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Product Specification
37258G
Genset Controlfor Multiple
Unit Operation
Peak shaving operation Stand-by operation AMF operation Cogeneration (CHP) Isolated & mains parallel operation Import/export control Soft loading features Open/closed transition Load sharing and load-dependent start/stop for up to 32 units Programmable operation sequences Multi-lingual capability CANopen / J1939 ECU Control Modbus RTU Protocol CE marked UL/cUL Listing LR & ABS Marine
DESCRIPTION
The easYgen-3000 Series are control units for genset management applications. The numerous inputs and outputs, along with a modular software structure, permit you to use the easYgen-3000 Series for a wide range of applications with only a single part number. This includes stand-by, AMF, peak shaving, import-export, coge-neration or distributed generation, among others. Also the easYgen-3000 Series is compatible for island, island parallel, mains parallel and multiple unit mains parallel operations. The easYgen-3000 Series is able to control up to 32 gensets connected in a network with automatic sequenc-ing.The easYgen-3000 Series is available in two variants, the easYgen-3100 for cabinet back panel installation, and the easYgen-3200 with graphical display and soft keys for front panel mounting.
FlexAppTM
– This feature provides the tools to easily configure the number of operated breakers: None, GCB, GCB and MCB.
LogicsManagerTM
– Woodward's LogicsManager software enables to change the operation sequences and adapt them to specific needs. The LogicsManager accomplishes this by monitoring a range of measuring val-ues and internal states, which are combined logically with Boolean operators and programmable timers. This enables to create and/or modify control and relay functions.
FlexInTM
– The analog inputs are configurable to operate with VDO, resistive, and/or 0 to 20 mA senders.
Flexible Outputs – Speed and voltage bias outputs are configurable to function with all speed governors and voltage regulators. The outputs can also be used as freely scalable outputs (e.g. for driving external meters).
FlexCANTM
– Advanced network interfaces ensure unsurpassed control performance – from engine control up to total plant operation. The easYgen-3000 Series is capable of working with all common industrial interfaces, including CAN, RS-232, and RS-485. The multiple communication protocols permit the easYgen-3000 Series to communicate with a vast majority of engine control units (ECUs), external I/O boards, PLCs, and modems. CANopen, J1939, Modbus RTU, and Modem protocols are supported.
DynamicsLCDTM
– The adaptive and interactive 5.7", 320x240 pixel graphical LC display with soft keys and a clear menu structure ensures intuitive user operation and navigation.
Features
Operation modes: Auto, Stop, Manual, and Load/No Load test modes via discrete input possible
Breaker control: Slip frequency / phase matching synchronization, open-close control, breaker monitoring
Load transfer features: open / closed transition, interchange, soft loading / soft unloading, mains parallel
Process and load-dependent start/stop logic for diesel and gas engines programmable for spinning or system reserve with fixed or dynamic priorities.
Real and reactive power load sharing with up to 32 units
Remote control via interface and discrete/analog inputs for adjusting speed, frequency, voltage, power, reactive power, and power factor set points
Complete integrated engine and generator protection as well as mains monitoring features
Freely configurable PID controllers for various control purposes, such as heating circuit control (CHP applica-tions), water level, fuel level, or pressure and/or other process values
Special Scania S6, MTU ADEC, Volvo EMS2 & EDC4, Deutz EMR2, MAN MFR/EDC7, SISU EEM, Cumminsand Woodward EGS02 ECU support (depending on Package)
Counters for operating hours / engine starts / maintenance / active energy / reactive energy
Configurable trip levels / delay timers / alarm classes for monitoring and protective functions
Clear text display and evaluation of up to 100 J1939 analog values
Discrete and analog I/O expansion board connectivity (Woodward IKD 1 or Phoenix Contact IL series)
Front panel and PC configurable (ToolKit software)
Multi-level password protection for access via HMI or interface
Multi-lingual capability !"#$%&'()*+,-."()/,+"0'()12."%&'()3'%"+&+()4.2."+&+()56.$%."()78,69#9+&+():9,;%&'()<9&&%."()78$%&'=
Event recorder (300 events, FIFO) with real time clock
SPECIFICATIONS
78?+,)&922$@)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)BCDCE)FG0) H)68)EI)FG0=)5"6,%"&%0)08"&9-26%8")AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)-.JA)BK)L)M-N%+"6)6+-2+,.69,+) 82+,.6%8"=)AAAAAAAAAAAAAAAAAAAAAAA)OCI)68)KI)P3)D)OE)68)BQH)P/)M-N%+"6)6+-2+,.69,+) &68,.#+=)AAAAAAAAAAAAAAAAAAAAAAAA)ORI)68)HI)P3)D)OCC)68)BKS)P/)M-N%+"6)'9-%G%6@AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)TQ)U()"8"O08"G+"&%"#)Voltage)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA) ) D"=100 Vac [1]) <.6+G) F,.6+G=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)STDBCI)F.0)) V.JA)W.$9+) F-.J=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)HSDBQI)F.0)) ) <.6+G)&9,#+)W8$6A F&9,#+=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)CAQ);F)and 400 Vac [4] <.6+G) F,.6+G=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)CKKDEHI)F.0)) V.JA)W.$9+) F-.J=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)RESDSII)F.0)) ) <.6+G)&9,#+)W8$6A F&9,#+=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)EAI);F)M009,.0@)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)3$.&&)B)V+.&9,.N$+).$6+,".68,)?%"G%"#&)AAA)R2OR?()R2OE?()R2OE?)XY()B2OC?()B2OR?)1+66%"#),."#+)AAAAAAAAAAAAAAAAAAAAA)2,%-.,@)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAQI)68)SQI(III)F.0)Z%"+.,)-+.&9,%"#),."#+)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)BACQ[F,.6+G)V+.&9,%"#)\,+]9+"0@AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)QIDSI)^_) EI)68)HQ)^_=)
^%#')5-2+G."0+)5"296`)<+&%&6."0+)2+,)2.6')AAAAAAA)aBb)IAETH)V#()aEb)CAI)V#)V.JA)28?+,)08"&9-26%8")2+,)2.6')AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)c)IABQ)L)Current (Isolated)) <.6+G) 5,.6+G=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)aBb)AADB)M)8,)aQb)AADQ)M)Z%"+.,)-+.&9,%"#),."#+)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)5#+")d)RAI[5,.6+G)) 5-.%"&D#,89"G)d)BAQ[5,.6+G)1+66%"#),."#+)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)B)68)RC(III)M)e9,G+")AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)c)IABQ)FM)<.6+G)&'8,6O6%-+)09,,+"6) B)&=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAaBb)QI[5,.6+G()aQb)BI[5,.6+G)Power)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA))1+66%"#),."#+)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)IAQ)68)TT(TTTAT);LD;W.,)Discrete inputs)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)%&8$.6+G)5"296),."#+)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)BCDCE)FG0) H)68)EI)FG0=)5"296),+&%&6."0+)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA).22,8JA)CI);X'-&))))
