1
2
CONDIÇÕES DE FRETE
Todo pedido de venda com valor líquido (sem IPI), superior a R$2.500,00, terá o
FRETE PAGO (CIF) pela Franklin Electric Indústria de Motobombas S.A. (exceto transporte
DpUHRHÁXYLDO2SHGLGRFRPYDORUOtTXLGRLQIHULRUD5VHUiDFUHVFLGRRYDORU
GRIUHWHHLQFOXVRQD1RWD)LVFDOGH9HQGDQRFDPSR9$/25'2)5(7(
7RGRVRVIUHWHV&,)VmRGHUHVSRQVDELOLGDGHGD)UDQNOLQFDEHQGRDHVFROKDGD
WUDQVSRUWDGRUDSHOR'HSDUWDPHQWRGH/RJtVWLFDGD)UDQNOLQ
$RSomRGH)5(7($3$*$5)2%GHYHUiVHUIHLWDSHORFOLHQWHUHSUHVHQWDQWHQR
momento do pedido, caso contrário uma das condições acima será aplicada.
3DUDRVSURGXWRVTXHYLDMDPFRP)5(7()2%RQGHDWUDQVSRUWDGRUDpGHOLYUH
HVFROKDGR&OLHQWHD)UDQNOLQLVHQWDVHGHUHVSRQVDELOLGDGHFRPUHODomRDGDQRVDWUDVRV
RXDOJRTXHYHQKDRFRUUHUQRWUDQVSRUWH
1RPRPHQWRGDHQWUHJDGRSURGXWRRFOLHQWHGHYHUiFRQIHULURVYROXPHVFRQVWDQWHV
QDQRWDÀVFDODQWHVGDDVVLQDWXUDGRFRQKHFLPHQWRGHWUDQVSRUWHHGRFDQKRWRGDQRWD
ÀVFDO
4XDOTXHUDQRUPDOLGDGHGHYROXPHDYDULDRXGHIHLWRQRSURGXWRRFOLHQWHGHYHUi
ID]HUXPDREVHUYDomRQRFDQKRWRGDQRWDÀVFDOHQRFRQKHFLPHQWRGDWUDQVSRUWDGRUD
3
Índice
• SISTEMAS DE PRESSURIZAÇÃO
%350RWRERPEDV3UHVVXUL]DGRUDV5HVLGHQFLDLV
6RODULV0RWRERPEDV3UHVVXUL]DGRUDV5HVLGHQFLDLV
630RWRERPEDV3UHVVXUL]DGRUDV5HVLGHQFLDLV
$7DQTXHVGH3UHVVmR0RWRERPED7DQTXH$FHVVyULRV
%7DQTXHVGH3UHVVmRH9DVRVGH([SDQVmR$YXOVRV
&&RQMXQWRVGH$FHVVyULRVSDUD7DQTXHVGH3UHVVmR
$6XE'ULYH,QOLQH
%4XLFN3$.
• MOTOBOMBAS CENTRÍFUGAS
%&
%&5
%&5
$%&66HP,QWHUPHGLiULR5RWRUGH$OXPtQLR
%%&66HP,QWHUPHGLiULR5RWRUGH%URQ]HH6HOR9LWRQŠ
&%&7&RP,QWHUPHGLiULR5RWRUGH$OXPtQLR
'%&7&RP,QWHUPHGLiULR5RWRUGH%URQ]HH6HOR9LWRQŠ
( %& 7 &RP ,QWHUPHGLiULR ,QWHUPHGLiULR &DUDFRO 5RWRU GH
%URQ]HH6HOR9LWRQ
$%&6$96HP,QWHUPHGLiULRLQMHWRULQWHUQR
%%&7$9&RP,QWHUPHGLiULRLQMHWRULQWHUQR
$%&66HP,QWHUPHGLiULR
%%&7&RP,QWHUPHGLiULR
9HUVDMHW
• MOTOBOMBAS AUTOASPIRANTES
$63
0%$
%&$
%&$
%&$
$%&$(*D[HWD
%%&$(6HOR0HFkQLFR
• MOTOBOMBAS CENTRÍFUGAS
$%3,66HP,QWHUPHGLiULR
%%3,7&RP,QWHUPHGLiULR
%3,
%3,
.LW&RQWUDÁDQJHV%3,
$%&5
%%&)
$%&5
%%&)
$%&5
%%&)
$06$5
%06$)
$06$5
%06$)
$06$5
%06$)
%&)
• MOTOBOMBAS CENTRÍFUGAS MONOESTÁGIO DE AÇO INOX
0&,
• MOTOBOMBAS SUBMERSÍVEIS MULTIESTÁGIOS 5’’ DE AÇO INOX
$91
%$XWRPiWLFRGH1tYHOSDUD0RWRERPED91
• MOTOBOMBAS EM LINHA MULTIESTÁGIOS 5’’ DE AÇO INOX
9/
4
• MOTOBOMBAS CENTRÍFUGAS MULTIESTÁGIOS DE AÇO INOX
%7%RRVWHU··
0(+,
$90()HUUR)XQGLGRFRPSLQWXUDDIXQGR(&2$7
%90($oR,QR[
• MOTOBOMBAS CENTRÍFUGAS MULTIESTÁGIOS
$0(15RWRUGH$OXPtQLRH6HOR%XQD
%0(15RWRUGH$OXPtQLRH6HOR6,&(3'0
&0(15RWRUGH%URQ]HH6HOR9LWRQŠ
'0(15RWRUGH%URQ]HH6HOR6,&(3'0
$0($/H0($/5RWRUGH$OXPtQLRH6HOR%XQD
%0(%5H0(%55RWRUGH%URQ]HH6HOR9LWRQŠ
0(5RWRUGH)HUUR)XQGLGR
• MOTOBOMBAS VÓRTEX
0%9)
$0%95
%0%9)
$0%95
%0%9)
$0%95SRORV
%0%9)SRORV
• MOTOBOMBAS CENTRÍFUGAS SUBMERSÍVEIS
%&66
%&6&
%&6
%&6
%&6
%&6
%&6SRORV
• MOTOBOMBAS INJETORAS
%,5
0%,
0%,
• BOMBAS CENTRÍFUGAS (PARA EQUIPAMENTO VEICULAR)
%&$9HLFXODU
0'&)9$0XOWLSOLF
• BOMBAS PARA ACOPLAMENTO EM MOTORES ESTACIONÁRIOS COMBUSTÃO INTERNA
6+%&7&HQWUtIXJDV
6+%&7$9&HQWUtIXJD
6+0%$=/$XWRDVSLUDQWH
6+%&$$XWRDVSLUDQWHV
6+%&$$XWRDVSLUDQWH
6+0%,,QMHWRUDV
6+%&5&HQWUtIXJDV
6+%&)&HQWUtIXJDV
6+%&5&HQWUtIXJDV
6+%3,5&HQWUtIXJDV
6+%3,)&HQWUtIXJDV
6+0(5RWRUGH$OXPtQLRH6HOR%XQD0XOWLHVWiJLRV
6+0(5RWRUGH%URQ]HH6HOR9LWRQŠ0XOWLHVWiJLRV
6+0(5RWRUGH$OXPtQLRH6HOR%XQD0XOWLHVWiJLRV
6+0(5RWRUGH%URQ]HH6HOR9LWRQŠ0XOWLHVWiJLRV
6+06$5&HQWUtIXJDV
6+06$)&HQWUtIXJDV
6+06$5&HQWUtIXJDV
6+0%959yUWH[
6+0%9)9yUWH[
• OUTROS PRODUTOS
$XWRPiWLFRGH1tYHO
&KDYHV0DJQpWLFDVSDUD0RWRERPEDV
$FHVVyULRV+LGUiXOLFRV
Características
Compacta
Silenciosa
)iFLOPDQXVHLRHLQVWDODomR
BPR-9
3DUDEDQKHLUR
Funcionamento automático
1mRGHVSHUGLoDHQHUJLDSRLVGHVOLJD
LPHGLDWDPHQWHDSyVDLQWHUUXSomRGR
FRQVXPRGHiJXD
3UHVVmRPtQLPDQDVXFomRGHP
c.a. (pressuriza a rede de cima
para baixo)
BPR
3RVVXLXPVHQVRUGHÁX[RTXHOLJD
HGHVOLJDDPRWRERPEDTXDQGRR
SRQWRGHVDtGDGHiJXDpDEHUWRRX
IHFKDGR
%OLQGDJHPGHDoRLQR[TXHPDQWpP
os componentes internos do motor
FRPSOHWDPHQWHLVRODGRVHPUHODomR
jiJXD
BPR-12
3DUDEDQKHLURV
3RVVXLXPÀOWURFRPRDFHVVyULR
TXHUHWpPSHTXHQDVSDUWtFXODVTXH
SRVVDPGDQLÀFDUDPRWRERPEDH
RXRÁX[RVWDWR
Características do Sistema
•3UHVVmRGHiJXDFRQVWDQWHFRPYD]mRYDULiYHOFRQIRUPH
consumo.
•A velocidade da motobomba é controlada para operar no
SRQWRyWLPRVHPVREUHFDUUHJDURPRWRU
•3RWrQFLDFYN:
•%DL[DFRUUHQWHGHSDUWLGDGRPRWRUVRIWVWDUWLQJ
•Funcionamento silencioso.
•6LVWHPDFRPSDFWRPP[PP
•3HVREUXWRNJ
Características da Motobomba
•2SHUDHPXPDDPSODIDL[DGHYD]mRDWpPóK
•3UHVVmRPtQLPDUHTXHULGDQDVXFomRPFDH[FHWRHP
FLVWHUQDVFRPVXFomRDIRJDGDHVHPYyUWLFH
•,QFUHPHQWRGDSUHVVmRGHHQWUDGDDWpPFD
•7RGDVDVSDUWHVTXHID]HPFRQWDWRFRPDiJXDVmRGHDoR
inoxidável.
•7HPSHUDWXUDPi[LPDDPELHQWHž&IXQFLRQDPHQWRFRQWtQXR
•Temperatura máxima do líquido bombeado: 40 ºC.
