overload and reduce the load.]
DC bus voltage has exceeded the specified limit. The load has been
automatically transferred to the Static Bypass Line. An automatic retransfer will
be attempted when the DC bus voltage returns to within tolerance.
[Contact Liebert Customer Service and Support if this condition persists for
more than 2 minutes.]
Several automatic retransfer attempts (15 attempts during 20 minutes or less)
have been made to retransfer the load from the Static Bypass Line back to the
UPS. The UPS has not been able to consistently sustain the load because of
an overload condition or an inverter failure. The load will remain on the Static
Bypass Line. Power to the load is not being conditioned by the UPS.
[Check other messages for inverter failure. Determine cause of the overload
and reduce the load.]
A fault has been detected in the Static Transfer Switch. Automatic transfers to
the Static Bypass Line are prohibited.
[Contact Liebert Customer Service and Support.]
Operation
63
Table 8
Alarm Messages (continued)
Alarm
Message
UPS SYSTEM
UPS output not synchronized to input
power
Input power single phased
Input voltage sensor failed
Inverter leg over current in X-phase
Output undervoltage
Output overvoltage
Output overcurrent
System output overloaded
Load transferred to bypass due to
overload
System output overloaded
System shutdown due to overload
Control error
Critical power supply failure
Load transferred due to internal
protection
64
Operation
Meaning and
Corrective Action in Brackets [ ]
UPS inverter output is not synchronized with the input power. Automatic
transfers to the Static Bypass Line are prohibited. This is usually a temporary
condition that is corrected automatically by the UPS internal control system.
This message indicates an input power problem.
[Check all input power phases.]
Each input voltage phase has two sensors. One of these sensors has failed.
[Contact Liebert Customer Service and Support.]
A fault has been detected in the inverter, caused by a UPS failure. The load
has been automatically transferred to the Static Bypass Line. Power to the load
is not being conditioned by the UPS.
[Contact Liebert Customer Service and Support.]
UPS output voltage is below a specified minimum. The load has been
automatically transferred to the Static Bypass Line. Power to the load is not
being conditioned by the UPS. An automatic retransfer will be attempted when
the output voltage is within tolerance.
[Contact Liebert Customer Service and Support if this condition persists.]
UPS output voltage is above a specified maximum. The load has been
automatically transferred to the Static Bypass Line. Power to the load is not
being conditioned by the UPS. An automatic retransfer will be attempted when
the output voltage is within tolerance.
[Contact Liebert Customer Service and Support if this condition persists.]
An output overcurrent surge has been detected. The load has been
automatically transferred to the Static Bypass Line. An automatic retransfer will
be attempted when the output current returns to nominal.
[Contact Liebert Customer Service and Support if this condition persists.]
An overload condition is present. If the load is on the UPS inverter, the load will
be automatically transferred to the Static Bypass Line if the overload exceeds
the UPS Module capacity.
[Determine cause of the overload and reduce the load.]
The load has been automatically transferred to the Static Bypass Line because
of an overload condition.
[Determine cause of the overload and reduce the load.]
The overload condition is still present and must be reduced or it will soon
exceed the capacity of the Static Bypass Line, resulting in loss of all power to
the critical load. Power to the load is not being conditioned by the UPS.
[Determine cause of the overload and reduce the load.]
An overload condition has exceeded the capacity of the Static Bypass Line.
The UPS has been shut down, resulting in loss of power to the critical load.
[Perform a UPS shutdown procedure. Correct the overload condition and
perform a UPS start-up procedure.]
Automatic diagnostic testing has detected a failure (of hardware or software) in
the UPS internal control system. A second message may indicate internal test
or software timeout. The load has been automatically transferred to the Static
Bypass Line. Power to the load is not being conditioned by the UPS.
[Contact Liebert Customer Service and Support.]
A failure has been detected in one of the low voltage power supplies. The load
has been automatically transferred to the Static Bypass Line. Power to the load
is not being conditioned by the UPS.
[Contact Liebert Customer Service and Support.]