Relay outputs)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)%&8$.6+G)38"6.06)-.6+,%.$)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)M#3GX)Z8.G) *7=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)CAII)M.0fCQI)F.0)) CAII)MG0fCE)FG0)D)IARS)MG0fBCQ)FG0)D)IABH)MG0fCQI)FG0)7%$86)G96@) 7Y=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA))) BAII)MG0fCE)FG0)D)IACC)MG0fBCQ)FG0)D)IABI)MG0fCQI)FG0)Analog inputs (none isolated))AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\,++$@)&0.$+.N$+):@2+)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)I)68)QII)X'-&)D)I)68)CI)-M)<+&8$96%8")AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)BB)e%6)Analog outputs (isolated))AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA\,++$@)&0.$+.N$+):@2+)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)g)BI)F)D)g)CI)-M)D)7LV)5"&9$.6%8")W8$6.#+) 08"6%"989&$@=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)BII)F.0)5"&9$.6%8")6+&6)W8$6.#+) B&=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)QII)F.0)<+&8$96%8")AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)BBDBC)e%6) G+2+"G%"#)8").".$8#)896296=)g)BI)F) &0.$+.N$+=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)%"6+,".$),+&%&6."0+)hB);X'-&)g)CI)-M) &0.$+.N$+=)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)-.J%-9-)$8.G)QII)X'-&)Housing) RCII=) ) /,8"6)2."+$)\$9&')-89"6%"#)AAAAAAAAAAAAAAAAAA)7$.&6%0)'89&%"#)Y%-+"&%8"&) ) LJ^JY)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)CHC)[)CBK)[)TT)--)/,8"6)096896) ) LJ^)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)CET)aiBABb)[)BHR)aiBAIb)--)38""+06%8")AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)&0,+?D2$9#)6+,-%".$&)CAQ)--j)/,8"6)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)%"&9$.6%"#)&9,\.0+)1+.$%"#) ) /,8"6)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)57SS) ?%6')&0,+?)\.&6+"%"#=)) ) /,8"6)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)57QE) ?%6')0$.-2)\.&6+"%"#=)) ) e.0;)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)57CI)L+%#'6)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA).22,8JA)B(HQI)#)Housing) RBII=) ) 1?%60')0.N%"+6)N.0;)-89"6%"#)AAAAA)1'++6)-+6.$)'89&%"#)Y%-+"&%8"&) ) LJ^JY)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)CQI)[)CCH)[)HE)--)38""+06%8")AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)&0,+?D2$9#)6+,-%".$&)CAQ)--j)7,86+06%8")&@&6+-)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)57)CI)L+%#'6)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA).22,8JA)C(BQI)#)Disturbance test) 3!=)AAAAAAAAAAAA)6+&6+G).008,G%"#)68).22$%0.N$+)!k)#9%G+$%"+&)Listings)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)lZ()0lZ) 0lZ)8"$@)\8,)+.&m#+"ORBII=)Marine)AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA)Z<) :@2+)M22,8W.$=()Me1) Y+&%#")M&&+&&-+"6=)
DIMENSIONS
Plastic housing for front panel mounting (3200) Metal housing for cabinet mounting (3100)
99 mm
282 mm
216 mm
247 mm
181 mm
87 mm
84 mm
227 mm
250 mm
TERMINAL DIAGRAM
)InternationalL88G?.,G))7X)e8J)BQBT)/8,6)38$$%"&)3X()l1M)HIQCCOBQBT)BIII)!.&6)Y,.;+)<8.G)/8,6)38$$%"&)3X)HIQCQ)7'n)iB) TKI=)EHCOQHBB)/.Jn)iB) TKI=)ETHORIQH))EuropeL88G?.,G)*-N^)^."G?+,;&6,.&&+)CT)KIQSQ)16966#.,6()*+,-."@)7'n)iET) I=)KBB)KHT)QEOI)/.Jn)iET) I=)KBB)KHT)QEOBII)+-.%$n)&6#6O%"\8f?88G?.,GA08-))Distributors & ServiceL88G?.,G)'.&).")%"6+,".6%8".$)"+6?8,;)8\)G%&6,%N968,&)."G)&+,W%0+)\.0%$%6%+&A)/8,)@89,)"+.,+&6),+2,+&+"6.6%W+()0.$$)6'+)/8,6)38$$%"&)2$."6)8,)&++)6'+)L8,$G?%G+)Y%,+068,@)8")89,)?+N&%6+A))))www.woodward.com/power)
19No+06)68)6+0'"%0.$)-8G%\%0.6%8"&A)
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© Woodward
All Rights Reserved)RKCQH*)O)CIBIDIQD16966#.,6
FEATURES OVERVIEW
easYgen-3000 SeriesV8G+$) RBII) RCII)
7.0;.#+) 7B) ) ) 7C) ) ) 7B) ) ) 7C)Measuring*+"+,.68,)W8$6.#+) RO2'.&+DEO?%,+=) ) ) ) ) ) ) ) ) ) )
*+"+,.68,)09,,+"6) RJ)6,9+),A-A&A= ) ) ) ) ) ) ) ) ) )
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V.%"&)8,)#,89"G)09,,+"6) BJ)6,9+),A-A&A=)pB) ) ) ) ) ) ) ) ) ) )
e9&N.,)W8$6.#+) BO2'.&+DCO?%,+=) ) ) ) ) ) ) ) ) ) )Controle,+.;+,)08"6,8$)$8#%0) 82+")."G)0$8&+G)6,."&%6%8"=) FlexAppTM) C) ) ) C) ) ) C) ) ) CM968-.6%0()V."9.$()1682()."G)6+&6)82+,.6%"#)-8G+&) ) ) ) ) ) ) ) ) )
1%"#$+)."G)-9$6%2$+O9"%6)82+,.6%8") ) ) ) ) ) ) ) ) )
V.%"&)2.,.$$+$)-9$6%2$+O9"%6)82+,.6%8") 92)68)RC)9"%6&=) ) ) )pC) ) ) ) ) ) )pC)
MV/) .968)-.%"&)\.%$9,+=)."G)&6."GON@)82+,.6%8" ) ) )
3,%6%0.$)-8G+)82+,.6%8") ) ) ) ) ) ) ) ) )
*3e)."G)V3e)&@"0',8"%_.6%8") &$%22%"#)D)2'.&+)-.60'%"#=) ) ) ) ) ) ) ) ) )
5"6+,0'."#+) %-28,6)D)+J28,6)08"6,8$=) ) ) ) ) ) ) ) ) )
Z8.GOG+2+"G+"6)&6.,6D&682) ) ) ) ) ) ) ) ) )
"D\()F()7()q()."G)7/),+-86+)08"6,8$)W%.).".$8#)%"296)8,)%"6+,\.0+) ) ) ) ) ) ) ) ) )
Z8.GDW.,)&'.,%"#)\8,)92)68)RC)#+"&+6&) ) ) ) ) ) ) ) ) )
/,++$@)08"\%#9,.N$+)75Y)08"6,8$$+,&) O) ) ) R) ) ) O) ) ) RHMI18\6);+@&) .GW."0+G)Z3)G%&2$.@=) DynamicsLCDTM) O) ) ) O) ) ) ) ) ) )
16.,6D&682)$8#%0)\8,)G%+&+$)D)#.&)+"#%"+&) ) ) ) ) ) ) ) ) )
389"6+,&)\8,)82+,.6%"#)'89,&)D)&6.,6&)D)-.%"6+"."0+)D).06%W+D,+.06%W+)+"+,#@ ) ) )
38"\%#9,.6%8")W%.)73)pR) ) ) ) ) ) ) ) ) )
!W+"6),+08,G+,)+"6,%+&)?%6'),+.$)6%-+)0$80;) N.66+,@)N.0;92=) RII) ) ) RII) ) ) RII) ) ) RII)Protection Mk15p
*+"+,.68,n)W8$6.#+)D)\,+]9+"0@) QT)D)CK)D)HBX)D)HBl) ) ) ) ) ) ) ) ) )
*+"+,.68,n)8W+,$8.G(),+W+,&+D,+G90+G)28?+,) RC)D)RC<)D)RC/) ) ) ) ) ) ) ) ) )
*+"+,.68,n)9"N.$."0+G)$8.G) ES) ) ) ) ) ) ) ) ) )
*+"+,.68,n)%"&6."6."+89&)8W+,09,,+"6) QI) ) ) ) ) ) ) ) ) )
*+"+,.68,n)6%-+O8W+,09,,+"6) 5!3)CQQ)08-2$%."6=) QB) ) ) ) ) ) ) ) ) )
*+"+,.68,n)#,89"G)\.9$6)pE) QI*) ) ) ) ) ) ) ) ) )
*+"+,.68,n)28?+,)\.068, QQ) ) ) ) ) ) ) ) ) )
*+"+,.68,n),86.6%8")\%+$G) ) ) ) ) ) ) ) ) ) )
!"#%"+n)8W+,&2++G)D)9"G+,&2++G) BC)D)BE) ) ) ) ) ) ) ) ) )
!"#%"+n)&2++G)D)\,+]9+"0@)-%&-.60') ) ) ) ) ) ) ) ) ) )
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V.%"&n)W8$6.#+)D)\,+]9+"0@) QT)D)CK)D)HBX)D)HBl) ) ) ) ) ) ) ) ) )
V.%"&n)2'.&+)&'%\6)D),86.6%8")\%+$G) KH)D) ) ) ) ) ) ) ) ) )I/Os12++G)%"296) -.#"+6%0)D)&?%60'%"#`)7%0;92=) ) ) ) ) ) ) ) ) )
Y%&0,+6+).$.,-)%"296&) 08"\%#9,.N$+=) BI) ) ) BI) ) ) BI) ) ) BI)
Y%&0,+6+)896296&) 08"\%#9,.N$+=) LogicsManagerTM) -.JA)BC) ) ) -.JA)BC) ) ) -.JA)BC) ) ) -.JA)BC)!J6+,".$)G%&0,+6+)%"296&)D)896296&)W%.)3Mk82+") -.J%-9-=) BS)D)BS) ) ) RC)D)RC) ) ) BS)D)BS) ) ) RC)D)RC)
M".$8#)%"296&)pQ) 08"\%#9,.N$+=)) FlexInTM) R) ) ) R) ) ) R) ) ) R
M".$8#)896296&) iDO)BIF()iDO)CI-M()7LV`)08"\%#9,.N$+=)) C) ) ) C) ) ) C) ) ) C!J6+,".$).".$8#)%"296&)D)896296&)W%.)3Mk82+") -.J%-9-=) O) ) ) BS)D)E ) ) O) ) ) BS)D)E)
Y%&2$.@)8\)4BTRT).".$8#)W.$9+&) "9-N+,)8\)17k&=) BS) ) ) O) ) ) BS) ) ) O)Y%&2$.@)."G)+W.$9.6%8")8\)4BTRT).".$8#)W.$9+&) &9228,6+G)17k&= O) ) ) BII) ) ) O) ) ) BII)
3Mk)N9&)08--9"%0.6%8")%"6+,\.0+&)pS) FlexCANTM) C) ) ) C) ) ) C) ) ) C
<1OCRCDEHQ)V8GN9&)<:l)1$.W+)%"6+,\.0+ &=) B)D)B) ) ) B)D)B) ) ) B)D)B) ) ) B)D)B)Listings/ApprovalslZ)Z%&6%"#) ) ) ) ) ) ) ) ) )
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) )
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For
more
info
rmation c
onta
ct:
274 General Catalogue 2011-2012 SOCOMEC
SIRCOVER and
SIRCOVER BY-PASS
Manual Changeover Switches
Changeover switches with fully visualised breaking
from 125 to 3200 A
svr_
059_
a_1_
cat
Function
SIRCOVER products are manually
operated multipolar changeover switches.
They provide changeover, source inversion
or switching under load between two low
voltage power circuits, as well as their
safety isolation.
SIRCOVER BY-PASS are manually
operated changeover switches.
They are a combination of three interlocked
switches enabling the use with 3 + 6 pole
or 4 + 8 pole. They insulate by providing
simultaneous safety isolation top and
bottom and by passing loads of low
voltage circuits mainly during maintenance
operations.
Conformity
to standards
IEC 60947-3
IS 14947-3
EN 60947-3
VDE 0660-107
(1992)
NBN EN 60947-3
BS EN 60947-3
•
•
•
•
•
•
Approvals and
certifications (1)
Bureau Véritas
BBJ Poland
(Attestaion of
verification)
•
•
General characteristics
• 3 stable positions, (I, 0, II) or overlapping
contacts (I, I+II, II), and on load
changeover switching (AC-22 and AC-23).
• Fully visualized breaking.
• IP20 devices and accessories.
Available
on request
Devices 6 or 8 pole
Devices with over-
sized neutral ex.:
3 x 250 A + N 400 A.
Devices with
advanced neutral.
•
•
•
svr_
099_
b_
1_
cat
(1) Product reference on
request.
appli_
114_
a
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:274 Sec1:274 15/11/10 16:28:11
275General Catalogue 2011-2012SOCOMEC
Manual Changeover Switches
SIRCOVER and SIRCOVER BY-PASS
svr_
136_
a_1_
x_ca
t
What you need to know
• SIRCOVER with 3 stable positions (I, O, II) are 3 or 4 pole devices from 125 A
to 3200 A. They are available enclosed in a steel or polyester enclosure from
125 to 1600 A.