Características do Inversor
•'HVOLJDSRUEDL[RÁX[RGHiJXD
•'HWHFWDHGHVOLJDVHDPRWRERPEDHVWLYHUWUDYDGD
•3URWHomRFRQWUDUDLRVHWHQVmR
•3URWHomRFRQWUDTXHGDGHWHQVmR
•3URWHomRFRQWUDVXEHVREUHFDUJD
•3URWHomRFRQWUDFXUWRFLUFXLWRHFLUFXLWRDEHUWR
•,QYyOXFUR1(0$
•)UHTXrQFLD+]
•)UHTXrQFLDGHRSHUDomR+]
•Corrente (máxima): 12A.
•7HQVmRGHHQWUDGD90RQRIiVLFR
5
Motobombas Circuladoras de Bronze para Água Quente
$VPRWRERPEDVSDUDFLUFXODomRGHiJXDTXHQWHGD)UDQNOLQVpULH6RODULV
VmRDVROXomRLGHDOSDUDVLVWHPDVGHDTXHFLPHQWRVRODURQGHH[LVWH
QHFHVVLGDGHGHFLUFXODomRIRUoDGD3RGHPVHUXWLOL]DGDVWDPEpPSDUD
SUHVVXUL]DomRGRPpVWLFDVLPSOHVFLUFXODomRGHiJXDTXHQWHRXIULD$
PRWRERPEDSRVVXLDLQGDRSo}HVGHYHORFLGDGHUHVXOWDQGRHPFXUYDVGH
SHUIRUPDQFHKLGUiXOLFD
$PRWRERPEDSRVVXLPRWRUFRPEOLQGDJHPLQWHUQDGHDoRLQR[TXHSHUPLWHDFLUFXODomR
GHiJXDHDRPHVPRWHPSRPDQWpPRVFRPSRQHQWHVLQWHUQRVFRPSOHWDPHQWHLVRODGRV
1mRSRVVXLVHORPHFkQLFRRHL[RpGHFHUkPLFDUHVLVWHQWHDRGHVJDVWHHjFRUURVmR
2 UXtGR GR PRWRU p PDLV EDL[R TXH R UHFRPHQGDGR SHOR ((& 0DFKLQHU\ (TXLSDPHQW
Standard).
2PRWRUGHYHRSHUDUGHQWURGRVOLPLWHVGH“GDVXDWHQVmRQRPLQDO&DVRRPRWRU
RSHUHDEDL[RRXDFLPDGRVOLPLWHVSRGHRFRUUHUVXSHUDTXHFLPHQWRGRPRWRUHGLÀFXOGDGH
de partida.
2VLVWHPDGHYHGDomRGDPRWRERPEDpOXEULÀFDGRFRPDSUySULDiJXDGRERPEHDPHQWR
3RU HVVH PRWLYR D PRWRERPED QmR SRGH RSHUDU D VHFR VHP iJXD SRU PDLV GH VHJXQGRV
%DQKRFRPPXLWRPDLV
pressão e conforto.
Maior pressão de água.
✓ Pressurização de cima para baixo ou
de baixo para cima.
✓ Funcionamento automático.
✓ Já vem pronto para instalar.
✓ Proteção contra falta de água.
SP-12 C
•&RPÁX[RVWDWRHYLWDQGRROLJDHGHVOLJDGRV
tradicionais pressurizadores.
•Mantém a rede permanentemente pressurizada.
3DUDLQIRUPDo}HVDGLFLRQDLVFRQVXOWH
DOkPLQDWpFQLFDGRSURGXWR
6
A primeira motobomba centrífuga
do Brasil a receber o selo PROCEL.
(Menor consumo de energia)
SP-15 C
SP-22 C
SISTEMAS DE PRESSURIZAÇÃO
01 - BPR - Motobombas Pressurizadoras
Residenciais
$3/,&$d¯(6*(5$,6
3UHVVXUL]DomRGHFKXYHLURVWRUQHLUDVHRXWURVSRQWRVGHVDtGD
em casas, apartamentos e coberturas.
Potência (cv)
Potência (W)
‘6XFomRSRO
‘5HFDOTXHSRO
&yGLJR
%35
120
411
411
%35
240
1
1
535
535
0RGHOR
127 V
220 V
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
0RWRU,3FRPSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHLVRODPHQWRFODVVH)SRORV+]
5RWRUIHFKDGRGH3(6SOiVWLFRHQJHQKHLUDGRGHDOWDSHUIRUPDQFH
Temperatura máxima do líquido bombeado: 60 ºC. Temperatura máxima ambiente: 40 ºC.
Equipamento desenvolvido para uso exclusivamente residencial.
Acompanha a motobomba:
BPR-9
•FRQH[}HVGHODWmR··[··
•DQpLVGHYHGDomR
•ÀOWUR
• Fluxostato incorporado
•FKDYHSDUDLQVWDODomRHPDQXWHQomR
0RWRU0RQRIiVLFRFRP3URWHomR7pUPLFD
e Capacitor Permanente
BPR-12
•FRQH[mRGHODWmR··[··
•FRQH[mRGHODWmR··[··
•DQpLVGHYHGDomR
•ÀOWUR
•ÁX[RVWDWRH[WHUQR
•FKDYHSDUDLQVWDODomRHPDQXWHQomR
6RODULV0RWRERPEDV3UHVVXUL]DGRUDV
Residenciais
$3/,&$d¯(6*(5$,6
3UHVVXUL]DomRGHUHGHKLGUiXOLFDHPUHVLGrQFLDVVLVWHPDVGH
DTXHFLPHQWRVRODUVLPSOHVFLUFXODomRGHiJXDTXHQWHRXIULD
Potência (cv)
Potência (W)
‘6XFomRSRO
‘5HFDOTXHSRO
0RWRU0RQRIiVLFRFRP3URWHomR7pUPLFD
e Capacitor Permanente
&yGLJR
Solaris 100
100
1
1
455
455
Solaris 200
245
1
1
768
768
Solaris 300
320
1
1
976
976
0RGHOR
127 V
220 V
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
0RWRU,3FRPSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHLVRODPHQWRFODVVH)SRORV+]
&DUDFROGHEURQ]H5RWRUIHFKDGRGH3(6SOiVWLFRHQJHQKHLUDGRGHDOWDSHUIRUPDQFH
)RUQHFLGDVFRPFRQH[}HVDQpLVGHYHGDomRÀOWURHFKDYHSDUDLQVWDODomRHPDQXWHQomRVXSRUWHSDUDÀ[DomRPRGHOR6RODULV
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRž&7HPSHUDWXUDPi[LPDDPELHQWHž&
Equipamento desenvolvido para uso exclusivamente residencial.
$3/,&$d¯(6*(5$,6
3UHVVXUL]DomRGHUHGHKLGUiXOLFDHPUHVLGrQFLDV
03 - SP - Motobombas Pressurizadoras Residenciais
Potência (cv)
‘6XFomRSRO
‘5HFDOTXHSRO
A primeira
p
motobomba
centrífuga do Brasil a receber o
selo PROCEL. (Menor consumo
de ener
energia)
0RWRU0RQRIiVLFRFRP3URWHomR7pUPLFD
e Capacitor Permanente
&yGLJR
63&
1
767
767
63&
1
1
865
865
63&
1
1
1
923
923
0RGHOR
127 V
220 V
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
0RGHOR63&PRWRU:(*,3FRPÁDQJHLQFRUSRUDGDSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHSRORV+]
0RGHORV63&H63&PRWRU:(*,3FRPFDSDGHSURWHomRSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHSRORV+]
5RWRUGH1RU\OŠFRPGHÀEUDGHYLGURPDLRUUHVLVWrQFLD7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRž&
Equipamento desenvolvido para uso exclusivamente residencial.
trífuga
Centrífuga
• TAP-20
AP-20 C
• TAP-35
AP-35 C
Autoaspirante
A t
i t
• TAP-20 A
• TAP-35 A
Centrífuga
• TAP-02 C
'LVSRQtYHLVWDPEpP
para venda em separado:
9DVRVGH([SDQVmR
Tanques de Pressão
2 litros
OLWURV
Centrífuga
TAP-20 C CPW
250 litros
24 litros
300 litros
Autoaspirante
TAP-20 A CPW
Pump Wave
450 litros
Equipamento eletrônico que
FRQWUROD R IXQFLRQDPHQWR GD
motobomba à medida que
RFRUUH R FRQVXPR GH iJXD
O dispositivo mantém a
PRWRERPEDOLJDGDSRUDWp
VHJXQGRVDSyVDLQWHUUXSomR
GRFRQVXPRGHiJXD
Centrífuga
• TAP-08 C CPW
OLWURV
20 litros
3UHVVXUL]DomR
OLWURV
35 litros
100 litros
3URWHJHDPRWRERPED
FRQWUDDIDOWDGHiJXD
TAP-02 C
TAP-08 C CPW
TAP-20 A CPW
TAP-20 C CPW
7$3&7$3&
7$3$7$3$
Média
Média
Média
Média
Média
Média
Até 3 andares, com 1 a 2
EDQKHLURV
Até 3 andares, com 1 a 3
EDQKHLURV
6XJHVWmRGRQ~PHURGHDQGDUHVH Até 2 andares, com 1 Até 2 andares, com 1 a 3
EDQKHLURV
DEDQKHLURV
EDQKHLURV
$FUHVFHQWDjDOWXUDGDFDL[DG·iJXD
PHWURV
20 metros
40 metros
PHWURV
23 metros
23 metros
9D]mRPi[LPD
OK#OPLQ
OK#OPLQ
OK#OPLQ
OK#OPLQ
OK#OPLQ
OK#OPLQ
&RQH[}HVHQWUDGDVDtGD
····
····
····
··
··
····
7HPSHUDWXUDPi[LPDGDiJXD
55 °C
35 °C
35 °C
35 °C
55 °C
55 °C
3RQWRVGHiJXDFRQVLGHUDGRVHPXPEDQKHLURFKXYHLURYD]mRPpGLDGHOPLQWRUQHLUDYD]mRPpGLDGHOPLQ).