A failure has been detected in the UPS. More specific information may be
available in a separate Alarm Message. The load has been automatically
transferred to the Static Bypass Line (provided the power available on the
bypass line is within specifications). Power to the load is not being conditioned
by the UPS.
[Contact Liebert Customer Service and Support.]
Table 8
Alarm Messages (continued)
Alarm
Message
UPS SYSTEM (continued)
External shutdown
COOLING
Fan failure
System shutdown impending due to
overtemperature
System shutdown in 5 minutes due to
overtemp
Meaning and
Corrective Action in Brackets [ ]
The UPS has been shut down from an external contact.
[Perform a UPS start-up procedure when the conditions causing the external
shutdown have been corrected.]
A failure has been detected in at least one of the internal cooling fans.
[Contact Liebert Customer Service and Support.]
An overtemperature condition is present in the UPS cabinet. The UPS will
automatically shutdown if the overtemperature continues.
[Determine the cause of the condition and correct it if possible. Check for
clogged air filter, restricted air flow, or fan failure.]
Overtemperature condition has persisted. Note the time stamp on the alarm
message.
[Perform an orderly shutdown of the critical load. Perform a UPS shutdown
procedure or allow the UPS to perform an automatic shutdown. Contact Liebert
Customer Service and Support.]
Operation
65
4.0
MAINTENANCE
4.1
Safety Precautions
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66
Maintenance
4.2
When To Call
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Steps To Take
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Maintenance
67
4.4
Preventive Maintenance
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4.4.1
Maintaining an Operator’s Log
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4.4.2
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4.4.3
Periodic Restart of the UPS
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68
Maintenance
4.4.4
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Maintenance
69
Battery Safety Precautions in French Per CSA Requirements
Instructions Importantes Concernant La Sécurité
Conserver Ces Instructions
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70
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Maintenance
71
Matching Battery Cabinets
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Battery Voltage (VDC)
Number of Cells
Nominal
Float
102
204
230 - 232
180
360
405 - 409
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Battery Model Number
Initial Torque Value
Retorque Value
UPS12-100(FR)
UPS12-140(FR)
UPS12-170(FR)
UPS12-270(FR)
40 lb-in.
32 lb-in.
UPS12-310(FR)
UPS12-370(FR)
65 lb-in.
52 lb-in.
UPS12-475(FR)
110 lb-in.
110 lb-in.
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72
Maintenance
Non-Standard Batteries
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Battery Cabinet Voltage Record
Date
Float Voltage
(Volts DC)
Nominal Voltage
(Volts DC)
Ambient Temp.
(°F)
*___________
*______________________
*______________________
*______________________
___________
______________________
______________________
______________________
___________
______________________
______________________
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___________
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___________
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______________________
______________________
______________________
___________
______________________
______________________
______________________
___________
______________________
______________________
______________________
* To be completed by Liebert Customer Service Representative at time of start-up.
Maintenance
73
4.5
Liebert Customer Service and Support
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5.0
SYSTEM OPTIONS
5.1
General
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Optional External Maintenance Bypass Cabinet
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Table 9
Optional External Maintenance Bypass Cabinet
Configuration
Description
Configuration H
This cabinet includes input, bypass, and load circuit breakers.
Configuration J
This cabinet includes bypass shielded isolation transformer and load circuit breaker.
Configuration K
This cabinet includes bypass shielded isolation transformer with input, bypass, and load
circuit breakers.
Configuration L
This cabinet includes a maintenance bypass switch that provides “make-before-break”
operation to and from maintenance bypass via a single rotary switch without the need for
interlocking schemes.
Configuration N
This cabinet includes a maintenance bypass switch that provides “make-before-break”
operation to and from maintenance bypass via a single rotary switch without the need for
interlocking schemes. Also provides input, bypass, and load circuit breakers.
Configuration P
This cabinet includes a maintenance bypass switch that provides “make-before-break”
operation to and from maintenance bypass via a single rotary switch without the need for
interlocking schemes. Also provides bypass shielded isolation transformer and load circuit
breakers.