• SIRCOVER with overlapping contacts (I-I+II-II) are 3 or 4 pole devices
available from 125 to 1800A. They are available enclosed in a steel enclosure
from 125 to 1600 A.
• SIRCOVER BY-PASS with 3 stable positions (I, O, II) are a combination of
three interlocked switches enabling the use with 3+6 poles or 4+8 poles from
125 to 1600 A. They are available in steel enclosure from 125 to 1600 A and
with overlapping contacts (I, I+II, II).
• SIRCOVER and SIRCOVER BY-PASS can be used with a direct or external
handle.
acce
s_226_
c_2_
cat
Top or bottom flatconnection
acce
s_231_
a_1_
cat
Top or bottom bridgingconnection
acce
s_229_
b_
2_
cat
Edgewise connectionTop or bottom
• A connection kit for copper bars allows the link between the 2 connection
terminals of one pole (fig 1 and 2) and the bridging of the upstream and
downstream link for ratings 2000, 2500 and 3200A (fig 3).
appli_
114_
a
Fig 1 Fig 2 Fig 3
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:275 Sec1:275 15/11/10 16:29:07
General Catalogue 2011-2012 SOCOMEC276
SIRCOVER I-0-II
Rating
(A)
No. of
poles Switch body Direct handle
External
handle
Shaft for
external
handle Bridging bar*
Auxiliary
contacts
Terminal
shrouds
Terminals
protection
screen
125 A3 P 4100 3013(1)
Black
4199 5012(2)
Type S2
Black IP55
1421 2113
Black IP65
1423 2113(2)
200 mm
1400 1020
320 mm
1400 1032(2)
4109 0019
1st/2nd contact
NO/NC
4109 0021(4)
3 P
2694 3014(5)(6)
4 P
2694 4014(5)(6)
3 P
1509 3012(7)
4 P
1509 4012(7)
4 P 4100 4013(1)
160 A3 P 4100 3016(1)
4 P 4100 4016(1)
200 A3 P 4100 3019
4 P 4100 4019
250 A
3 P 4100 3025(1)
4109 0025 3 P
2694 3021(5)(6)
4 P
2694 4021(5)(6)
3 P
1509 3025(7)
4 P
1509 4025(7)
4 P 4100 4025(1)
400 A
3 P 4100 3039(1)
4109 0039
4 P 4100 4039(1)
500 A
3 P 4100 3050(1)
4109 0050 3 P
2694 3051(5)(6)
4 P
2694 4051(5)(6)
3 P
1509 3063(7)
4 P
1509 4063(7)
4 P 4100 4050(1)
630 A
3 P 4100 3063(1)
4109 0063
4 P 4100 4063(1)
800 A
3 P 4100 3080(1)
Black
2799 7052(2)
S4 type
Black IP65
1443 3113(2)
200 mm
1401 1520
320 mm
1401 1532(2)
4109 0080 3 P
1509 3080(7)
4 P
1509 4080(7)
4 P 4100 4080(1)
1 250 A
3 P 4100 3120(1)
4109 0120
4 P 4100 4120(1)
1 600 A3 P 4100 3160(1)
4109 0160
3 P
1509 3160(7)
4 P
1509 4160(7)
4 P 4100 4160(1)
1 800 A3 P 4100 3180
4 P 4100 4180
2 000 A3 P 4100 3200
Black
2799 7012(2)
Black IP65
2799 7146(2)
320 mm
2799 3018(2)(3)
1st contact
NO/NC
included
2nd contact
NO/NC
4409 0022(4)
included
4 P 4100 4200
2 500 A3 P 4100 3250
4 P 4100 4250
3 200 A3 P 4100 3320
4 P 4100 4320
svr_
051_
a_1_
cat
SIRCOVER and SIRCOVER BY-PASS - References
* 1 piece required per pole.
(1) Available enclosed (see pages 498 and 500 "Enclosed changeover switches").
(2) Standard.
(3) See page 281 "Copper bars connection kits".
(4) 2 pieces: one for position I and one for position II.
(5) To shroud front switch top and bottom 2 references required.
(6) To fully shroud front, rear, top and bottom 4 references required.
(7) 2 pieces: one for top side and another for bottom side.
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:276 Sec1:276 15/11/10 16:29:43
General Catalogue 2011-2012SOCOMEC
Manual Changeover Switches
SIRCOVER and SIRCOVER BY-PASS
277
SIRCOVER and SIRCOVER BY-PASS
SIRCOVER I - I+II - II
Rating (A)
No. of
poles Switch body Direct handle
External
handle
Shaft for
external
handle Bridging bar*
Auxiliary
contacts
Terminal
shrouds
Terminal
screens
125 A
3 P 4190 3013(1)
Black
4199 5012(2)
S2 type
Black IP65
1423 2114(2)
200 mm
1400 1020
320 mm
1400 1032(2)
4109 0019
1st/2nd contact
NO/NC
4109 0021(3)
3 P
2694 3014(4)(5)
4 P
2694 4014(4)(5)
3 P
1509 3012(6)
4 P
1509 4012(6)
4 P 4190 4013(1)
160 A
3 P 4190 3016(1)
4 P 4190 4016(1)
200 A
3 P 4190 3019
4 P 4190 4019
250 A
3 P 4190 3025(1)
4109 00253 P
2694 3021(4)(5)
4 P
2694 4021(4)(5)
3 P
1509 3025(6)
4 P
1509 4025(6)
4 P 4190 4025(1)
400 A
3 P 4190 3039(1)
4109 0039
4 P 4190 4039(1)
500 A
3 P 4190 3050(1)
4109 0050 3 P
2694 3051(4)(5)
4 P
2694 4051(4)(5)
3 P
1509 3063(6)
4 P
1509 4063(6)
4 P 4190 4050(1)
630 A
3 P 4190 3063(1)
4109 0063
4 P 4190 4063(1)
800 A
3 P 4190 3080(1)
Black
2799 7052(2)
S4 type
Black IP65
1443 3114(2)
200 mm
1401 1520
320 mm
1401 1532(2)
4109 00803 P
1509 3080(6)
4 P
1509 4080(6)
4 P 4190 4080(1)
1 250 A
3 P 4190 3120(1)
4109 0120
4 P 4190 4120(1)
1 600 A
3 P 4190 3160(1)
4109 0160
3 P
1509 3160(6)
4 P
1509 4160(6)
4 P 4190 4160(1)
1 800 A
3 P 4190 3180
4 P 4190 4180
svr_
051_
a_1_
cat
* 1 piece required per pole.
(1) Available enclosed (see pages 498 and 500 "Enclosed changeover switches").
(2) Standard.
(3) 2 pieces: one for position I and one for position II.
(4) To fully shroud front, rear, top and bottom 4 references required.
(5) To shroud front switch top and bottom 2 references required.
(6) 2 pieces: one for top side and another for bottom side.
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:277 Sec1:277 15/11/10 16:29:46
General Catalogue 2011-2012 SOCOMEC278
SIRCOVER BY-PASS
Rating (A)
No. of
poles
Switch body
I-0-II Direct handle
External
handle
Shaft for
external
handle Bridging bar
Auxiliary
contacts
Terminal
shrouds
Terminal
screens
125 A
3 + 6 P 4100 7013(1)
Black
4199 5012(2)
S2 type
Black IP55
1421 2113(2)
Black IP65
1423 2113
200 mm
1400 1020
320 mm
1400 1032(2)
4109 0019
1st/2nd
contact
NO/NC
4109 0021(3)
3 P
2694 3014(4)(5)
4 P
2694 4014(4)(5)
3 P
1509 3012(6)
4 P
1509 4012(6)
4 + 8 P 4100 9013(1)
160 A
3 + 6 P 4100 7016(1)
4 + 8 P 4100 9016(1)
200 A
3 + 6 P 4100 7019
4 + 8 P 4100 9019
250 A
3 + 6 P 4100 7025(1)
Black
2799 7052(2)
S3 type
Black IP65
1433 3113(2)
200 mm
1401 1520
320 mm
1401 1532(2)
4109 0025 3 P
2694 3021(4)(5)
4 P
2694 4021(4)(5)
3 P
1509 3025(6)
4 P
1509 4025(6)
4 + 8 P 4100 9025(1)
400 A
3 + 6 P 4100 7039(1)
4109 0039
4 + 8 P 4100 9039(1)
500 A
3 + 6 P 4100 7050(1)
4109 0050 3 P
2694 3051(4)(5)
4 P
2694 4051(4)(5)
3 P
1509 3063(6)
4 P
1509 4063(6)
4 + 8 P 4100 9050(1)
630 A
3 + 6 P 4100 7063(1)
4109 0063
4 + 8 P 4100 9063(1)
800 A
3 + 6 P 4100 7080(1)
Black
2799 7012(2)
Black IP65
4199 7146(2)
200 mm
2799 3015
450 mm
2799 3019(2)
4109 00803 P
1509 3080(6)
4 P
1509 4080(6)
4 + 8 P 4100 9080(1)
1 250 A
3 + 6 P 4100 7120(1)
4109 0120
4 + 8 P 4100 9120(1)
1 600 A
3 + 6 P 4100 7160
4109 0160
3 P
1509 3160(6)
4 + 8 P 4100 91604 P
1509 4160(6)
svr_
059_
a_4_
cat
SIRCOVER and SIRCOVER BY-PASS - References (continued)
* For By-Pass 2 pieces are required per pole.
(1) Available enclosed (see pages 498 and 500 "Enclosed changeover switches").
(2) Standard.
(3) 2 pieces: one for position I and one for position II.
(4) To shroud front switch top and bottom 3 references required.
(5) To fully shroud front, rear, top and bottom 6 references required.
(6) 2 pieces: one for top side and another for bottom side.
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:278 Sec1:278 15/11/10 16:29:49
General Catalogue 2011-2012SOCOMEC
Manual Changeover Switches
SIRCOVER and SIRCOVER BY-PASS
279
SIRCOVER and SIRCOVER BY-PASS
Direct handle
acce
s_129_
b_
1_
cat
acce
s_153_
a_2_
cat
SIRCOVER
Rating (A) Handle color Handle type Reference
125 … 630 Black Single lever 4199 5012
800 … 1800 Black Single lever 2799 7052
2000 … 3200 Black Double lever 2799 7012
SIRCOVER BY-PASS
Rating (A) Handle color Handle type Reference
125 … 200 Black Single lever 4199 5012
250 … 630 Black Single lever 2799 7052
800 … 1600 Black Double lever 2799 7012
External operation handle
acce
s_150_
a_1_
cat
S2 type handle
acce
s_151_
a_1_
cat
S3 type handle
acce
s_152_
a_2_
cat
S4 type handle
Use
The door interlocked external operation handle includes one padlockable handle, one
escutcheon and must be utilised with a shaft extension.