7DEHODVXJHVWLYDGHFRQVXPRDSUR[LPDGR2VYDORUHVSRGHPYDULDUGHDFRUGRFRPRPRGHORGRVSURGXWRVLQVWDODGRVQREDQKHLUR
3DUDPDLRUHVLQIRUPDo}HVFRQVXOWHXPSURÀVVLRQDOGRUDPRKLGUiXOLFRHRXD)iEULFD
Até 3 andares, com 1 a 3 Até 3 andares, com 1 a 2
EDQKHLURV
EDQKHLURVFKXYHLURV
Lançamentos
SISTEMAS DE PRESSURIZAÇÃO
9ROXPHGR7DQTXH
OLWURV
7$3&
2
7$3&&3:
0RGHOR
$3/,&$d¯(6*(5$,6
3UHVVXUL]DomRGDUHGHKLGUiXOLFDHP
UHVLGrQFLDVFRPDWpEDQKHLURV
0RWRU0RQRIiVLFRFRP3URWHomR7pUPLFDH&DSDFLWRU3HUPDQHQWH
Tipo de
Motobomba
Potência (cv)
$7DQTXHVGH3UHVVmR6LVWHPD&RPSOHWR
0RWRERPED7DQTXH$FHVVyULRV
127 V
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
768
768
1.645
1.645
7$3&
7$3&&3:
220 V
&HQWUtIXJD
✓7$3&
&3:
7$3&&3:
7$3
$ &3:
7$3$&3:
✓7$3$
&3:
7$3&
20
1.763
1.763
1
20
1.910
1.910
20
1.802
1.802
2.054
2.054
1.103
1.103
1.290
1.290
1.199
1.199
1.393
1.393
Autoaspirante
1
20
20
&HQWUtIXJD
7$3&
35
7$3$
20
Autoaspirante
7$3$
7$3$
7$3&
35
0RGHORV7$3&7$3&&3:7$3$&3:7$3$7$3$0RWRU:(*,3FRPÁDQJHLQFRUSRUDGDSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHSRORV+]
0RGHORV7$3&7$3&&3:H7$3&0RWRU:(*,3FRPFDSDGHSURWHomRSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHSRORV+]
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGR0RGHORV7$3&3:H7$3&3:Pi[LPRGHƒ&0RGHORV7$3&7$3H7$3Pi[LPRGHƒ&
0RGHOR7$3&URWRUIHFKDGRGH1RU\OŠFRPGHÀEUDGHYLGURPDLRUUHVLVWrQFLD0RGHOR7$3$URWRUIHFKDGRGLIXVRUELFRLQMHWRUHFRQMXQWRGDYiOYXODGH1RU\OŠFRPGHÀEUDGHYLGURPDLRUUHVLVWrQFLD
Equipamento desenvolvido para uso exclusivamente residencial.
04 - B - Tanques de Pressão e Vasos
GH([SDQVmR$YXOVRV
20 litros
OLWURV
2 litros
OLWURV
24 litros
OLWURV
35 litros
250 litros
300 litros
$3/,&$d¯(6*(5$,6
3UHVVXUL]DomRGDUHGHKLGUiXOLFD&RQVXOWHD)iEULFDSDUDDGHTXDUR
PRGHORFRUUHWRGDPRWRERPEDFRQIRUPHQHFHVVLGDGH
0RGHOR
9ROXPHGR7DQTXH
OLWURV
&yGLJR
3UHoR5
7$3
338
7$3
20
358
7$3
35
546
7$3
1.307
7$3
100
1.630
7$39
2
207
7$39
222
7$39
24
232
✓ 7$39
250
3.734
✓ 7$39
300
4.097
✓ 7$39
450
6.673
100 litros
450 litros
9DVRVGH([SDQVmR
7DQTXHVFRPSRVWRVSRUPHPEUDQDQmRQHFHVVLWDVHUFDOLEUDGRUHJXODUPHQWHGHERUUDFKDGHFORUREXWLORHYLWDDF~PXORGHEDFWpULDVHQmRQHFHVVLWDVHUVXEVWLWXtGD
2EV&RQVXOWHD)iEULFDSDUDIRUQHFLPHQWRGHWDQTXHVFRPRXWURVYROXPHV
Lançamentos
SISTEMAS DE PRESSURIZAÇÃO
&&RQMXQWRVGH$FHVVyULRVSDUD7DQTXHVGH3UHVVmR
0RGHOR
Componentes
$3/,&$d¯(6*(5$,6
6LVWHPDFRPSOHWRGHSUHVVXUL]DomR
0RWRERPED7DQTXH
Tipo de motobomba
&yGLJR
3UHoR5
120
391
413
309
332
10DQJXHLUDPHWiOLFDÁH[tYHOFRPFRQHFWRUGH··PP
1
3
.LW7$3&3:
HOLWURV
2
21LSOH39&µ
4
3$QpLVGHYHGDomR
43pVGHERUUDFKD
10DQJXHLUDPHWiOLFDÁH[tYHOFRPFRQHFWRUGHµPP
20DQ{PHWURSVL
1
2
.LW7$3&DWp
litros
3
33UHVVRVWDWRSVL
6
4
4&RQHFWRUYLDV
5
&HQWUtIXJD
59iOYXODGHUHWHQomRKRUL]RQWDOµ
61LSOHIHUURJDOYDQL]DGRµ
10DQJXHLUDPHWiOLFDÁH[tYHOFRPFRQHFWRUGHµPP
20DQ{PHWURSVL
1
2
.LW7$3&H
100 litros
3
33UHVVRVWDWRSVL
6
4
4&RQHFWRUYLDV
5
59iOYXODGHUHWHQomRKRUL]RQWDOµ
61LSOHIHUURJDOYDQL]DGRµ
10DQJXHLUDPHWiOLFDÁH[tYHOFRPFRQHFWRUGHµPP
1
3
2
.LW7$3$DWp
litros
20DQ{PHWURSVL
33UHVVRVWDWRSVL
4
4&RQHFWRUYLDV
Autoaspirante
10DQJXHLUDPHWiOLFDÁH[tYHOFRPFRQHFWRUGHµPP
1
.LW7$3$H
100 litros
3
2
20DQ{PHWURSVL
33UHVVRVWDWRSVL
4
4&RQHFWRUYLDV
10
SISTEMAS DE PRESSURIZAÇÃO
Este conjunto contém:
‘5HFDOTXH
SRO
0RGHOR
‘6XFomRSRO
2
Potência (cv)
$3/,&$d¯(6*(5$,6
3UHVVXUL]DomRFRQVWDQWHGHiJXDHPUHVLGrQFLDVDSDUWDPHQWRVFREHUWXUDVLQG~VWULDVVSULQNOHUV
VLVWHPDVGHSUHVVXUL]DomRHPJHUDOLQVWDODo}HVTXHUHTXHUHPVLOrQFLRHHFRQRPLDGHHVSDoR
$6XE'ULYH,QOLQH
1,2
Tensão de Entrada Monofásica
190 a 260 V
&yGLJR
3UHoR5
7.735
1
1 0RWRERPEDFRPNLWÀ[DomR
2 ,QYHUVRUGHIUHTXrQFLD
3 6HQVRUGHSUHVVmR
4 9iOYXODGHUHWHQomRFRPPRODGH··
5 Manômetro
6 Prensa cabo
6XE'ULYH,QOLQH
6
3
4
5
0RGHOR
0RWRERPEDFRPNLWÀ[DomR
2
,QYHUVRUGHIUHTXrQFLD
3
6HQVRUGHSUHVVmR
4
9iOYXODGHUHWHQomRFRPPRODGH··
5
Manômetro
6
Prensa cabo
7
UHJLVWURVHVIHUD··H··
8
9DVRGHH[SDQVmROLWURV
‘5HFDOTXH
SRO
1
‘6XFomRSRO
2
Este conjunto contém:
Potência (cv)
$3/,&$d¯(6*(5$,6
3UHVVXUL]DomRFRQVWDQWHGHiJXDHPUHVLGrQFLDVDSDUWDPHQWRVFREHUWXUDVLQG~VWULDVVSULQNOHUV
VLVWHPDVGHSUHVVXUL]DomRHPJHUDOLQVWDODo}HVTXHUHTXHUHPVLOrQFLRHHFRQRPLDGHHVSDoR
%4XLFN3$.
1,2
Tensão de Entrada Monofásica
190 a 260 V
&yGLJR
3UHoR5
8.365
1
3
8
4XLFN3$.
6
4
5
6XE'ULYH,QOLQH
7
0RWRU,3,VRODPHQWRFODVVH)SRORV+]
,QYHUVRUGHIUHTXrQFLDLQYyOXFUR1HPD
5RWRUHVIHFKDGRVGHDoRLQR[
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
11
MOTOBOMBAS CENTRÍFUGAS
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVIRQWHVHFDVFDWDVFKiFDUDV
‘6XFomR
SRO
Ø
5HFDOTXH
SRO
0RGHOR
Potência
(cv)
06 - BC-98
&yGLJR
372
372
425
425
%&
0RWRU0RQRIiVLFRFRP&DSDFLWRUH3URWHomR7pUPLFD
127 V
0RWRU:(*,3FRPÁDQJHLQFRUSRUDGDSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHSRORV+]
5RWRUIHFKDGRGH1RU\OŠFRPGHÀEUDGHYLGURPDLRUUHVLVWrQFLD7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
Equipamento desenvolvido para uso exclusivamente residencial.
220 V
3UHoR5
&yGLJR
3UHoR5
$PRWRERPEDGR%UDVLODUHFHEHUR6HOR3URFHOPHQRUFRQVXPRGHHQHUJLD
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVIRQWHVHFDVFDWDVFKiFDUDV
Ø
5HFDOTXH
SRO
%&5
‘6XFomR
SRO
0RGHOR
Potência
(cv)
07 - BCR-2000
&yGLJR
438
438
457
457
544
544
0RWRU0RQRIiVLFRFRP&DSDFLWRUH3URWHomR7pUPLFD
127 V
220 V
3UHoR5
&yGLJR
3UHoR5
5RWRUIHFKDGRGHDOXPtQLR
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVIRQWHVHFDVFDWDVFKiFDUDV
Ø
5HFDOTXH
SRO
%&5
‘6XFomR
SRO
0RGHOR
Potência
(cv)
08 - BCR-2010
&yGLJR
1
1
544
544
1
1
555
555
1
1
1
622
622
0RWRU0RQRIiVLFRFRP&DSDFLWRUH3URWHomR7pUPLFD
127 V
220 V
3UHoR5
&yGLJR
3UHoR5
5RWRUIHFKDGRGH1RU\OŠFRPGHÀEUDGHYLGURPDLRUUHVLVWrQFLD0RGHORV%&5H%&5PRWRU:(*,3FRPFDSDGHSURWHomRSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHSRORV+]
Temperatura máxima do líquido bombeado: 55 °C. Equipamento desenvolvido para uso exclusivamente residencial.