Configuration Q
This cabinet includes a maintenance bypass switch that provides “make-before-break”
operation to and from maintenance bypass via a single rotary switch without the need for
interlocking schemes. Also provides bypass shielded isolation transformer with input,
bypass, and load circuit breakers.
System Options
75
5.2.1
Installation
Location Considerations:
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5.2.2
Operation
Control (Rotary Switch)
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System Options
77
Start-Up from “Maintenance” Position (External Maintenance Bypass Cabinet)
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System Options
Shutdown to “Maintenance” Position
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Complete Shutdown
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5.3
Optional Slim-Line Distribution
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5.4
Optional Remote Status Panel
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5.5
Optional Remote Contact Board
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5.6
Optional RS-232 Interface Port
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5.6.1
Using a Terminal as a Remote Station
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5.6.2
Remote Front Panel (Terminal Mode)
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Figure 26 UPS Remote Monitor/Control
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Table 10
Terminal Mode Menu
Item
Key
Description
Redraw
R
Redraws the screen in case data was corrupted during transmission.
Charset
C
Changes from the ASCII character set to the IBM-PC character set. If your
remote terminal is an IBM-PC or compatible, this may produce a more
attractive screen.
Colors
O
Redraws the screen with a different color set. There are 4 color sets.
Screen
Number
S
Displays the current screen number on the top line of the remote 4 by 16
character LCD display.
Alarm Silence
A
Silences the UPS alarm and the speaker on the terminal.
ESP
E
Switch to Emerson Standard Protocol. Unless you have an application
program which communicates using ESP, you will not need to use this
option. Should you ever accidentally enter ESP mode, type the word EXIT
to return to terminal mode. If you have entered ESP mode, the keyboard
will stop responding normally.
Good-bye
G
Use Good-bye to hang up if you are connected over a modem.
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Pushbutton Chord Map
82
Chord
Key
UP + DOWN + ALARM SILENCE
7
UP + DOWN
K
DOWN + ALARM SILENCE
Z
System Options
5.6.3
Emerson Standard Protocol (ESP)
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5.6.4
Remote Load Control
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LOAD ON/OFF
Turn Load
ON
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5.6.5
Setting the Password
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Password:
******
Status:
LOCKED
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System Options
83
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5.7
Optional Internal SNMP (Simple Network Management Protocol) Support
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5.7.1
Using an SNMP Adapter (Optional)
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84
System Options
5.8
Optional Internal Modem
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5.8.1
The Communication Mode Screen
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Modem Mode: OFF
Modem Present: ?
Call #2: NEVER
Baud Rate: 2400
Setting the Modem Mode
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The Modem Present Field
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The Call #2 Field
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The Baud Rate Field
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System Options
85
5.8.2
Using the Modem
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Incoming Calls
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Data rate (baud rate)
Parity
Data Bits
Stop Bits
Terminal Emulation
1200 or 2400 (see 5.8.3 - Setting the Data Rate)
None
8
1
ANSI (a popular “escape sequence” protocol which provides cursor movement and
color control functions). Note that some PC software programs will work using VT-51,
VT-52, VT-100, or other terminal emulation protocols. Many protocols are based on
the basic ANSI set. Feel free to experiment, you can’t hurt the UPS or the computer.
Configuring the UPS to Accept Incoming Calls
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Outgoing Calls
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Table 11
86
Dial-Out Events
ID Code
Delay
Event
0
1
3
3
4
5
6
0
0
60 Sec.
60 Sec.
0
60 Sec.
0
Dial-out test
Automatic battery test failed
Alarm event, load is on inverter
Utility outage, load on inverter, battery discharging
Low battery warning, load is in danger of shutdown
Load has been transferred to static switch. Overload or other alarm condition present.
Load has been shut down
System Options
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WKHýHYHQWïý7KHýGHOD\ýLVýWKHýDPRXQWýRIýWLPHýWKDWýWKHýFRQGLWLRQýPXVWýEHýFRQWLQXRXVO\ýSUHVHQWýEHIRUHý
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Calling a Pager
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These characters are used only to make the field more readable. They are ignored by
the modem, and can be placed anywhere in the field.