SIRCOVER
Rating (A)
Switching
type
External
IP(1) Handle Reference
125 … 630 I - 0 - II IP55 S2 type 1421 2113
125 … 630 I - 0 - II IP65 S2 type 1423 2113
125 … 630 I - I+II - II IP65 S2 type 1423 2114
800 … 1800 I - 0 - II IP65 S4 type 1443 3113(2)
800 … 1800 I - I+II - II IP65 S4 type 1443 3114(2)
2000 … 3200 I - 0 - II IP65 2799 7146(2)
(1) IP: Degree of protection according to standard IEC 60529.
(2) Double lever handle.
SIRCOVER BY-PASS
Rating (A)
Switching
type
External
IP(1) Handle Reference
125 … 200 I - 0 - II IP55 S2 type 1421 2113
125 … 200 I - 0 - II IP65 S2 type 1423 2113
250 ... 630 I - 0 - II IP65 S3 type 1433 3113
800 … 1600 I - 0 - II IP65 4199 7146
(1) IP: Degree of protection according to standard IEC 60529.
Alternative S-type handle cover colours
acce
s_198_
a_2_
cat
Use
For single lever handles S1, S2, S3 type and for double lever handle S4 type.
Other colours: Consult us.
Color
To be ordered
in multiples of Handle Reference
Light grey 50 S2, S3 type 1401 0001
Dark grey 50 S2, S3 type 1401 0011
Light grey 50 S4 type 1401 0031
Dark grey 50 S4 type 1401 0041
Accessories
S type handle adapter
acce
s_187_
a_1_
cat
Use
Enables S type handles to be fitted in place
of existing older style Socomec handles.
Adapter can also be utilised as a spacer to
increase the distance between the panel
door and the handle lever.
Dimensions
Adds 12 mm to the depth.
Color
To be ordered
in multiples of External IP(1) Reference
Black 10 IP65 1493 0000
(1) IP: Degree of protection according to standard IEC 60529.
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:279 Sec1:279 15/11/10 16:29:53
General Catalogue 2011-2012 SOCOMEC280
Shaft for external handle
acce
s_143_
b_
1_
cat
acce
s_144_
b_
1_
cat
X
acce
s_202_
a_1_
cat
Use
Standard lengths:
- 200 mm,
- 320 mm,
- 450 mm.
Other lengths: Consult us.
SIRCOVER
Rating (A)
Shaft length
(mm)
Dimension X
(mm) Reference
125 … 400 200 mm 210 … 310 1400 1020
125 … 400 320 mm 210 … 430 1400 1032
500 … 630 200 mm 280 … 390 1400 1020
500 … 630 320 mm 280 … 510 1400 1032
800 … 1800 200 mm 425 … 577 1401 1520
800 … 1800 320 mm 425 … 697 1401 1532
2000 … 3200 320 mm 653 … 923 2799 3018(1)
SIRCOVER BY-PASS
Rating (A)
Shaft length
(mm)
Dimension X
(mm) Reference
125 … 200 200 mm 320 … 450 1400 1020
125 … 200 320 mm 320 … 570 1400 1032
250 … 400 200 mm 298 … 420 1401 1520
250 … 400 320 mm 298 … 540 1401 1532
500 … 630 200 mm 417 … 539 1401 1520
500 … 630 320 mm 417 … 659 1401 1532
800 … 1600 200 mm 550 … 680 2799 3015(1)
800 … 1600 450 mm 550 … 800 2799 3019(1)
Bridging bars
acce
s_205_
a_2_
cat
SIRCOVER
acce
s_041_
a_1_
cat
acce
s_208_
a_2_
cat
SIRCOVER BY-PASS
svr_
068_
a_1_
x_ca
t
svr_
124_
a_1_
cat
Use
Creation of a common link, on the top or
bottom side of the switch, in order to feed
load with either power supply I or/and II. For
SIRCOVER BY-PASS, two sets of bridging
bars are needed as the switch is composed
of three basic switch frames.
Position I: 6 or 8 poles
Position II: 3 or 4 poles
Rating (A) Section (mm) Reference
125 … 200 20 x 2.5 4109 0019
250 25 x 2.5 4109 0025
400 32 x 5 4109 0039
500 32 x 5 4109 0050
630 50 x 5 4109 0063
800 50 x 6 4109 0080
1250 60 x 8 4109 0120
1600 ... 1800 90 x 10 4109 0160
SIRCOVER and SIRCOVER BY-PASS - References (continued)
Shaft guide for external operation
acce
s_260_
a_2_
cat
Use
To guide the shaft extension into the external handle.
This accessory enables handle to engage extension shaft with a misalignment of up to 15 mm.
Required for a shaft lenght over 320 mm.
Description Reference
Shaft guide 1429 0000
(1) Extension shaft.
(1) Extension shaft.
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:280 Sec1:280 15/11/10 16:30:07
General Catalogue 2011-2012SOCOMEC
Manual Changeover Switches
SIRCOVER and SIRCOVER BY-PASS
281
SIRCOVER and SIRCOVER BY-PASS
Auxiliary contacts
acce
s_065_
a_1_
cat
svr_
058_
a_1_
cat
Use
Pre breaking and positions I and II
signalling: 1 or 2 NO/NC auxiliary contacts
in each position.
Low level auxiliary contacts: Consult us.
Connection to the control circuit
By 6.35 mm fast-on terminal.
Electrical characteristics
30 000 operations.
NO/NC changeover contact
Rating (A) Contact(s) Reference
125 … 1800 1st/2nd 4109 0021
2000 … 3200 1st included
2000 … 3200 2nd 4409 0022
Characteristics
Nominal
current (A)
Operating current Ie (A)
Rating (A)
A - 250
-13VAC
400 VAC
AC-13
24 VDC
DC-13
48 VDC
DC-13
125 … 3200 16 12 8 14 6
a
acce
s_226_
b_
1_
x_ca
t
Fig.1
acce
s_228_
b_
1_
x_ca
t
Fig. 2
A
B
Fig. 3
252
74
37
74
37 60
129
155
acce
s_232_
a_1_
cat
30303030 132 30303030 22
210
acce
s_233_
a_1_
cat
30303030 148
225
acce
s_234_
a_1_
cat
Copper bars connection kits for 2000 to 3200 A SIRCOVER
Use
Enables:
- To allow connection between the two
power terminals from a same pole for
2000 to 3200A ratings (Fig. 1 and Fig 2).
- Top or bottom bridging connection (Fig. 3).
For 3200 A rating, the connection pieces
(part A) are delivered bridged from factory.
Bolt sets must be ordered separately.
Technical notice for these specific
accessories is downloadable from
www.socomec.com
Rating (A) Piece
Quantity to order
per pole(1) Reference
2 000 … 2 500 Connection - part A 2 2619 1200
2 000 … 2 500 Bolt set - part B 2 2699 1200
3 200 Connection - part A included
3 200 Bolt set - part B 2 2699 1200
(1) Example for 3 pole device equipped upstream only: order 3 times the indicated quantities.
Rating (A) Piece
Quantity to order
per pole(1) Reference
2 000 … 2 500 Connection - part A 2 2619 1200
2 000 … 2 500 T piece - part C 2 2629 1200(2)
2 000 … 2 500 Right angle - part D 2 2639 1200(2)
3 200 Connection - part A included
3 200 T piece - part C 2 2629 1200(2)
3 200 Right angle - part D 2 2639 1200(2)
(1) Example for 3 pole device equipped upstream only: order 3 times the indicated quantities.
(2) Bolt set is provided with the accessories.
Rating (A) Piece
Quantity to order
per pole(1) Reference
2 000 … 2 500 Connection - part A 2 2619 1200
2 000 … 2 500 Bolt set - part B 2 2699 1200
2 000 … 2 500 Bar - piece E 1 4109 0250(2)
2 000 … 2 500 T piece - part C 1 2629 1200(2)
3 200 Connection - part A included
3 200 Bolt set - part B 2 2699 1200
3 200 Bar - piece E 1 4109 0320(2)
3 200 T piece - part C 1 2629 1200(2)
(1) Example for 3 pole device equipped upstream only: order 3 times the indicated quantities.
(2) Bolt set is provided with the accessories.
Top or bottom flat connection - Fig. 1
Top or bottom edgewise connection - Fig. 2
Top or bottom bridging connection -Fig. 3
acce
s_230_
b_
1_
x_ca
t
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:281 Sec1:281 15/11/10 16:30:17
General Catalogue 2011-2012 SOCOMEC282
Terminal shrouds
acce
s_206_
a_2_
cat
Use
Protection against direct contact with
terminals or connecting parts.
Advantage
Perforations allowing remote
thermographic inspection without removal.
Rating (A)
No. of
poles Position Reference
125 … 200 3 P top / bottom / front (I) / rear (II) 2694 3014(1)(2)
125 … 200 4 P top / bottom / front (I) / rear (II) 2694 4014(1)(2)
250 … 400 3 P top / bottom / front (I) / rear (II) 2694 3021(1)(2)
250 … 400 4 P top / bottom / front (I) / rear (II) 2694 4021(1)(2)
500 … 630 3 P top / bottom / front (I) / rear (II) 2694 3051(1)(2)
500 … 630 4 P top / bottom / front (I) / rear (II) 2694 4051(1)(2)
(1) To shroud front switch top and bottom 4 references required for a SIRCOVER and 6
references for a SIRCOVER BY-PASS.
(2) To shroud front switch top and bottom 2 references required for a SIRCOVER and a
SIRCOVER BY-PASS.
Terminal screens
acce
s_207_
a_2_
cat
Use
Top or bottom protection against direct contact with terminals or connection parts.