09-A - BC-91 S - Sem Intermediário
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVFKiFDUDVDEDVWHFLPHQWRSUHGLDOLQG~VWULDVDJULFXOWXUD
%&6
‘5HFDOTXH
SRO
‘6XFomR
SRO
0RGHOR
Potência
(cv)
5RWRU)HFKDGRGH$OXPtQLRH6HOR%XQD
Motor Monofásico com Capacitor
%RPED0DQFDOL]DGD Motor Trifásico
(Sem Motor)
9
3UHoR
(R$)
&yGLJR
&yGLJR
127 V
3UHoR
(R$)
&yGLJR
220 V
3UHoR
(R$)
&yGLJR
254 V
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1
425
-
560 560 560
1
425
-
580 580 580
1
1
1
425 688 618 618 618
425 720 657 657 657
425 781 759 759 759
1
1
425 809 841 841 841
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHDOXPtQLR
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
09-B - BC-91 S - Sem Intermediário
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVFKiFDUDVDEDVWHFLPHQWRSUHGLDOLQG~VWULDVDJULFXOWXUD
5RWRU)HFKDGRGH%URQ]HH6HOR9LWRQŠ
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHEURQ]H
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
12
‘6XFomR
SRO
‘5HFDOTXH
SRO
%&6
Potência
(cv)
0RGHOR
Motor Monofásico com Capacitor
1
-
720
720
720
1
-
744
744
744
1
1
1
876
915
988
788
838
959
788
838
959
788
838
959
1
1
1.021
1.059
1.059
1.059
Motor Trifásico
9
127 V
&yGLJR
3UHoR
(R$)
220 V
&yGLJR
3UHoR
(R$)
254 V
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
MOTOBOMBAS CENTRÍFUGAS
09-C - BC-91 T - Com Intermediário
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVFKiFDUDVDEDVWHFLPHQWRSUHGLDOLQG~VWULDVDJULFXOWXUD
5RWRU)HFKDGRGH$OXPtQLRH6HOR%XQD
‘6XFomR
SRO
‘5HFDOTXH
SRO
%&7
Potência (cv)
0RGHOR
Motor Monofásico com Capacitor
1
-
674
674
674
1
-
682
682
682
1
812
723
723
723
1
846
766
766
766
1
943
860
860
860
1
1
976
959
959
959
Motor Trifásico
9
127 V
&yGLJR
3UHoR
(R$)
220 V
&yGLJR
3UHoR
(R$)
254 V
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHDOXPtQLR
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
09-D - BC-91 T - Com Intermediário
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVFKiFDUDVDEDVWHFLPHQWRSUHGLDOLQG~VWULDVDJULFXOWXUD
5RWRU)HFKDGRGH%URQ]HH6HOR9LWRQŠ
‘6XFomR
SRO
‘5HFDOTXH
SRO
%&7
Potência (cv)
0RGHOR
Motor Monofásico com Capacitor
1
1
-
906
906
1
1.068
956
956
956
1
1.111
1.012
1.012
1.012
1
1.232
1.129
1.129
1.129
1
1
1.274
1.253
1.253
1.253
Motor Trifásico
9
127 V
220 V
254 V
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
-
895
895
895
906
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHEURQ]H
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
09-E - BC-91 T - Com Intermediário
$3/,&$d¯(6*(5$,6
ÉJXDDFLPDGHƒ&UHVLGrQFLDVFKiFDUDV
DEDVWHFLPHQWRSUHGLDOLQG~VWULDVDJULFXOWXUD
,QWHUPHGLiULR&DUDFROH5RWRU)HFKDGRGH%URQ]H(L[RGH,QR[H6HOR9LWRQŠ
‘6XFomR
SRO
‘5HFDOTXH
SRO
%&7
Potência (cv)
0RGHOR
Motor Monofásico com Capacitor
1
-
1.120
1.120
1.120
1
-
1.135
1.135
1.135
1
1.271
1.198
1.198
1.198
1
1.304
1.235
1.235
1.235
1
1.424
1.405
1.405
1.405
1
1
1.467
1.486
1.486
1.486
Motor Trifásico
9
127 V
&yGLJR
3UHoR
(R$)
220 V
&yGLJR
3UHoR
(R$)
254 V
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHEURQ]H
13
MOTOBOMBAS CENTRÍFUGAS
10-A - BC-92 S AV - Sem Intermediário
Injetor Interno
‘6XFomR
SRO
‘5HFDOTXH
SRO
%&6$9
0RWRU0RQRIiVLFR9
Potência
(cv)
0RGHOR
$3/,&$d¯(6*(5$,6
1HEXOL]DomRHPDYLiULRVHHVWXIDVDJULFXOWXUDPRWRERPEDMRFNH\
SDUDSUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
1
854
1.214
1.406
1.290
1,5
854
1.315
1.535
-
2
3
854
854
1.391
1.596
1.790
1.970
-
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
(R$)
Motor Trifásico
9
Com Capacitor
&yGLJR
3UHoR
(R$)
Sem Capacitor
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHDOXPtQLR
3DUDERPEHDPHQWRGHiJXDDFLPDGDWHPSHUDWXUDDPELHQWHFRQVXOWHD)iEULFDSDUDYHULÀFDUDYLDELOLGDGHHDGHTXDomRGHPDWHULDLV
1DVLQVWDODo}HVRQGHQmRKiSUHVVmRSRVLWLYDQDVXFomRXWLOL]HYiOYXODGHSp
10-B - BC-92 T AV - Com Intermediário
Injetor Interno
‘6XFomR
SRO
Ø
5HFDOTXH
SRO
%&7$9
1
1.443
1.636
1,5
1.549
1.766
2
3
1.627
1.840
2.030
2.215
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHDOXPtQLR
3DUDERPEHDPHQWRGHiJXDDFLPDGDWHPSHUDWXUDDPELHQWHFRQVXOWHD)iEULFDSDUDYHULÀFDUDYLDELOLGDGHHDGHTXDomRGHPDWHULDLV
1DVLQVWDODo}HVRQGHQmRKiSUHVVmRSRVLWLYDQDVXFomRXWLOL]HYiOYXODGHSp
14
Motor Monofásico com Capacitor
9
Potência
(cv)
0RGHOR
$3/,&$d¯(6*(5$,6
1HEXOL]DomRGHDYLiULRVHHVWXIDVDJULFXOWXUDPRWRERPEDMRFNH\SDUD
SUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
0RWRU7ULIiVLFR9
&yGLJR
3UHoR5
&yGLJR
3UHoR5
MOTOBOMBAS CENTRÍFUGAS
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVFKiFDUDVDEDVWHFLPHQWRSUHGLDODJULFXOWXUDLQG~VWULDV
%&
S 1A
%&
6%
Menor consumo
de energia (*)
%&65
%&6)
Potência (cv)
‘5HFDOTXH
SRO
0RGHOR
‘6XFomR
SRO
11 - A - BC-92 S - Sem Intermediário
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
(R$)
0RWRU0RQRIiVLFR9
Motor Trifásico
9
Com Capacitor
3UHoR
(R$)
&yGLJR
&yGLJR
0RWRU0RQRIiVLFR9
Sem Capacitor
3UHoR
(R$)
Com Capacitor
3UHoR
(R$)
&yGLJR
&yGLJR
Sem Capacitor
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1
507
765
899
782
899
782
1
1
507
788
962
856
962
856
1,5
1
507
890
1.093
1
1
507
788
1,5
1
507
890
1.093
-
1.093
-
PP
1
507
949
1.293
-
1.293
-
PP
1
507
949
1.293
-
1.293
-
3 (143 mm)
1
507
1.131 1.452
-
1.452
-
1.452
962
-
856
962
-
856
3 (155 mm)
1
507
1.131 1.452
1
596
880
1.095 1,5
596
978
1.222
-
1.222
-
2
596
1.071 1.442
-
1.442
-
3
596
1.275 1.608
-
1.608
-
1
656
1.063
1.142
-
1,5
656
1.058 1.241
-
1.241
-
2
656
1.129 1.474
-
1.474
-
3
656
1.310 1.630
-
1.630
-
983
-
1.093
1.142 978
1.095 978
0RWRU:(*,3SRORV+]
0RGHOR%&6PRWRERPEDVHPLQWHUPHGLiULR5RWRUIHFKDGRGHDOXPtQLR
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HURWRUGHEURQ]HHVHORPHFkQLFRGH9LWRQŠ1HVWHFDVRVHXJHUHVHRXVRGRPRGHOR%&7
0RGHOR5ERFDLVURVFDGRV0RGHOR)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
(*)3DUDYHULÀFDURVPRGHORVFRQWHPSODGRVFRPRVHOR3URFHOFRQVXOWHZZZHOHWUREUDVFRPSURFHO
11 - B - BC-92 T - Com Intermediário
%&7$
%&7%
Menor consumo
de energia (*)
%&75
%&7)
‘5HFDOTXH
SRO
Potência (cv)
‘6XFomR
SRO
0RGHOR
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVFKiFDUDVDEDVWHFLPHQWRSUHGLDODJULFXOWXUDVLVWHPDVGHUHIULJHUDomRLQG~VWULDV
0RWRU7ULIiVLFR9
&yGLJR
3UHoR
(R$)
Motor Monofásico com
&DSDFLWRU9
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1
930
1.039
-
1
1
953
1.106
-
1,5
1
1.008
1.234
-
1
1
953
1.106
-
1,5
1
1.008
1.234
-
PP
1
1.121
1.467
-
PP
1
1.121
1.467
-
3 (143 mm)
1
1.300
1.622
-
3 (155 mm)
1
1.300
1.622
-
1
965
1.225
1.225
1,5
1.072
1.358
-
2
1.150
1.626
-
3
1.350
1.817
1.817
1
1.029
1.257
-
1,5
1.174
1.364
-
2
1.245
1.634
-
3
1.425
1.822
-
0RWRU:(*,3SRORV+]
0RGHOR%&7PRWRERPEDFRPLQWHUPHGLiULR5RWRUIHFKDGRGHDOXPtQLR
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HURWRUGHEURQ]HHVHORPHFkQLFRGH9LWRQŠ
0RGHOR5ERFDLVURVFDGRV0RGHOR)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
(*)3DUDYHULÀFDURVPRGHORVFRQWHPSODGRVFRPRVHOR3URFHOFRQVXOWHZZZHOHWUREUDVFRPSURFHO
15
MOTOBOMBAS CENTRÍFUGAS
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVDEDVWHFLPHQWRSUHGLDOLUULJDomRGHMDUGLQVUHGHVGHEDL[DSUHVVmR
‘6XFomRSRO
‘5HFDOTXHSRO
0RWRU0RQRIiVLFR9
Potência (cv)
12 - VERSAJET
&yGLJR
9-
1
989
1.085
9-
1
1.155
1.253
0RGHOR
Com Capacitor
Com Capacitor e Pressostato (*)
3UHoR5
&yGLJR
3UHoR5
0RWRU:(*,3ÁDQJHTXDGUDGDSRORV+]
5RWRUIHFKDGRGLIXVRUYHQWXULHELFRLQMHWRUGH1RU\OŠ
Temperatura máxima do líquido bombeado: 40° C.