,
The comma forces the modem to pause 2 seconds before continuing to dial. A typical
use of this feature would be when the UPS is connected to a local phone system which
requires you to dial ‘9’ to get an outside line. Some systems may need the modem to
pause for a bit after dialing 9 before an outside line can be assigned. In such an
instance, you might see the complete dial string looking like this: 9, 555-8243.
W
Like the comma, the W command causes the modem to wait before continuing. The
difference is that the comma imposes a fixed 2 second delay, while the W means “wait
for a dial tone”.
#
Used in pager display fields to signify the end of the number. Most pager service
equipment require that the pound symbol be used to terminate an entry.
R
Stands for “Reverse.” The R command is a prefix which tells the modem to connect with
an originate-only modem. If the modem on the remote end answers silently (without
asserting a carrier tone) you may be dealing with an originate-only modem. Such
modems are rare these days. The R should be prefixed to any digits dialed, i.e., R 9,
555-8325.
T, P
Select tone or pulse dialing. Only one of these can be used in a given number. They are
both prefixes, the T stands for tone (i.e., touch tone) and the P stands for pulse. By
default, the modem uses tone dialing. If the UPS is connected to a phone line which
requires pulse dialing, a P should be prefixed to the number, i.e., P 555-8325.
@
Use @ to dial a service that uses a recorded voice to request further information to be
tone-dialed, such as a password and a transaction code: 555-8325 @ 9876. The
modem dials the phone number, waits for one ring at the remote end, and then waits for
5 seconds before continuing to the next part of the dial string. The @ imposes a 5
second “quiet answer” pause.
*
Used in pager display strings to generate a separator character between fields in the
display window. For example, if the pager display string is 555*8325, it will appear in the
pager window as 555-8325.
;
Used to force the modem to return to command mode after dialing. Unless you are very
familiar with modems and know exactly what you’re doing, do not use this command.
?
This character, if present in a pager display string, will be replaced with the event ID
code before being transmitted to the pager service equipment (see Table 11 for the list
of ID codes and associated events). For example, if the modem is dialing a pager
because of a battery test failed, the ? character would be replaced with the number 1
before being transmitted, and the number 1 would then appear in the pager display
window at the same location in which it appeared in the pager display number field. The
? character has no meaning in a dial number (line 1) field, it should only be used in
pager display (line 2) fields.
System Options
89
Testing the Dial-Out Setup
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Dial Test: OFF
Last Attempt(s):
#1: NONE
#1: NONE
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Table 12
Last Attempt(s) Messages
Messages
Meaning
NONE
No dial-out has been attempted.
UNKNOWN
Displayed when UPS has called a pager. The UPS has no way to verify that the pager service
equipment has received the message, and certainly no way to verify that the radio transmission to
the pager was received or displayed. Although less common, this message will also be displayed if
the UPS lost control power at the moment it was transmitting data to another modem. This means
that the UPS is not sure the message got through.
NOT READY
The UPS cannot perform a dial-out at the moment because the modem is not ready. Usually this
means that a modem presence test was in progress at the moment a dial-out request occurred. Try
the dial-out test again in a minute or two. When an actual system event causes a dial-out, a NOT
READY state will not be a problem—the UPS will wait until the modem test is done and then restart
the dial-out.
DISABLED
Displayed in the #2 field if Call #2 is set to NEVER.
NO MODEM
The Modem Mode is set correctly, but the modem is either not installed, installed incorrectly, or
defective.
OUT MODE OFF
The Modem Mode is set to OFF or IN, both disable dial-outs.
NO DIAL TONE
The modem is responding, but reports no dial tone found. Check the phone line connection.
BUSY
The phone line is busy. The UPS will retry the number 20 times before giving up.
NO CARRIER
The UPS is calling a remote modem, but the remote modem is not responding with a carrier tone.