Rating (A) No. of poles Position Reference
125 ... 200 3 P top / bottom 1509 3012
125 ... 200 4 P top / bottom 1509 4012
250 ... 400 3 P top / bottom 1509 3025
250 ... 400 4 P top / bottom 1509 4025
500 ... 630 3 P top / bottom 1509 3063
500 ... 630 4 P top / bottom 1509 4063
800 ... 1 250 3 P top / bottom 1509 3080
800 ... 1 250 4 P top / bottom 1509 4080
1 600 ... 1 800 3 P top / bottom 1509 3160
1 600 ... 1 800 4 P top / bottom 1509 4160
2 000 ... 3 200 3 / 4 P top / bottom included
SIRCOVER and SIRCOVER BY-PASS - References (continued)
Inter phase barriers
acce
s_036_
a_1_
cat
Use
Safety isolating separation between the terminals, essential for use at 690 VAC
or in a polluted or dusty atmosphere.
The terminal shrouds also provide phase separation from 125 to 630 A.
Rating (A) No. of poles Reference
125 … 200 3 P 2998 0033 (1)
125 … 200 4 P 2998 0034(1)
250 ... 400 3 P 2998 0023(1)
250 ... 400 4 P 2998 0024(1)
500 ... 630 3 P 2998 0013(1)
500 ... 630 4 P 2998 0014(1)
800 ... 3200 3 / 4 P included
(1) Use 2 sets per side.
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:282 Sec1:282 15/11/10 16:30:47
General Catalogue 2011-2012SOCOMEC
Manual Changeover Switches
SIRCOVER and SIRCOVER BY-PASS
283
SIRCOVER and SIRCOVER BY-PASS
Other specific accessories
bd_
03_
04_
01
• Customised protection screens (for specific dimensions or high ambiant temperatures).
• Inter phase barrier.
• Connection accessories.
• Low level auxiliary contacts.
Handle key interlocking accessories
acce
s_061_
a_1_
x_ca
t
Fig. 1
acce
s_001_
a_1_
x_ca
t
Fig. 2
acce
s_132_
a_1_
x_ca
t
Fig. 3
acce
s_158_
a_1_
x_ca
t
Fig. 4
Use
• using padlock (not supplied), this device is factory mounted in the direct or
external operation handle and allows using up to 3 padlocks (Fig.1).
• Locking:
- using lock (not supplied)
- using undervoltage coil.
The interlocking positions are either determined as standard or configured by the
user, removing pre-formed tabs.
Padlocking and locking can be combined.
Lockable in position I, 0 or II
Rating (A)
SIRCOVER
Rating (A)
SIRCOVER
BY-PASS Operation Figure Reference
125 … 630 125 … 200 external 1 1423 2813
Locking using RONIS EL11AP lock in position 0 (not included)
Rating (A)
SIRCOVER
Rating (A)
SIRCOVER
BY-PASS Operation Figure Reference
125 … 630 125 … 200 direct 2 4109 1006(1)
250 ... 630 direct 3 consult us
800 … 1800 800 … 1600 direct 3 4109 1004(2)
2000 … 3200 direct 3 4109 2007
125 … 1800 125 … 630 external 4 1499 7701
2000 … 3200 800 … 1600 external 4 2799 7002
(1) Specific handle included.
(2) This locking facility can be configured by the user in the 3 positions.
Locking using RONIS EL11AP lock in position I, 0, II (not included)
Rating (A)
SIRCOVER
Rating (A)
SIRCOVER
BY-PASS Operation Figure Reference
125 … 630 125 … 200 direct 2 4109 1002(1)
250 … 630 direct 3 consult us
800 … 1800 800 … 1600 direct 3 4109 1004(2)
2000 … 3200 direct 3 4109 2007
125 … 1800 125 … 630 external 4 1499 7701
800 … 1600 external 4 2799 7002
(1) Specific handle included.
(2) This locking facility can be configured by the user in the 3 positions.
Locking using 230 VAC undervoltage coil in position 0 (factory fitted)
Rating (A)
SIRCOVER
Rating (A)
SIRCOVER
BY-PASS Operation Figure Reference
800 … 3200 800 … 1600 direct 3 consult us
Locking using CASTELL type K lock (not included)
Rating (A)
SIRCOVER
Rating (A)
SIRCOVER
BY-PASS Operation Figure Reference
125 … 1800 125 … 630 external 4 1499 7702
2000 … 3200 800 … 1600 external 4 2799 7003
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:283 Sec1:283 15/11/10 16:30:52
General Catalogue 2011-2012 SOCOMEC284
SIRCOVER and SIRCOVER BY-PASS - Characteristics according to IEC 60947-3
Thermal current Ith (40°C) 125 A 160 A 200 A 250 A 400 A 500 A
Rated insulation voltage Ui (V) 800 800 800 800 800 1000
Rated impulse withstand voltage Uimp (kV) 8 8 8 8 8 12
Rated operational currents Ie (A)
Rated voltage Load duty category A/B(1) A/B(1) A/B(1) A/B(1) A/B(1) A/B(1)
400 VAC AC-21 A / AC-21 B 125/125 160/160 200/200 250/250 400/400 500/500
400 VAC AC-22 A / AC-22 B 125/125 160/160 200/200 250/250 400/400 500/500
400 VAC AC-23 A / AC-23 B 125/125 160/160 160/160 250/250 250/250 500/500
690 VAC(2) AC-20 A / AC-20 B 125/125 160/160 200/200 250/250 400/400 500/500
690 VAC(2) AC-21 A / AC-21 B 125/125 160/160 160/160 200/250 200/250 400/400
690 VAC(2) AC-22 A / AC-22 B 125/125 125/125 125/125 125/160 125/160 250/315
690 VAC(2) AC-23 A / AC-23 B 63/80 63/80 63/80 100/125 100/125 160/200
220 VDC DC-20 A / DC-20 B 125/125 160/160 200/200 250/250 400/400 500/500
220 VDC DC-21 A / DC-21 B 125/125 160/160 160/160 250/250 250/250 500/500
220 VDC DC-22 A / DC-22 B 125/125 160/160 160/160 250/250 250/250 400/500
220 VDC DC-23 A / DC-23 B 125/125 125/125 125/125 200/200 200/200 400/400
440 VDC DC-20 A / DC-20 B 125/125 160/160 200/200 250/250 400/400 500/500
440 VDC DC-21 A / DC-21 B 125(3)/125(3) 125(3)/125(3) 125(3)/125(3) 200(3)/200(3) 200(3)/200(3) 400(3)/400(3)
440 VDC DC-22 A / DC-22 B 125(3)/125(3) 125(3)/125(3) 125(3)/125(3) 200(3)/200(3) 200(3)/200(3) 315(3)/400(3)
440 VDC DC-23 A / DC-23 B 125(4)/125(4) 125(4)/125(4) 125(4)/125(4) 200(4)/200(4) 200(4)/200(4) 400(4)/400(4)
Operational power in AC-23 (kW)
At 400 VAC without pre-break in AC(1)(5) 63/63 80/80 80/80 132/132 132/132 280/280
At 690 VAC without pre-break in AC(1)(5) 55/75 55/75 55/75 90/110 90/110 150/185
Reactive power (kvar)
At 400 VAC (5) 55 75 90 115 185 230
Fuse protected short-circuit withstand (kA rms prospective)
Prospective short-circuit (kA rms)(6) 100 100 50 50 18 100
Associated fuse rating (A) (6) 125 160 200 250 400 500
Overload capacity
Rated short-time withstand current 0.3 s. ICW (kA eff.) 15 15 15 17 17 25
Rated peak withstand current (kA peak) (6) 20 20 20 30 30 45
Connection
Minimum Cu cable section (mm2) 35 50 50 95 185 240
Minimum Cu busbar section (mm2)
Maximum Cu cable section (mm2) 50 95 95 150 240 240
Maximum Cu busbar width (mm) 25 25 25 32 32 40
Tightening torque min (Nm) 9 9 9 20 20 20
Mechanical characteristics
Durability (number of operating cycles)(7) 10 000 10 000 10 000 10 000 10 000 5 000
Weight of 3 P switch (kg) 1.5 1.6 1.8 2 3 3.5
Weight of 4 P switch (kg) 1.6 1.7 1.9 2.1 3.5 4
125 to 500 A
(1) Category with index A = frequent operation - Category with index B = infrequent operation.
(2) With terminal shrouds or phase barrier.
(3) 3-pole device with 2 pole in series for the "+" and 1 pole for the "-".
(4) 4-pole device with 2 pole in series by polarity.
(5) The power value is given for information only, the current values vary from one manufacturer to another.
(6) For a rated operational voltage Ue = 400 VAC.
(7) Increased endurances: please consult us.