1DVLQVWDODo}HVRQGHD9HUVDMHWpXWLOL]DGDFRPSUHVVRVWDWRGHYHUiVHUDFRSODGRXPWDQTXHGHSUHVVmRRXYDVRGHH[SDQVmRSDUDJDUDQWLURIXQFLRQDPHQWRDGHTXDGRGRVLVWHPD
16
MOTOBOMBAS AUTOASPIRANTES
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVFKiFDUDVSRoRVGHSRQWHLUDUHGHVGHEDL[DSUHVVmR
‘5HFDOTXH
SRO
$63
‘6XFomR
SRO
0RGHOR
Potência (cv)
13 - ASP-98
&yGLJR
553
553
602
602
✓ 900
900
✓1
967
967
Motor Monofásico
127 V
220 V
3UHoR5
&yGLJR
3UHoR5
0RWRU:(*,3FRPÁDQJHLQFRUSRUDGDSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHSRORV+]
5RWRUIHFKDGRGLIXVRUELFRLQMHWRUHFRQMXQWRGDYiOYXODGH1RU\OŠFRPGHÀEUDGHYLGURPDLRUUHVLVWrQFLD
&RUSRGDPRWRERPEDGHIHUURIXQGLGR**FRPUHYHVWLPHQWR(&2$7SLQWXUDDQWLFRUURVLYD7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
Equipamento desenvolvido para uso exclusivamente residencial.
$3/,&$d¯(6*(5$,6
5HVLGrQFLDVFKiFDUDVQHEXOL]DomRGHDYLiULRVHHVWXIDVDJULFXOWXUDLQG~VWULDV
0%$;/
0%$=/
‘6XFomR
SRO
‘5HFDOTXH
SRO
0RGHOR
Potência (cv)
14 - MBA
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
(R$)
0RWRU0RQRIiVLFR9
Motor Trifásico
9
&yGLJR
Com Capacitor
3UHoR
(R$)
Sem Capacitor
3UHoR
(R$)
&yGLJR
&yGLJR
3UHoR
(R$)
1
1
814
1.133 1.271 1.165
1
1
1
814
1.161 1.342 1.245
1,5
1
1
814
1.263 1.471
-
2
1
1
814
1.335 1.703
-
1
1
835
1.153 1.291 1.184
1
1
1
835
1.194 1.375 1.278
1,5
1
1
835
1.287 1.492
-
2
1
1
835
1.355 1.724
-
0RWRU:(*,3SRORV+]
0RGHOR0%$;/URWRUIHFKDGRHGLIXVRUGHDOXPtQLR0RGHOR0%$=/URWRUIHFKDGRGHDOXPtQLRHGLIXVRUGHIHUURIXQGLGR
3DUDERPEHDPHQWRGHiJXDDFLPDGDWHPSHUDWXUDDPELHQWHFRQVXOWHD)iEULFDSDUDYHULÀFDUDYLDELOLGDGHHDGHTXDomRGHPDWHULDLV
$3/,&$d¯(6*(5$,6
'UHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVUHEDL[DPHQWRGHOHQoROIUHiWLFRFDSWDomR
ÁXYLDOERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVDJULFXOWXUDLQG~VWULDV
✓ %&$
✓ %&$
2,5
1.575
1.708
1.735
‘5HFDOTXH
SRO
‘6XFomR
SRO
0RGHOR
Potência (cv)
/DQoDPHQWRSUHYLVWR
SDUD0DLR
Ø Máximo dos
6yOLGRVPP
15 - BCA-40
%RPED0DQFDOL]DGD
(Sem Motor)
Motor Trifásico
9
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1
2,5
1.575
1.740
1.812
1,5
2,5
1.575
1.854
1.941
2
2,5
1.575
1.939
2.199
3
2,5
1.575
2.186
2.295
2
2
2,5
1.575
1.708
1.735
1
2
2
2,5
1.575
1.740
1.812
1,5
2
2
2,5
1.575
1.854
1.941
2
2
2
2,5
1.575
1.939
2.199
3
2
2
2,5
1.575
2.186
2.295
0RWRU:(*,3SRORV+]6pULH%&$URWRUVHPLDEHUWRGHIHUURIXQGLGR
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ
3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
&RQVXOWHD)iEULFDVREUHROLPLWHGHDXWRDVSLUDomRSDUDOtTXLGRVFRPSHVRHVSHFtÀFRVXSHULRUDJFPó
Lançamentos
MOTOBOMBAS AUTOASPIRANTES
0RGHOR
‘6XFomR
SRO
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
$3/,&$d¯(6*(5$,6
'UHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVUHEDL[DPHQWRGHOHQoROIUHiWLFRFDSWDomRÁXYLDODTXLFXOWXUDLUULJDomRIHUWLUULJDomRRUJkQLFD
WUDQVSRUWHHDVSHUVmRGHFKRUXPHERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
Potência (cv)
16 - BCA-41
(*) 3 %&$
Trifásico
%RPED0DQFDOL]DGD Motor
9ROWDJHQV
(Sem Motor)
9
&yGLJR
3UHoR
R$
&yGLJR
3UHoR
R$
Motor Trifásico
9
&yGLJR
3UHoR
R$
4
1.855 3.153
-
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
R$
5.082
4
5
1.855 3.321
-
5.138
5
5
1.855 3.619
-
5.534
6
1.855 4.198 4.198
6.638
10 1.855 4.892 4.892
6.949
(*)&yGLJRGRSURGXWRHP9
0RGHOR
‘6XFomR
SRO
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
$3/,&$d¯(6*(5$,6
'UHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVUHEDL[DPHQWRGHOHQoROIUHiWLFRFDSWDomRÁXYLDODTXLFXOWXUDLUULJDomRIHUWLUULJDomRRUJkQLFD
WUDQVSRUWHHDVSHUVmRGHFKRUXPHERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
Potência (cv)
17 - BCA-42
%RPED0DQFDOL]DGD Motor Trifásico
9ROWDJHQV
(Sem Motor)
9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
Motor Trifásico
9
&yGLJR
Motor Monofásico com
&DSDFLWRU9
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
12,5
3
3
5
1.995 5.275 5.275
7.598
15
3
3
6
1.995 5.685 5.685
8.588
%&$ 20
3
3
1.995 7.261 7.261
-
25
3
3
10
1.995 8.066 8.066
-
30
3
3
10
1.995 9.865 9.865
-
6pULH%&$H%&$PRWRU:(*,3SRORV+]5RWRUVHPLDEHUWRGHIHUURIXQGLGR
6HORPHFkQLFRGHFDUEHWRGHVLOtFLR3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ
3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
&RQVXOWHD)iEULFDVREUHROLPLWHGHDXWRDVSLUDomRSDUDOtTXLGRVFRPSHVRHVSHFtÀFRVXSHULRUDJFPó
3DUDERPEHDPHQWRGHFKRUXPHVLJDDVRULHQWDo}HVFRQWLGDVQR0DQXDOGH,QVWUXomR
6pULH%&$(PRWRERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
,UULJDomRIHUWLUULJDomRRUJkQLFDWUDQVSRUWHHDVSHUVmRGHFKRUXPH
ERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
10
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
(R$)
Motor Trifásico
9ROWDJHQV
9
&yGLJR
3UHoR
(R$)
Motor Trifásico
9
&yGLJR
3UHoR
(R$)
Motor Monofásico
com Capacitor
9
&yGLJR
3UHoR
(R$)
4
3
5
5.929 8.593 8.593
12.138
4
3
5
5.929 8.988 8.988
12.861
4
3
5
5.929 9.469 9.469
14.105
4
3
5
5.929 11.213 11.213
-
25
4
3
5
5.929 12.259 12.259
-
10
4
3
10
5.929 8.593 8.593
12.138
4
3
10
5.929 8.988 8.988
12.861
4
3
10
5.929 9.469 9.469
14.105
4
3
10
5.929 11.213 11.213
-
4
3
10
5.929 12.259 12.259
-
12,5
%&$
15
EA
20
12,5
%&$
15
(%
20
25
‘6XFomR
SRO
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
0RGHOR
Potência (cv)
18-A - BCA-43 E - Gaxeta
6pULH%&$PRWRU:(*,3SRORV+]5RWRUVHPLDEHUWRGHIHUURIXQGLGR
6HQWLGRGHURWDomRDQWLKRUiULRHVTXHUGDYLVWRSHORODGRGHWUiVGRDFLRQDPHQWR
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ
3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
&RQVXOWHD)iEULFDVREUHROLPLWHGHDXWRDVSLUDomRSDUDOtTXLGRVFRPSHVRHVSHFtÀFRVXSHULRUDJFPó
3DUDERPEHDPHQWRGHFKRUXPHVLJDDVRULHQWDo}HVFRQWLGDVQR0DQXDOGH,QVWUXomR
MOTOBOMBAS AUTOASPIRANTES
$3/,&$d¯(6*(5$,6
,UULJDomRIHUWLUULJDomRRUJkQLFDWUDQVSRUWHHDVSHUVmRGHFKRUXPH
ERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
‘6XFomR
SRO
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
0RGHOR
Potência (cv)
%%&$(6HOR0HFkQLFR
10
12,5
%&$
15
EA
20
25
10
12,5
%&$ 15
(%
20
25
4
4
4
4
4
4
4
4
4
4
3
3
3
3
3
3
3
3
3
3
5
5
5
5
5
10
10
10
10
10
%RPED0DQFDOL]DGD
(Sem Motor)