DIALING
The modem is dialing and/or waiting for a response.
SENDING
The modem is transmitting the message to either a remote modem or pager service equipment.
PASSED
The dial-out succeeded: the UPS connected with a remote modem and transmitted the message.
FAILED
The dial-out failed, UPS was unable to connect and has given up.
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5.8.3
Setting the Data Rate
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90
System Options
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5.9
Optional SiteScan®/Sitemaster Interface
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Monitoring
Alarms
Input Voltage
Output Overload
Output Voltage
Load on Bypass
Output Current
Static Switch Disabled
Output Frequency
Unit Offline (EPO)
Output kVA
Module Cooling Failure
Output kW
Ambient Overtemperature
DC Voltage
Battery Discharging
Battery Current
Low Battery Reserve
% Capacity
Battery Disconnected
Control Power Failure
Fuse Cleared
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5.10
Optional IBM® AS/400 Signal Interface
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System Options
91
5.11
Optional System/38 Power Warning Signal
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5.12
Optional Battery Circuit Breaker
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5.13
Optional DC Ground Fault Alarm
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5.14
Optional Computer Interface System
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5.15
Optional Multi-Computer Interface System
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System Options
5.16
Optional IBM® AS/400 Multi-Interface System
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System Options
93
Figure 27 Optional Maintenance Bypass Cabinet with Input, Bypass, and Load
Circuit Breakers
94
System Options
Figure 28 Optional Maintenance Bypass Cabinet with Isolation Transformer and Load
Circuit Breaker
System Options
95
Figure 29 Optional Maintenance Bypass Cabinet with Isolation Transformer, Input, Bypass, and Load
Circuit Breakers
96
System Options
Figure 30 Optional Maintenance Bypass Cabinet with Maintenance Bypass Switch
System Options
97
Figure 31 Optional Maintenance Bypass Cabinet with Maintenance Bypass Switch, Input,
Bypass, and Load Circuit Breakers
98
System Options
Figure 32 Optional Maintenance Bypass Cabinet with Isolation Transformer, Maintenance
Bypass Switch, and Load Circuit Breaker
System Options
99
Figure 33 Optional Maintenance Bypass Cabinet with Isolation Transformer, Maintenance Bypass
Switch, Input, Bypass, and Load Circuit Breakers
100
System Options
Figure 34 Optional Slim-Line Distribution
System Options
101
Figure 34 Optional Slim-Line Distribution (continued)
102
System Options
Figure 35 Optional Remote Status Panel
System Options
103
Figure 36 Optional Remote Contact Board
104
System Options
Figure 37 Optional IBM® AS/400 Signal Interface
System Options
105
Figure 38 Optional IBM® AS/400 Signal Interface (with Remote Status Panel)
106
System Options
Figure 39 Optional Battery Circuit Breaker 10-75 kVA
System Options
107
Figure 40 Optional Battery Circuit Breaker 100-125 kVA
108
System Options
Figure 41 Optional Computer Interface System
System Options
109
Figure 42 Optional Multi-Computer Interface System
110
System Options
Figure 43 Optional IBM® AS/400 Multi-Computer Interface System
System Options
111
6.0
SPECIFICATIONS
6.1
Electrical Specifications
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6.1.1
AC Inputs to UPS
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6.1.2
AC Output. UPS Inverter
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112
Specifications
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Specifications
113
6.2
Ratings
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6.3
Environmental Specifications
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6.4
Mechanical Specifications
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114
Specifications
6.5
Battery
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kVA
DC Voltage Range
Number of Cells
10 - 15
163V - 240V
102
20 - 125
288V - 423V
180
Table 13
Matching Battery Cabinets
Weight
Lb (Kg)
Dist.
Floor
Loading
Lb/Sq Ft
No. of
Cells
Standard
Cabinet
Battery
Model No.*
Computer
Room
Cabinet
Battery
Model No. *
Battery Cabinet
Model Number *
UPS
Rating
kVA
Dimensions
WxDxH
UBCB_140V25YJ
10 - 15
22x28x72 in.