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:284 Sec1:284 15/11/10 16:30:53
General Catalogue 2011-2012SOCOMEC
Manual Changeover Switches
SIRCOVER and SIRCOVER BY-PASS
285
SIRCOVER and SIRCOVER BY-PASS
Thermal current Ith (40°C) 630 A 800 A 1250 A 1600 A 1800 A 2000 A 2500 A 3200 A
Rated insulation voltage Ui (V) 1000 1000 1000 1000 1000 1000 1000 1000
Rated impulse withstand voltage Uimp (kV) 12 12 12 12 12 12 12 12
Rated operational currents Ie (A)
Rated voltage Load duty category A/B(1) A/B(1) A/B(1) A/B(1) A/B(1) A/B(1) A/B(1) A/B(1)
400 VAC AC-21 A / AC-21 B 630/630 800/800 1250/1250 1600/1600 1800/1800 2000/2000 2500/2500 3200/3200
400 VAC AC-22 A / AC-22 B 630/630 800/800 1250/1250 1600/1600 1800/1800 2000/2000 2000/2500 2500/3200
400 VAC AC-23 A / AC-23 B 500/500 800/800 1250/1250 1250/1250 1250/1250 1600/1600 1600/1600 1600/1600
690 VAC(2) AC-20 A / AC-20 B 630/630 800/800 1250/1250 1600/1600 1800/1800 2000/2000 2500/2500 3200/3200
690 VAC(2) AC-21 A / AC-21 B 500/500 800/800 800/800 1000/1000 1000/1000 2000/2000 2000/2500 2000/2500
690 VAC(2) AC-22 A / AC-22 B 315/315 800/800 800/800 1000/1000 1000/1000 1000/1000 1000/1000 1000/1000
690 VAC(2) AC-23 A / AC-23 B 160/200 200/250 200/250 500/500 500/500 800/800 800/800 800/800
220 VDC DC-20 A / DC-20 B 630/630 800/800 1250/1250 1600/1600 1800/1800 2000/2000 2500/2500 3200/3200
220 VDC DC-21 A / DC-21 B 630/630 800/800 1250/1250 1250/1250 1250/1250 2000/2000 2000/2500 2000/2500
220 VDC DC-22 A / DC-22 B 500/500 800/800 1250/1250 1250/1250 1250/1250 1250/1600 1250/1600 1250/1600
220 VDC DC-23 A / DC-23 B 500/500 800/800 1250/1250 1250/1250 1250/1250 1250(3)/1250(3) 1250(3)/1250(3) 1250(3)/1250(3)
440 VDC DC-20 A / DC-20 B 630/630 800/800 1250/1250 1600/1600 1800/1800 2000/2000 2500/2500 3200/3200
440 VDC DC-21 A / DC-21 B 500(3)/500(3) 800(3)/800(3) 1250(3)/1250(3) 1250(3)/1250(3) 1250(3)/1250(3) 2000/2000 2000/2000 2000/2000
440 VDC DC-22 A / DC-22 B 500(3)/500(3) 800(3)/800(3) 1250(3)/1250(3) 1250(3)/1250(3) 1250(3)/1250(3) 1250(3)/1250(3) 1250(3)/1250(3) 1250(3)/1250(3)
440 VDC DC-23 A / DC-23 B 500(4)/500(4) 800(3)/800(3) 1250(3)/1250(3) 1250(3)/1250(3) 1250(3)/1250(3) 1000(3)/1000(3) 1000(3)/ 1000(3) 1000(3) /1000(3)
Operational power in AC-23 (kW)
At 400 VAC without pre-break in AC(1)(5) 280/280 450/450 710/710 710/710 710/710 710/710 710/710 710/710
At 690 VAC without pre-break in AC(1)(5) 150/185 185/220 185/220 475/475 475/475 750/750 750/750 750/750
Reactive power (kvar)
At 400 VAC (5) 290 365 575
Fuse protected short-circuit withstand (kA rms prospective)
Prospective short-circuit (kA rms)(6) 70 50 100 100 100 100 100
Associated fuse rating (A) (6) 630 800 1250 2 x 800 2 x 800 2 x 1000 2 x 1250
Overload capacity
Rated short-time withstand current 0.3 s. ICW (kA eff.) 25 50 65 100 100 100 100 110
Rated peak withstand current (kA peak) (6) 45 55 80 110 110 110 110 120
Connection
Minimum Cu cable section (mm2) 2 x 150 2 x 185
Minimum Cu busbar section (mm2) 2 x 30 x 5 2 x 40 x 5 2 X 60 X 5 2 x 80 x 5 2 x 80 x 5 3 x 100 x 5 4 x 100 x 5 4 x 100 x 5
Maximum Cu cable section (mm2) 2 x 300 2 x 300 4 X 185 6 x 185 6 x 185
Maximum Cu busbar width (mm) 50 63 63 100 100 125 125 125
Tightening torque min (Nm) 20 20 40 40 40 40 40
Mechanical characteristics
Durability (number of operating cycles)(7) 5 000 3 000 3 000 4 000 4 000 3 000 3 000 3 000
Weight of 3 P switch (kg) 3.5 17.5 22.5 34 34 50 50 50
Weight of 4 P switch (kg) 4 21 27.5 42 42 60 60 60
(1) Category with index A = frequent operation - Category with index B = infrequent operation.
(2) With terminal shrouds or phase barrier.
(3) 3-pole device with 3 pole in series for the "+" and 1 pole for the "-".
(4) 4-pole device with 2 pole in series per polarity.
(5) The power value is given for information only, the current values vary from one manufacturer to another.
(6) For a rated operational voltage Ue = 400 VAC.
(7) Increased endurances: please consult us.
630 to 3200 A
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:285 Sec1:285 15/11/10 16:30:54
General Catalogue 2011-2012 SOCOMEC286
Direct front operation
Rating (A)
Overall dimensions Switch mounting
A
3p.
A
4p.
M
3p.
M
4p.
2000 … 3200 478 598 347 467
==
425
653
103
436.5
425
38
0
33
0
33
0
M 51.5
53.5120120120
A
25
8
25
0
46
1
svr_
128_
c_1_
x_ca
t
SIRCOVER 2000 to 3200 A
SIRCOVER and SIRCOVER BY-PASS - Dimensions
Direct front operation External front operation
Rating
(A)
Overall dimensions
Terminal
shrouds Switch body Switch mounting Connection
A
3p.
A
4p. C E min AC H HA
J
3p.
J
4p.
M
3p.
M
4p. N T U V W
X
3p.
X
4p. Y Z Z1 AA BA AC
125 221 251 218 208 ... 436 235 148 25 182 212 156 186 101 36 20 25 8.5 56 50 3,5 28 124 135 115 10
160 221 251 218 208 ... 436 235 148 25 182 212 156 186 101 36 20 25 8.5 56 50 3,5 28 124 135 115 10
200 221 251 218 208 ... 436 235 148 25 182 212 156 186 101 36 20 25 8.5 56 50 3,5 28 124 135 115 10
250 262 312 218 208 ... 436 280 148 25 223 273 196 246 116 50 25 30 11 61 61 3,5 30 124 160 130 15
400 262 312 218 208 ... 436 280 148 25 223 273 196 246 116 50 35 35 11 61 61 3,5 30 124 170 140 15
500 319 379 295 285 ... 513 401 225 25 272 332 246 306 176 65 32 37 13 70.5 65.5 5 43 180 235 205 15
630 319 379 295 285 ... 513 400 225 25 272 332 246 306 176 65 45 50 13 70.5 65.5 5 43 180 260 220 20
800 386 466 375 425 ... 577 459 298 29 306.5 386.5 255 336 250 80 50 60.5 15 48 48 7 66.5 253.5 321 26.5
1250 386 466 375 425 ... 577 459 298 29 306.5 386.5 255 336 250 80 60 65 16x11 48 48 7 66.5 255.5 330 29.5
1600 478 598 375 425 ... 577 461 298 29 306.5 388.5 347 467 250 120 90 43.5 12.5x5 54 54 8 66.5 255.5 288 15
1800 478 598 375 425 ... 577 461 298 29 388.5 518.5 347 467 250 120 90 43.5 12.5x5 54 54 8 66.5 255.5 288 15
II I
35
0
12
5
L1
N
V
60 45
B0
III
A
8.5
C
H
18
10
A Z1
Z
Y Y
1
2
H HA
E min.X T T
J
T
M
U W
AC
AA
BA
CA
CA
svr_
072_
i_1_
x_ca
t
A. S2 type handle for external operation: 125 to 630 A
B. S4 type handle for external operation: 800 to 1800 A
1. Terminal shrouds
2. Direct handle operation:
- 125 to 630 A: L1 = 140 mm,
- 800 to 1800 A: L1 = 210 mm.
SIRCOVER 125 to1800 A
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:286 Sec1:286 15/11/10 16:30:55
General Catalogue 2011-2012SOCOMEC
Manual Changeover Switches
SIRCOVER and SIRCOVER BY-PASS
287
SIRCOVER and SIRCOVER BY-PASS
33 8.58.5
50
33
10
ø 9
ø 15
svr_
077_
a_1_
x_ca
t
SIRCOVER and SIRCOVER BY-PASS 800 A
Connection terminals
15
5 5
12
.5
25 25
30304545
90
ø12.5
svr_
098_
a_1_
x_ca
t
SIRCOVER 1600 to 3200 A
SIRCOVER BY-PASS 1600 A
SIRCOVER and SIRCOVER BY-PASS 1250 A
16 x 11
60
28.5 15.7515.75
28
.51
5
svr_
078_
b_
1_
x_ca
t
Direct front operation
External front operation
Rating (A)
Overall dimensions
Terminal
shrouds Switch body Switch mounting Connection
A
3+6p.
A
4+8p. C
E
min AC H HA
J
3+6 p.
J
4+8 p.
M
3+6 p.
M
4+8 p. N T U V W
X
3+6p.
X
4+8p. Y Z Z1 Z2 AA BA AC
125 221 251 313 320 235 243 25 182 212 156 186 101 36 20 25 8,5 56 50 3.5 28 124 219 135 115 10
160 221 251 313 320 235 243 25 182 212 156 186 101 36 20 25 8,5 56 50 3.5 28 124 219 135 115 10
200 221 251 313 320 235 243 25 182 212 156 186 101 36 20 25 8,5 56 50 3.5 28 124 219 135 115 10
250 262 312 313 298 280 243 25 223 273 196 246 116 50 25 30 11 61 61 3.5 30 124 219 160 130 10
400 262 312 313 298 280 243 25 223 273 196 246 116 50 35 35 11 61 61 3.5 30 124 219 170 140 15
500 319 379 432 417 401 362 25 272 332 246 306 176 65 32 37 13 70.5 65.5 5 43 180 317 235 205 15
630 319 379 432 417 400 362 25 272 332 246 306 176 65 45 50 13 70.5 65.5 5 43 180 317 260 220 20
800 386 466 560 550 459 479 29 306.5 386.5 255 335 250 80 50 60.5 15 48 48 7 66.5 253.5 439.5 321 26.5
1250 386 466 560 550 459 479 29 306.5 386.5 255 335 250 80 60 65 16x11 48 48 7 66.5 253.5 439.5 320 29.25
1600 478 598 560 550 461 479 29 388.5 518.5 347 467 250 120 90 43.5 12.5x5 54 54 8 66.5 253.5 439.5 288 15
210
12
5
33
0=
=
BA C
61
45HA
E min.
H
J
X T
UW
A
10
8.5
Z
Z1
Z2
Y Y Y
1
2
18C
H
L1
CA
CA
BA
AA
AC
V
II
I III
I
0 N
M
T T
103
svr_
070_
i_1_
x_ca
t
A. S2 type handle for external operation:
125 to 200 A
B. S3 type handle for external operation:
250 to 630 A
C. External double lever handle: 800 to 1600 A
1. Terminal shrouds
2. Direct handle operation:
- 125 to 200 A: L1 = 140 mm,
- 250 to 630 A: L1 = 210 mm,
- 800 to 1600 A: L1 = Ø 330 mm.