Motor Trifásico
9ROWDJHQV
9
Motor Monofásico
com Capacitor
9
Motor Trifásico
9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
6.096
6.096
6.096
6.096
6.096
6.096
6.096
6.096
6.096
6.096
8.657
9.050
9.533
11.277
12.322
8.657
9.050
9.533
11.277
12.322
8.657
9.050
9.533
11.277
12.322
8.657
9.050
9.533
11.277
12.322
12.204
12.930
14.172
12.204
12.930
14.172
-
6pULH%&$PRWRU:(*,3SRORV+]5RWRUVHPLDEHUWRGHIHUURIXQGLGR6HQWLGRGHURWDomRDQWLKRUiULRHVTXHUGDYLVWRSHORODGRGHWUiVGRDFLRQDPHQWR
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
&RQVXOWHD)iEULFDVREUHROLPLWHGHDXWRDVSLUDomRSDUDOtTXLGRVFRPSHVRHVSHFtÀFRVXSHULRUDJFPó3DUDERPEHDPHQWRGHFKRUXPHVLJDDVRULHQWDo}HVFRQWLGDVQR0DQXDOGH,QVWUXomR
MOTOBOMBAS CENTRÍFUGAS
Menor consumo
de energia (*)
1
1,5
%3,6
5 2
3
1
%3,6 1,5
)
2
3
$3/,&$d¯(6*(5$,6
5HGHGHKLGUDQWHVUHGHGHVSULQNOHUVVLVWHPDÀ[RGHHVSXPDDGDSWDGRjUHGH
GHKLGUDQWHVVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLR
Motor Monofásico Motor Monofásico sem
com Capacitor
&DSDFLWRU9
9
‘6XFomR
SRO
‘5HFDOTXH
SRO
0RGHOR
Potência (cv)
19-A - BPI-92 S - Sem Intermediário
HVHP&RQWUDÁDQJHV
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
596
596
596
596
600
600
600
600
880
978
1.071
1.275
927
1.001
1.072
1.254
1.095
1.222
1.442
1.608
1.085
1.184
1.418
1.573
978
1.007
-
Motor Trifásico
9
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHDOXPtQLR7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HURWRUIHFKDGRGHEURQ]HHVHORPHFkQLFRGH9LWRQŠ1HVWHFDVRVXJHUHVHRXVRGD%3,7
0RGHOR5ERFDLVURVFDGRV0RGHOR)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1IRUQHFLGRVVHPFRQWUDÁDQJHV .LWFRQWUDÁDQJHVGLVSRQtYHODSDUWHLWHP
(*)3DUDYHULÀFDURVPRGHORVFRQWHPSODGRVFRPRVHOR3URFHOFRQVXOWHZZZHOHWUREUDVFRPSURFHO
19-B - BPI-92 T - Com Intermediário
HVHP&RQWUDÁDQJHV
Menor consumo
de energia (*)
Potência
(cv)
‘6XFomR
SRO
‘5HFDOTXH
SRO
0RGHOR
$3/,&$d¯(6*(5$,6
5HGHGHKLGUDQWHVUHGHGHVSULQNOHUVVLVWHPDÀ[RGHHVSXPDDGDSWDGRjUHGH
GHKLGUDQWHVVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLR
1
%3,75 1,5
2
3
1
1,5
%3,7)
2
3
0RWRU7ULIiVLFR9
Motor Monofásico com Capacitor
9
&yGLJR
3UHoR5
&yGLJR
3UHoR5
965
1.225
1.072
1.358
1.150
1.350
972
1.118
1.188
1.626
1.817
1.195
1.310
1.580
1.368
1.767
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHDOXPtQLR7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRƒ&3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HURWRUGHEURQ]HHVHORPHFkQLFRGH9LWRQŠ
0RGHOR5ERFDLVURVFDGRV0RGHOR)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1IRUQHFLGRVVHPFRQWUDÁDQJHV .LWFRQWUDÁDQJHVGLVSRQtYHODSDUWHLWHP
(*)3DUDYHULÀFDURVPRGHORVFRQWHPSODGRVFRPRVHOR3URFHOFRQVXOWHZZZHOHWUREUDVFRPSURFHO
20
MOTOBOMBAS CENTRÍFUGAS
$3/,&$d¯(6*(5$,6
5HGHGHKLGUDQWHVUHGHGHVSULQNOHUVVLVWHPDÀ[RGHHVSXPDDGDSWDGRjUHGH
GHKLGUDQWHVVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLR
0RGHOR
‘5HFDOTXH
SRO
Potência (cv)
‘6XFomRSRO
%3,6HP&RQWUDÁDQJHV
(*) 3 (123 mm) %RPED0DQFDOL]DGD
(Sem Motor)
Motor Trifásico
9ROWDJHQV
9
Motor Monofásico
com Capacitor
9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1.160
1.760
3.517
4 (133 mm)
1.160
1.894
3.565
5 (141 mm)
1.160
2.125
3.895
5 (145 mm)
1.160
2.125
3.895
(*) 3 (123 mm) 1.533
2.278
4.410
%3,5
%3,)
4 (133 mm)
1.533
2.441
4.468
5 (141 mm)
1.533
2.722
4.876
5 (145 mm)
1.533
2.722
4.876
(*)&yGLJRGRSURGXWRHP9
$3/,&$d¯(6*(5$,6
5HGHGHKLGUDQWHVUHGHGHVSULQNOHUVVLVWHPDÀ[RGHHVSXPDDGDSWDGRjUHGH
GHKLGUDQWHVVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLR
%3,6HP&RQWUDÁDQJHV
10
%3,5
12,5
15
1.391 3.548 3.548 5.615
1.391 4.182 4.182 6.088
1.391 4.551 4.551 6.947
0RGHOR
‘5HFDOTXH
SRO
‘6XFomRSRO
Motor Monofásico
com Capacitor
9
Potência (cv)
%RPED0DQFDOL]DGD Motor Trifásico
9ROWDJHQV
(Sem Motor)
9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
Motor Trifásico
9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1.391 2.668 2.668 4.853
20
1.391 5.983 5.983
1.672 3.385 3.385 6.061
10
%3,)
12,5
15
1.672 3.935 3.935 6.748
20
-
1.672 4.641 4.641 7.286
1.672 5.034 5.034 8.315
1.672 6.558 6.558
-
6pULHV%3,H%3,PRWRU:(*,3SRORV+]5RWRUIHFKDGRGHIHUURIXQGLGR
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ
0RGHORV5ERFDLVURVFDGRV0RGHORV)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1IRUQHFLGRVVHPFRQWUDÁDQJHV.LWFRQWUDÁDQJHVGLVSRQtYHODSDUWHLWHP
.LW&RQWUDÁDQJHV%3,FRQWUDÁDQJHVRULQJVSDUDIXVRVHSRUFDV
0RGHOR
&yGLJR
3UHoR5
%3,
156
%3,H%3,
194
21
MOTOBOMBAS CENTRÍFUGAS
$3/,&$d¯(6*(5$,6
,UULJDomRFDELQHVGHSLQWXUDVLVWHPDVGHUHIULJHUDomRIRQWHVHFDVFDWDVDEDVWHFLPHQWR
SUHGLDOVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
‘5HFDOTXH
SRO
(*) 1,5
(*) 2
(*) 3
4
(*) 2
(*) 3
%&5
4
5
4
5
%&5 10
12,5
5
%&5
10
12,5
15
%&5
‘6XFomR
SRO
0RGHOR
Potência (cv)
23-A - BC-21 R
%RPED0DQFDOL]DGD
(Sem Motor)
2
2
2
2
2
3
3
3
3
3
2
2
2
2
2
&yGLJR
3UHoR
(R$)
1.361
1.361
1.361
1.361
1.382
1.382
1.382
1.382
1.382
1.410
1.410
1.410
1.410
1.410
1.461
1.461
1.461
1.461
1.461
Motor Trifásico
9ROWDJHQV
9
&yGLJR
&yGLJR
3UHoR
(R$)
3.040
3.056
4.026
4.336
3.114
4.069
4.383
4.773
Motor Monofásico
com Capacitor
9
&yGLJR
3UHoR
(R$)
3.226
3.337
4.169
4.222
3.347
4.179
4.233
4.638
5.700
4.262
4.658
5.716
6.406
6.961
4.689
5.774
6.453
7.010
8.038
$3/,&$d¯(6*(5$,6
,UULJDomRFDELQHVGHSLQWXUDVLVWHPDVGHUHIULJHUDomRIRQWHVHFDVFDWDVDEDVWHFLPHQWR
SUHGLDOVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
%&)
‘5HFDOTXH
SRO
%&)
‘6XFomR
SRO
0RGHOR
Potência (cv)
23-B - BC-21 F
%RPED0DQFDOL]DGD
(Sem Motor)
4
5
10
12,5
5
10
12,5
15
3
3
3
3
3
2
2
2
2
2
&yGLJR
3UHoR
(R$)
1.733
1.733
1.733
1.733
1.733
1.798
1.798
1.798
1.798
1.798
Motor Trifásico
9ROWDJHQV
9
&yGLJR
3UHoR
(R$)
2.544
2.857
3.378
4.344
4.670
2.895
3.442
4.391
4.727
5.112
Motor Trifásico
9
&yGLJR
3UHoR
(R$)
3.378
4.344
4.670
3.442
4.391
4.727
5.112
Motor Monofásico
com Capacitor
9
&yGLJR
3UHoR
(R$)
4.559
4.983
6.051
6.742
7.297
5.017
6.110
6.791
7.350
8.377
$3/,&$d¯(6*(5$,6
,UULJDomRDEDVWHFLPHQWRSUHGLDOVLVWHPDVGHUHIULJHUDomRVLVWHPDVGHSUHYHQomRH
combate contra incêndio, indústrias.