760 (345)
178
1x102
UPS12-140
UPS12-140FR
UBCB_170V25YJ
10 - 15
22x28x72 in.
1000 (454)
234
1x102
UPS12-170
UPS12-170FR
UBCB_270V25YJ
10 - 15
22x28x72 in.
1300 (590)
304
1x102
UPS12-270
UPS12-270FR
UBCB_370V25YJ
10 - 15
22x28x72 in.
1650 (748)
386
1x102
UPS12-370
UPS12-370FR
UBCB_475V25YJ
10 - 15
22x28x72 in.
2100 (953)
491
1x102
UPS12-475
UPS12-475FR
UBCB_100H25YJ
20 - 30
22x28x72 in.
990 (450)
232
1x180
UPS12-100
UPS12-100FR
UBCB_140H25YJ
20 - 50
22x28x72 in.
1150 (522)
269
1x180
UPS12-140
UPS12-140FR
UBCB_170H25YJ
20 - 50
22x28x72 in.
1500 (680)
351
1x180
UPS12-170
UPS12-170FR
UBCP_270H25JJ
20 - 50
36x28x72 in.
2050 (930)
293
1x180
UPS12-270
UPS12-270FR
UBCP_310H25JJ
20 - 50
36x28x72 in.
2500 (1134)
358
1x180
UPS12-310
UPS12-310FR
UBCP_370H25JJ
20 - 50
36x28x72 in.
2750 (1247)
393
1x180
UPS12-370
UPS12-370FR
UBCP_475H25JJ
20 - 50
36x28x72 in.
3500 (1588)
500
1x180
UPS12-475
UPS12-475FR
UBCP_270H25MJ
65 - 125
36x28x72 in.
2050 (930)
293
1x180
UPS12-270
UPS12-270FR
UBCP_310H25MJ
65 - 125
36x28x72 in.
2500 (1134)
358
1x180
UPS12-310
UPS12-310FR
UBCP_370H25MJ
65 - 125
36x28x72 in.
2750 (1247)
393
1x180
UPS12-370
UPS12-370FR
UBCP_475H25MJ
65 - 125
36x28x72 in.
3500 (1588)
500
1x180
UPS12-475
UPS12-475FR
UBPP_270H25SJ
100 - 125
36x28x72 in.
2050 (930)
293
1x180
UPS12-270
UPS12-270FR
UBPP_370H25SJ
100 - 125
36x28x72 in.
2750 (1247)
393
1x180
UPS12-370
UPS12-370FR
UBPP_475H25SJ
100 - 125
36x28x72 in.
3500 (1588)
500
1x180
UPS12-475
UPS12-475FR
*An “O” in the 5th digit of the battery cabinet model number signifies standard batteries are being utilized in the battery cabinet. An “F”
in the 5th digit of the battery cabinet model number signifies flame retardant batteries are being utilized in the battery cabinet.
Specifications
115
116
Specifications
Series 300™ DT UPS
Dual Input - Three Phase
10 kVA to 125 kVA; 60 Hz
Technical Support
U.S.A.
Outside the U.S.A.
U.K.
1-800-222-5877
614-841-6755
+44 (0) 1793 553355
France
+33 1 4 87 51 52
Germany
+49 89 99 19 220
Italy
Netherlands
E-mail
Web site
Worldwide FAX
tech support
+39 2 98250 1
+00 31 475 503333
upstech@liebert.com
http://www.liebert.com
614-841-5471
The Company Behind The Products
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Source Exif Data:
File Type : PDF File Type Extension : pdf MIME Type : application/pdf PDF Version : 1.2 Linearized : Yes Create Date : 1998:10:23 13:29:55 Producer : Acrobat Distiller 3.01 for Windows Author : Raymond Belew Title : 24537.book Creator : FrameMaker 5.5.3L15a Modify Date : 1998:10:23 13:40:46 Page Count : 125 Page Mode : UseOutlinesEXIF Metadata provided by EXIF.tools