SIRCOVER BY-PASS 125 to 1600 A
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:287 Sec1:287 15/11/10 16:30:56
General Catalogue 2011-2012 SOCOMEC288
Dimensions for external handles
4 Ø 7
2 Ø 6.5
20 20
Ø 37
Ø 37
79
22
45°
1414
S2 type
Direction of operationHandle type
Front operation
Door drilling
With lockRONIS EL11AP
With lockCASTELL K
Ø78
45
125
4 Ø 7
1414
20 20
(1)Ø D
90° 90°
I II
0
o
I+II
4 Ø 5.5
Ø 26
4 Ø 7
20 20
Ø 37
73.5
2624
45° 3.5
28
1414
28.5
svr_
138_
a_1_
gb_
cat
(1) Ø31 to Ø37: rear screw mounting
Ø37: front clip mounting.
SIRCOVER 125 to 630 A
0
or
I+II
I II
60
350
Ø78
(2)4 Ø 7
1414
20 20
(1)Ø D
90° 90°
4 Ø 7
2 Ø 6.5
20 20
Ø 37
Ø 37
79
22
45°
1414
4 Ø 5.5
Ø 26
4 Ø 7
20 20
Ø 37
73.5
2624
45° 3.5
28
1414
28.5
S4 type
Direction of operationHandle type
Front operation
Door drilling
With lockRONIS EL11AP
With lockCASTELL K
svr_
139_
a_1_
gb_
cat
(1) Ø31 to Ø37: rear screw mounting
Ø37: front clip mounting.
(2) Ø6 to Ø7: fast fixing.
SIRCOVER 800 to1800 A
C type
0
II
I
90°
90°
50
Ø 31
300
50
4 Ø 6.5
96
50
50 2
5
28
4 x Ø 6.5 3 x Ø 6.5Ø 31
Direction of operationHandle type
Front operation
Door drilling
With lockCASTELL K
svr_
140_
a_1_
gb_
cat
SIRCOVER 2000 to 3200 A
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:288 Sec1:288 15/11/10 16:30:58
General Catalogue 2011-2012SOCOMEC
Manual Changeover Switches
SIRCOVER and SIRCOVER BY-PASS
289
SIRCOVER and SIRCOVER BY-PASS
Ø78
45
125
4 Ø 7
1414
20 20
(1)Ø D
90° 90°
I II
0
4 Ø 7
2 Ø 6.5
20 20
Ø 37
Ø 37
79
22
45°
1414
4 Ø 5.5
Ø 26
4 Ø 7
20 20
Ø 37
73.5
2624
45° 3.5
28
1414
28.5
S2 type
Direction of operationHandle type
Front operation
Door drilling
With lockRONIS EL11AP
With lockCASTELL K
svr_
141_
a_1_
gb_
cat
(1) Ø31 to Ø37: rear screw mounting Ø37: front clip mounting.
SIRCOVER BY-PASS 125 to 200 A
4 Ø 7
1414
20 20
(1)Ø D
Ø78
61
21
0
90° 90°
I II
0
4 Ø 7
2 Ø 6.5
20 20
Ø 37
Ø 37
79
22
45°
1414
4 Ø 5.5
Ø 26
4 Ø 7
20 20
Ø 37
73.5
2624
45° 3.5
28
1414
28.5
S3 type
Direction of operationHandle type
Front operation
Door drilling
With lockRONIS EL11AP
With lockCASTELL K
svr_
142_
a_1_
gb_
cat
(1) Ø31 to Ø37: rear screw mounting Ø37: front clip mounting.
SIRCOVER BY-PASS 250 to 630 A
Ø 31
50
30
0
50
4 Ø 6.590°
90°
II
I
0
96
50
50 2
5
28
4 x Ø 6.5 3 x Ø 6.5Ø 31
C type
Direction of operationHandle type
Front operation
Door drilling
With lockCASTELL K
svr_
143_
a_1_
gb_
cat
SIRCOVER BY-PASS 800 to 1600 A
C0112A_GB_SIRCOVER_BP_b_bat.inddSec1:289 Sec1:289 15/11/10 16:30:59
DE
IFA
/S
Application The protective differential current relay type RMC-131D forms part of a complete DEIF series of relays for protection and control of generators, and is primarily designed for marine applications. Also available are short circuit relays (RMC-111D), combined short circuit and overcurrent relays (RMC-122D) and double overcurrent relays (RMC-132D).
The RMC-131D is type approved by major classification societies and is applied for protection of e.g. generators in 3-phase networks against leakage currents.
Measuring principleThe relay compares the differential current of each of the 3 phases, providing an RMS measurement at sinusoidal currents.
In order to obtain a short response time on a fault condition, the measurement is based on peak values.
The differential currents are obtained by connecting the external current transformers for each winding in parallel with inverse polarity.
The measurement is not stabilized, implying that the relay contact is activated for disconnection of the supervised unit when the differential current of the individual phases exceeds its set point, irrespective of the amperage of these.
The 3 differential currents are measured by the relay and the highest of these is selected. If this exceeds the set point, the output is activated.
The set point value is set on the front of the relay by means of a potentiometer. If exceeded, a fault signal is generated, and the associated yellow LED is lit.
Timer functionWhen the set point has been exceeded, the associated timer starts and will run as long as the fault condition prevails.
The delay (3 ranges) does not depend on the exceeding of the set point. If the fault disappears, the timer is reset. When the timer expires, the contact is activated and the associated red LED is lit.
Relay outputThe RMC-131D is provided with one relay coil with 2 maximum contacts. The relay can be configured either to normally energised or normally de-energised. The contacts may be set to open or to close on activation (same function on both contacts).
Normally energised contactRecommended for marine installation for warning and alarm purposes.
In case of an auxiliary supply drop-out, the contact is immediately activated.
Normally de-energised contactRecommended for marine installations for regulating and control purposes.
An auxiliary supply failure will not result in an unwanted activation of the contact.
Latch circuitThe contact can then be locked in its warning position, even if the input currents return to normal (add ”L” to contact type in order specifications, if this is required).
The latch circuit is reset by disconnecting the auxiliary supply.
HysteresisIn order to avoid ”chatter” on the relay contacts the contact functions are provided with a hysteresis, i.e. a difference of 2% of full scale between energising and de-energising of the relay.
Power-up/power-down circuitsThe RMC-131D is provided with a 200 ms power-up circuit, ensuring the correct function of the relay on connection of the auxiliary voltage.
Note: Normally energised contacts are not activated
(contact does not open/close) until 200 ms after connection of the auxiliary voltage.
Likewise, the RMC-131D is provided with a 200 ms power-down circuit, ensuring supervision and maintenance of any set point exceedings for 200 ms after disconnection of the auxiliary voltage.
ANSI code 87 Differential current relaysType RMC-131D uni-line
4921240104G
•••• Measurement of 3 phase currents
•••• Non-stabilised measurement
•••• LED indication of fault condition
•••• Timer controlled tripping
•••• LED indication for activated relay
•••• Extra change-over relay contact for signalling
•••• 35 mm DIN rail or base mountingRMC-131D
Technical specificationsMeas. range (In): 0.3-0.4-0.5-0.6-0.8-1.0-1.3-1.5-2.0-
2.5-3.0-4.0-5.0A AC
Adjusted range: 75...100% of In (e.g. 0.4, 0.45, etc.). (lowest meas. range: 0.3A)
Frequency range: 40...45...65...70Hz.
Differential current: 0.04...0.4 x In.
Max. input current: 4 x In, continuously,
20 x In for 10 s (max. 75A) 80 x In for 1 s (max. 300A).
Load: Max. 0.3VA per phase.
Output: 1 maximum contact.
Contact type: Contact B, contact C: Normally energised (“NE”), or normally de-energised (“ND”) with or without latch circuit (“L”)
Relay contact: 2 sets of change-over switches
Contact ratings: 250V-8A-2000VA (AC) 24V-8A-200W (DC) (200 x 10
3 change-overs at resistive
load)
Contact voltage: Max. 250V (AC). Max. 150V (DC).
Hysteresis: 2% of full scale (F.S.).
Response time: <50 ms.
Temperature: -25...70°C (operating).
Temperature drift: Set points:
max. 0.2% of full scale per 10°C.
Galvanic separation: Between inputs, outputs and aux.
voltage: 3250V - 50Hz - 1 min.
Supply voltage (Un): 57.7-63.5-100-110-127-200-220-230-
240-380-400-415-440-450-660-690V AC ±20% (max. 3.5VA)
24-48-110-220V DC -25/+30% (max. 2W).
Climate: HSE, to DIN 40040.
EMC: To EN 50081-1/2, EN 50082-1/2,
SS4361503 (PL4) and IEC 255-3.
Connections: Max. 4 mm² (single-stranded).
Max. 2.5 mm² (multi-stranded).
Materials: All plastic parts are self-extinguishing
to UL94 (V1).
Protection: Case: IP40. Terminals: IP20,
to IEC 529 and EN 60529.
Type approval: The uni-line components are
approved by the major classification societies. For current approvals see www.deif.com or contact DEIF A/S.
Settings and indicationSetting of LED/relay
Differential current set point:
(4…40%) of ln
”l’>” yellow LED is lit when the set point has been exceeded, but the contact not yet activated.
Time delay: (0…T1) in seconds 0…1/0…5/0…10 s
Contact is activated and red LED lit after the timer has expired.
The relay is furthermore equipped with a green LED marked ”POWER” for indication of power ON. Once the relay has been mounted and adjusted, the transparent front cover may be sealed, preventing unwanted change of the setting.
Connections/dimensions (in mm)
Shown contact positions: auxiliary voltage not connected
Weight: approx. 0.650 kg
Order specifications Type – Measuring current (ln) – Relay – Time delay (T1) – Supply voltage
Example: RMC-131D – 5A AC – NEL - 5 s – 440V AC
Type RMC-131D
Note: Current transformers with the same characteristics must be used on both sides. The cable burden must be the same on both sides. Current transformers must be used for RMC-131D only.
Due to our continuous development we reserve the right to supply equipment which may vary from the described.