%&5
%
%&5
%&5
%&5
‘5HFDOTXH
SRO
%&5
1A
‘6XFomR
SRO
0RGHOR
Potência (cv)
24-A - BC-22 R
%RPED0DQFDOL]DGD
(Sem Motor)
(*) 3
4
5
(*) 3
4
5
5
10
10
12,5
15
20
10
12,5
15
20
25
2
2
2
2
2
1
1
1
1
1
1
1
2
2
2
2
2
&yGLJR
3UHoR
(R$)
1.478
1.478
1.478
1.478
1.478
1.478
1.478
1.513
1.513
1.513
1.525
1.525
1.525
1.525
1.525
1.558
1.558
1.558
1.558
1.558
Motor Trifásico
9ROWDJHQV
9
&yGLJR
6pULHV%&H%&PRWRU:(*,3SRORV+]
0RGHORV%&5$%&5%H%&5URWRUIHFKDGRGHDOXPtQLR2VGHPDLVPRGHORVSRVVXHPURWRUIHFKDGRGHIHUURIXQGLGR
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HURWRUGHEURQ]HHVHORGH9LWRQŠ
0RGHORV5ERFDLVURVFDGRV0RGHORV)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
FyGLJRGRSURGXWRHP9
22
3UHoR
(R$)
1.929
1.963
2.054
2.208
1.976
2.066
2.222
2.510
3.040
2.248
2.528
3.056
4.026
4.336
2.559
3.114
4.069
4.383
4.773
Motor Trifásico
9
3UHoR
(R$)
2.133
2.314
2.593
2.133
2.314
2.593
3.124
2.622
3.158
4.075
3.171
4.081
4.413
4.804
6.323
4.112
4.435
4.827
6.352
7.126
Motor Trifásico
9
&yGLJR
Motor Monofásico
com Capacitor
9
3UHoR
&yGLJR
(R$)
3.124
3.158
4.075
3.171
4.081
4.413
4.804
6.323
4.112
4.435
4.827
6.352
7.126
3UHoR
(R$)
4.271
4.327
4.722
4.271
4.327
4.722
5.749
4.751
5.785
6.457
5.799
6.477
7.036
8.035
6.494
7.057
8.085
-
MOTOBOMBAS CENTRÍFUGAS
$3/,&$d¯(6*(5$,6
,UULJDomRDEDVWHFLPHQWRSUHGLDOVLVWHPDVGHUHIULJHUDomRVLVWHPDVGHSUHYHQomRH
combate contra incêndio, indústrias.
‘5HFDOTXH
SRO
%&)
Motor Monofásico
com Capacitor
9
3UHoR
&yGLJR
(R$)
‘6XFomR
SRO
0RGHOR
Motor Trifásico
9ROWDJHQV
9
3UHoR &yGLJR
3UHoR
(R$)
(R$)
Potência
(cv)
24-B - BC-22 F
10
2
1.816 4.412 4.412
6.808
12,5
2
1.816 4.750 4.750
7.372
15
2
1.816 5.141 5.141
8.377
20
2
1.816 6.651 6.651
-
25
2
1.816 7.421 7.421
-
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
Motor Trifásico
9
&yGLJR
3UHoR
(R$)
$3/,&$d¯(6*(5$,6
,UULJDomRDEDVWHFLPHQWRSUHGLDOVLVWHPDVGHUHIULJHUDomRVLVWHPDVGHSUHYHQomRH
combate contra incêndio, indústrias.
%&5
%&5
Motor Trifásico
9
Motor Monofásico
com Capacitor
9
3UHoR
&yGLJR
(R$)
‘6XFomR
SRO
%&5
Motor Trifásico
9ROWDJHQV
9
3UHoR &yGLJR
3UHoR
(R$)
(R$)
%RPED0DQFDOL]DGD
(Sem Motor)
Potência
(cv)
0RGHOR
‘5HFDOTXH
SRO
25-A - BC-23 R
12,5
2
1.689 4.569 4.569
7.209
15
2
1.689 4.951 4.951
8.182
20
2
1.689 6.472 6.472
-
25
2
1.689 7.252 7.252
-
30
2
1.689 8.970 8.970
-
15
1.689 4.959 4.959
8.191
20
1.689 6.491 6.491
-
25
1.689 7.269 7.269
-
30
1.689 8.988 8.988
-
15
3
2
1.689 4.992 4.992
8.222
20
3
2
1.689 6.519 6.519
-
25
3
2
1.689 7.299 7.299
-
30
3
2
1.689 9.017 9.017
-
&yGLJR
&yGLJR
3UHoR
(R$)
$3/,&$d¯(6*(5$,6
,UULJDomRDEDVWHFLPHQWRSUHGLDOVLVWHPDVGHUHIULJHUDomRVLVWHPDVGHSUHYHQomRH
combate contra incêndio, indústrias.
‘5HFDOTXH
SRO
%&)
Motor Monofásico
com Capacitor
9
3UHoR
&yGLJR
(R$)
‘6XFomR
SRO
0RGHOR
Motor Trifásico
%RPED0DQFDOL]DGD
9ROWDJHQV
(Sem Motor)
9
Potência
(cv)
25-B - BC-23 F
15
3
2
2.023 5.289 5.289
8.519
20
3
2
2.023 6.799 6.799
-
25
3
2
2.023 7.578 7.578
-
30
3
2
2.023 9.297 9.297
-
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
Motor Trifásico
9
&yGLJR
3UHoR
(R$)
6pULHV%&H%&PRWRU:(*,3SRORV+]
5RWRUIHFKDGRGHIHUURIXQGLGR
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ
0RGHORV5ERFDLVURVFDGRV0RGHORV)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
23
24
25
MOTOBOMBAS CENTRÍFUGAS
6pULHV06$H06$PRWRERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVGUHQDJHPGHiJXDVVHUYLGDV
HSOXYLDLVLUULJDomRIRQWHVHFDVFDWDVFDELQHVGHSLQWXUDLQG~VWULDV
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
4
06$5 5
10
4
5
06$5 10
12,5
06$ 10
R2
12,5
15
10
06$5 12,5
15
20
‘6XFomRSRO
0RGHOR
Potência (cv)
26-A - MSA-21 R
2
2
2
2
2
3
3
3
3
3
2
2
2
2
6
6
6
6
10
10
10
10
12
12
12
12
12
Motor Trifásico
9
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1.475
1.475
1.475
1.475
1.493
1.493
1.493
1.493
1.493
1.526
1.526
1.526
1.526
1.577
1.577
1.577
1.577
1.577
2.380
2.675
3.245
4.237
2.395
2.691
3.259
4.272
4.608
3.285
4.471
4.635
5.049
3.328
4.337
4.674
5.093
6.707
3.245
4.237
3.259
4.272
4.608
3.285
4.471
4.635
5.049
3.328
4.337
4.674
5.093
6.707
4.480
4.898
6.021
6.729
4.498
4.914
6.036
6.752
7.341
6.063
6.776
7.366
8.419
6.104
6.816
7.405
8.459
-
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVGUHQDJHPGHiJXDVVHUYLGDV
HSOXYLDLVLUULJDomRDJULFXOWXUDFDELQHVGHSLQWXUDLQG~VWULDV
Potência (cv)
‘6XFomRSRO
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
26-B - MSA-21 F
06$ 10
F2
12,5
15
10
06$ 12,5
)
15
20
3
3
3
3
3
2
2
2
2
10
10
10
10
12
12
12
12
12
0RGHOR
%RPED0DQFDOL]DGD
(Sem Motor)
Motor Trifásico
9ROWDJHQV
9
Motor Trifásico
9
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1.894
1.894
1.894
1.894
1.903
1.903
1.903
1.903
1.903
3.493
4.528
4.873
5.207
3.562
4.535
4.876
5.283
6.831
3.493
4.528
4.873
5.207
3.562
4.535
4.876
5.283
6.831
6.383
7.164
7.756
8.740
6.459
7.173
7.760
8.816
-
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVGUHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVLUULJDomRLQG~VWULDV
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
5
06$5 10
12,5
15
20
12,5
15
06$5
20
25
30
15
06$ 20
R2
25
30
‘6XFomRSRO
0RGHOR
Potência (cv)
27-A - MSA-22 R
26
Motor Trifásico
9ROWDJHQV
9
%RPED0DQFDOL]DGD
(Sem Motor)
2
2
2
2
2
2
2
2
2
6
6
6
6
6
6
6
6
6
6
6
6pULH06$PRWRU:(*,3SRORV+]5RWRUVHPLDEHUWRGHIHUURIXQGLGRQRGXODU
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ
3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
0RGHOR5ERFDLVURVFDGRV0RGHOR)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
%RPED0DQFDOL]DGD
(Sem Motor)
Motor Trifásico
9ROWDJHQV
9
Motor Trifásico
9
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1.600
1.600
1.600
1.600
1.600
1.600
1.631
1.631
1.631
1.631
1.631
1.669
1.669
1.669
1.669
2.785
3.350
4.327
4.678
5.091
6.676
4.686
5.098
6.714
7.546
9.370
5.132
6.748
7.578
9.406
3.350
4.327
4.678
5.091
6.676
4.686
5.098
6.714
7.546
9.370
5.132
6.748
7.578
9.406
5.007
6.095
6.807
7.409
8.458
7.417
8.467
8.501
-
MOTOBOMBAS CENTRÍFUGAS
6pULH06$)PRWRERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVGUHQDJHPGHiJXDVVHUYLGDV
HSOXYLDLVLUULJDomRLQG~VWULDV
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
06$
F2
‘6XFomRSRO
0RGHOR
Potência (cv)
27-B - MSA-22 F
15
20
25
30
2
2
2
2
Motor Trifásico
9ROWDJHQV
9
%RPED0DQFDOL]DGD
(Sem Motor)
Motor Trifásico
9