DEIF A/S, Frisenborgvej 33 DK-7800 Skive, Denmark
Tel.: +45 9614 9614, Fax: +45 9614 9615 E-mail: [email protected], URL: www.deif.com
Ove
rcur
rent
Rel
ay
Technical DataRATINGS
Rated current ( In ) : 5 A
Rated frequency : 50 Hz
Burden : < 0.3 VA at In
Thermal withstand : 4 x In continuous
AUXILIARY SUPPLY
Model MK203A-240A : 198 ~ 265 V AC
Model MK203A-110A : 94 ~ 127V AC
Supply frequency : 50 Hz
VA rating : 3 VA typical
SETTING RANGES
Low-set ( I > ) : 2.0 A to 6.0 A
: 40% to 120%
Time multiplier ( TM ) : 0.05 to 1.0
High-set ( I >> ) : I > to 10 x I > or disable
High-set delay time (t >>) : Instantaneous
TIME CURRENT CHARACTERISTIC CURVE
- Normal Inverse
CONTACTS
Trip contact (R1) : Manual reset type
Contact Arrangement : Change-over
Contact rating : 5 A, 250 V AC ( cos = 1 )
Contact material : Silver alloy
Expected electrical life : 100,000 operations at
rated current
Expected mechanical life: 5 x 106 operations
INDICATORS
Auxiliary supply : Green indicator
Pick-up : Red indicator
Trip : Red indicator
PERFORMANCE
Adjustable accuracy : Less than ±5%.
Repeatability : Less than 0.5% of full scale.
MECHANICAL
Mounting : Panel mounting
Front panel : Standard DIN
96 mm x 96 mm
Approximate weight : 0.7 kg
ENVIRONMENTAL CONDITIONS
Temperature : -5˚C to +55˚C
Humidity : 56 days at 93% RH and
40˚C non-condensing
Features
• Microprocessor based numerical relay
• Current measurement based on
fundamental frequency
• Low-set inverse de"nite minimum time
( IDMT ) relay
• High-set instantaneous relay
• Separate low-set and high-set trip
indicators
• Option to disable high-set relay
• Front panel access to test function
• Complies with IEC 60255-26 standard
MK203A
MK203A
Ove
rcur
rent
Rel
ay
Aux
62 3 4 5
L
R1
N
L1
L2
L3
N
9 10 11 12 13 14
7
15
8
COMNO NC
16
1
MK 203A
TYPICAL APPLICATION DIAGRAM
62 3 4 5
L
R1
N
L1
L2
L3
N
9 10 11 12 13 14
7
15
8
COMNO
AUX AUXMK 203A
NC
16
1 62 3 4 5
L N
9 10 11 12 13 14
7
15
8
COMNO
MK 202A
NC
16
1
R1
COMBINED IDMT OVERCURRENT & EARTH FAULT RELAYS
96 mm
Front
96
mm
110 mm
100 mm
Side
91.0 0.5 mm
91
.0
0.5
mm
Panel Cutout
CASE DIMENSIONS
MK203A
Ordering Information
MK203A - 240A For 50 Hz system, auxiliary voltage 198 ~ 265 V AC
MK203A - 110A For 50 Hz system, auxiliary voltage 94 ~ 127 V AC
MODEL DESCRIPTION
NORMAL INVERSE
Basic loading data (for Single anchor) in concrete:HLC, HLC-H, HLC-EC/EO, HLC-L, HLC-SK, HLC-T
Issue 2008Page 1
- steel galvanized to min. 5 micronsHLC-H,SK,L,T:
Characteristic resistance, Rk [kN]: fc,cube 25 N/mm2
HLC
2
5.2
7.9
1.4 1.8 2.8 4.0
7.9Shear VRec 5.73.5kN 1.5 2.8
Recommended load, Lrec [kN]: fc,cube 25 N/mm2
208 10Anchor Size
2.0 2.5 7.4
3.9 4.9 8.0
4.0
12
7.2
5.5
Tensile NRec kN
10.0
14.4 20.0
kN 2.1
3.8
kN 1.2
kN
Anchor Size 6.5
Tensile NRd
HLC Sleeve Anchor
- for concrete, solid brick, sand limestone
- force controlled expansion
- setting mark for choosing the right anchor le
Features:
12 16 20
- fire test report
8
Material:
10
7.0 8.8
Anchor Size
kN
6.5
HLC, -EO,EC:
3.5 13.2
20.0
4.5
8 10
Design resistance, Rd [kN]: fc,cube 25 N/mm2
20
2.1Tensile NRk
Shear VRk
- Bolt steel grade 8.8
- min. tensile strength 500MPa
- steel galvanized to min. 5 microns
16
16
12
Shear VRd
6.5
11.1 11.1
0.8
Basic loading data (for Single anchor) in solid brick1,2,3
: HLC, HLC-H, HLC-EC/EO, HLC-L, HLC-SK, HLC-T
2) For brick walls where anchor position in brick can not be determined, 100% anchor testing is recommended.
Setting Details
Anchor position in concrete Anchor position in Solid masonry brick
distance to free edge for solid masonry units is 30 cm
Edge distance and anchor spacing given in setting details distance to horizontal and vertical mortar joint 5.5 cm
Issue 2008
6.5 12
12 16
1.0 1.2
HLC Sleeve Anchor
Page 2
Anchor Size
0.4 0.5
3) The HLC anchor was installed and tested in center of solid bricks as shown. The HLC anchor was not tested in the mortar joint between solid
bricks or in hollow bricks, however a load reduction is expected.
1) The technical data for the HLC sleeve anchors are reference loads for MZ 12 and KS 12. Due to the large variation of natural stone solid bricks,
on site anchor testing is recommended to validate technical data.
108
0.8
1.4 1.6
1.0
0.80.6
1.6 1.60.65
10
0.6
16
KS 12-2,0-2DF Recommended load, Lrec [kN]: fbrick 29 N/mm2
6.5 8
0.3 0.5kN
Shear VRec
MZ 12-2,0-2DF Recommended load, Lrec [kN]: fbrick 19 N/mm2
0.8
1.2
Tensile NRec kN
Shear VRec kN
kN 0.45
Anchor Size
Tensile NRec 0.7
5.5 cm5.5 cm
5.5 cm
5.5 cm
5.5 cm
24 cm
11 cm
11 cm
Anchor position in Brick
5.5 cm5.5 cm
5.5 cm
5.5 cm
5.5 cm
24 cm
11 cm
11 cm
Anchor position in Brick
scrccr
HLC, HLC-H, HLC-EC/EO, HLC-L
6.5
x25/5
6.5
x40/2
0
6.5
x60/4
0
8x40/1
0
8x55/2
5
8x70/4
0
8x85/5
5
10x40/5
10x50/1
5
10x60/2
5
10x80/4
5
10x100/6
5
12x55/1
5
12x75/3
5
12x100/6
0
16x60/1
0
16x100/5
0
16x140/9
0
20x80/2
5
20x115/6
0
20x150/9
5
30 45 65 46 61 76 91 48 58 68 88 108 65 85 110 72 112 152 95 130 165
25 40 60 40 55 70 85 40 50 60 80 100 55 75 100 60 100 140 80 115 150
5 20 40 10 25 40 55 5 15 25 45 65 15 35 60 10 50 90 25 60 95
HLC-SKHLC, HLC-H, HLC-EC/EO, HLC-L
10
Page 3
5040
mm
30
HLC Sleeve Anchor
85
Issue 2008
Critical Edge Distance
Critical Spacing
2.5
80
scr
30 50
60 100
mm
mm 120 130 160 160
60 65 80ccr
l Total Anchor length
8
Max. Fixing length1
Tinst
lc Anchor length under washer mm
16
mm
mmhef Min. Anchorage depth
M6 M8M5
12
M16
d0 Drill bit diameter 8 10 16 20
M10 M12
6.5 (1/4")
9 11
65 75
13
15
17
hmin
Min. Thickness of the base
material2)
Tightening torque concrete 5
60
mm
mm
8
Tinst Tightening torque masonry
df Clearance hole mm
Sw Width across nut flats
HLC
HLC-
H
mm
4 13 20
13
10070
Nm
80
7
80
24
31
25 40
17
100
25 -
19
21
41
Nm
mm
413326
120
50
mmMin. Borehole depth
Anchor Size
Setting details
Thread diameterd
1)When setting long anchors to achieve intermediate fixing length be advised of the base material thickness, use caution when drilling boreholes to
the maximum depth, to avoid back side blow out.
tfix
1)For anchrors loaded in shear towards the edge the critiacl edge distance must be doubeled
Max. Borehole depth
h1
mm h1,max = h (actual base material thickness) - 10mm -d0
Sw
d
HLC-SK
6.5
x45/2
0
6.5
x65/4
0
6.5
x85/6
0
8x60/2
5
8x75/4
0
8x90/5
5
10x45/5
10x85/4
5
10x105/6
5
10x130/9
5
45 65 85 60 75 90 45 85 105 130
20 40 60 25 40 55 5 45 65 95
Installation equipment
Setting operations
100
80
60
120
134
8
T 40
130
M8
10
50
,max = h (actual base material thickness) - 10mm -
26 31
8
M6
40
1)When setting long anchors to achieve intermediate fixing length be advised of the base material thickness, use caution when drilling boreholes to
the maximum depth, to avoid back side blow out.
12x55/1
5
M10
12
65
33
80
35
40
20
scr Critical Spacing mm 60
6550
60hminMin. Thickness of the base
materialmm
ccr Critical Edge Distance mm 30
- PZ 3 T 40Setting Driver T 30
10070
Tinst Tightening torque masonry Nm 2.5
25Tinst Tightening torque concrete Nm 5
tfix Max. Fixing length1 mm
l Total Anchor length mm
Max. Borehole depth mm
hef Min. Anchorage depth mm 16
h1
Min. Borehole depth mm 30
d0 Drill bit diameter mm 6.5 (1/4")
Thread diameter M5
Anchor Size
Setting details
Issue 2008Page 4
HLC Sleeve Anchor
Rotary hammer ( TE2, TE6, TE6A, TE7, TE 7A, TE16, TE 16-C, TE 16-M, TE 35 ), a drill ( see table above), a
hammer and a torque wrench
d