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1.895
1.895
1.895
1.895
5.383
6.954
7.774
9.572
5.383
6.954
7.774
9.572
8.832
-
6pULH06$PRWRERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVGUHQDJHPGHiJXDVVHUYLGDV
HSOXYLDLVLUULJDomRLQG~VWULDV
Potência (cv)
‘6XFomRSRO
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
28-A - MSA-23 R
15
06$5 20
25
30
15
06$ 20
R2
25
30
2
2
2
2
2
2
2
2
4
4
4
4
4
4
4
4
0RGHOR
Motor Trifásico
9ROWDJHQV
9
%RPED0DQFDOL]DGD
(Sem Motor)
Motor Trifásico
9
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1.799
1.799
1.799
1.799
1.837
1.837
1.837
1.837
5.255
6.872
7.701
9.525
5.290
6.905
7.736
9.562
5.255
6.872
7.701
9.525
5.290
6.905
7.736
9.562
8.623
8.657
-
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVGUHQDJHPGHiJXDVVHUYLGDV
HSOXYLDLVLUULJDomRLQG~VWULDV
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
06$
F2
‘6XFomRSRO
0RGHOR
Potência (cv)
28-B - MSA-23 F
15
20
25
30
2
2
2
2
4
4
4
4
%RPED0DQFDOL]DGD
(Sem Motor)
Motor Trifásico
9ROWDJHQV
9
Motor Trifásico
9
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
2.044
2.044
2.044
2.044
5.518
7.092
7.910
9.707
5.518
7.092
7.910
9.707
8.969
-
6pULH06$PRWRU:(*,3SRORV+]5RWRUVHPLDEHUWRGHIHUURIXQGLGRQRGXODU
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ
3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
0RGHORV5ERFDLVURVFDGRV0RGHORV)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOWUDQVSRUWHGHiJXDDORQJDGLVWkQFLDLUULJDomRVLVWHPDVGH
UHIULJHUDomRVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
%&)
6HOR0HFkQLFR
‘5HFDOTXH
SRO
%&)
Gaxeta
‘6XFomRSRO
0RGHOR
Potência (cv)
29 - BC-20 F
30 (210 mm)
40 (220 mm)
40 (230 mm)
50 (230 mm)
50 (240 mm)
50 (250 mm)
30 (210 mm)
40 (220 mm)
40 (230 mm)
50 (230 mm)
50 (240 mm)
50 (250 mm)
3
3
3
3
3
3
3
3
3
3
3
3
2
2
2
2
2
2
2
2
2
2
2
2
%RPED0DQFDOL]DGD
(Sem Motor)
Motor Trifásico
9ROWDJHQV
9
Motor Trifásico
9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
7.797
7.797
7.797
7.797
7.797
7.797
7.623
7.623
7.623
7.623
7.623
7.623
12.317
16.298
16.298
17.006
17.006
17.006
12.187
16.168
16.168
16.872
16.872
16.872
12.317
16.298
16.298
17.006
17.006
17.006
12.187
16.168
16.168
16.872
16.872
16.872
0RWRU:(*,3SRORV+]5RWRUIHFKDGRGHIHUURIXQGLGR
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ
%RFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
MOTOBOMBAS CENTRÍFUGAS MONOESTÁGIO DE AÇO INOX
$3/,&$d¯(6*(5$,6
3URGXWRVTXtPLFRVODYDomRGHJDVHVWUDWDPHQWRGHHÁXHQWHVYLQKRWRLQG~VWULDV
‘5HFDOTXH
SRO
(*) 1
(*)1,5
0&,5(
,3
1
1,5
0&,54 (*) 2
,3
(*) 3
2
3
0&,54 (**) 4
,3
(**) 5
0&,5(
,3
‘6XFomRSRO
0RGHOR
Potência (cv)
30- MCI
%RPED0DQFDOL]DGD
(Sem Motor)
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Motor Trifásico
9ROWDJHQV
9
Motor Trifásico
9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3.318
3.318
3.318
3.318
3.318
3.318
3.318
3.318
5.786
5.786
5.786
5.786
5.786
5.786
5.786
3.508
3.651
3.697
3.858
3.791
3.813
4.080
4.361
5.903
6.205
6.958
7.286
7.190
7.625
8.512
Motor Monofásico com
&DSDFLWRU9
3UHoR
(R$)
3UHoR
(R$)
&yGLJR
3.612
3.711
3.827
4.019
4.007
4.412
4.680
5.707
6.538
6.805
8.833
10.263
9.922
10.495
8.512 12.094
0RWRU:(*SRORV+]5RWRUVHPLDEHUWRGHDoRLQR[3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ9HGDGDDXWLOL]DomRSDUDERPEHDPHQWRGHSURGXWRVPHGLFLQDLVHDOLPHQWtFLRV
&RQVXOWHD)iEULFDSDUDDGHTXDomRGRVPDWHULDLVFRQIRUPHDSOLFDomR
&yGLJRGRVSURGXWRVHP9&yGLJRGRVSURGXWRVHP9
MOTOBOMBAS SUBMERSÍVEIS MULTIESTÁGIOS 5’’ DE AÇO INOX
6XEPHUJrQFLD
Máxima (m)
(VWiJLRV
91
91
91
91
91
Potência (cv)
0RGHOR
1,2
1,5
2
3
3
20
20
20
20
20
3
4
5
6
‘5HFDOTXH
SRO
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOFROHWDGHiJXDGHFKXYDPRWRERPEDMRFNH\SDUDSUHYHQomRH
FRPEDWHFRQWUDLQFrQGLRLUULJDomRODYDomRGHDPELHQWHVYHtFXORVHPiTXLQDV
31-A - VN
9
&yGLJR
9
3UHoR
(R$)
2.536
2.672
3.030
3.535
3.676
(Somente para motobombas monofásicas)
3UHoR5
135
&yGLJR
Com Control Box de Partida
3UHoR
(R$)
2.536
2.672
3.030
3.535
3.676
&yGLJR
3UHoR
(R$)
2.631
2.915
3.481
-
0RWRUHOpWULFR,3SRORV+]FODVVH)
5RWRUHVIHFKDGRVFRUSRHL[RÀOWURGLYLVmRHGLIXVRUHVGHDoRLQR[
Temperatura máxima do líquido bombeado: 40 °C.
3RGHRSHUDUQDYHUWLFDORXKRUL]RQWDOFRPSOHWDPHQWHVXEPHUVDRXFRPXPD
OkPLQDGHiJXDGHPPDFLPDGRÀOWURWHODLQIHULRU
1RVSURGXWRVFRPPRWRUPRQRIiVLFRÀRVDFYDControl Box de Partida
pSDUWHLQWHJUDQWHGRSURGXWRHRDXWRPiWLFRGHQtYHOpRSFLRQDO
%$XWRPiWLFRGH1tYHOSDUD0RWRERPED91
&yGLJR
0RWRU0RQRIiVLFR
V - 3 Fios.
Motor Trifásico
MOTOBOMBAS EM LINHA MULTIESTÁGIOS 5’’ DE AÇO INOX
1,2
1,5
2
3
3
3
4
5
6
‘5HFDOTXH
SRO
9/
9/
9/
9/
9/
‘6XFomRSRO
0RGHOR
(VWiJLRV
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOVLVWHPDVGHSUHVVXUL]DomRWUDQVSRUWHGHiJXDDORQJDGLVWkQFLDFROHWDGHiJXDGHFKXYDLUULJDomR
ODYDomRGHDPELHQWHVYHtFXORVHPiTXLQDVIRQWHVLQG~VWULDVLQVWDODo}HVTXHUHTXHUHPVLOrQFLRHHFRQRPLDGHHVSDoR
Potência (cv)
32- VL
Motor Trifásico
9
&yGLJR
.,7
&yGLJR
9
3UHoR
(R$)
2.604
2.742
3.109
3.640
3.774
&yGLJR
3UHoR
(R$)
2.604
2.742
3.109
3.640
3.774
)L[DomR )ODQJH
3UHoR
(R$)
61
322
%DUULOHWH 2.086
0RWRUHOpWULFR,3SRORV+]FODVVH)5RWRUHVIHFKDGRVGHDoRLQR[
Temperatura máxima do líquido bombeado: 40 °C.
3RGHRSHUDUQDYHUWLFDORXKRUL]RQWDOHPOLQKDQDWDEXODomRRXVXEPHUVD
MOTOBOMBAS CENTRÍFUGAS MULTIESTÁGIOS DE AÇO INOX
‘5HFDOTXH
SRO
1
1,5
1
1,5
2
12
14
11
15
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0RWRU7ULIiVLFR9
&yGLJR
0RGHORV
IP-55
(VWiJLRV
‘6XFomR
SRO
‘5HFDOTXH
SRO
Potência
(cv)
%7(
%7(
%7(
%7(
%7(
%7(
%7(
‘6XFomR
SRO
0RGHORV
IP-21
(VWiJLRV
$3/,&$d¯(6*(5$,61HEXOL]DomRGHDYLiULRVHHVWXIDVWUDQVSRUWHGHiJXDDORQJDGLVWkQFLDLUULJDomRGHMDUGLQVDEDVWHFLPHQWRGH
EHEHGRXURVODYDomRGHDPELHQWHVYHtFXORVHPiTXLQDVVLVWHPDVGHSUHVVXUL]DomRPRWRERPEDMRFNH\SDUDSUHYHQomRHFRPEDWH
FRQWUDLQFrQGLRÀOWUDJHPIRUoDGDUHIULJHUDomRSRUVSUD\DOLPHQWDomRGHSHTXHQDVFDOGHLUDVFRPiJXDIULD
Potência
(cv)
33 - BT4 - Booster4’’
%7(
%7(
%7(
%7(
%7(
1
1,5
1
1,5
2
12
14
11
15
1
1
1
1
1
1
1
1
1
1
3UHoR
(R$)
1.398
1.485
1.632
1.788
1.505
1.695
1.890
Motor Monofásico com Capacitor
9
&yGLJR
0RWRU7ULIiVLFR9
9
3UHoR
(R$)
1.485
1.665
1.870
2.050
1.743
1.953
2.308
&yGLJR
3UHoR
(R$)
1.485
1.665
1.870
2.050
1.743
1.953
2.308
Motor Monofásico com Capacitor
9
&yGLJR
3UHoR5
&yGLJR
3UHoR5
2.306
2.682
2.258
2.543
2.835
3.367
3.690
3.138
3.515
4.154
0RWRU:(*SRORV+]5RWRUHVIHFKDGRVGH&HOFRQŠFRUSRGHDoRLQR[/DWHUDOGHHQWUDGDHERFDOGHVDtGDGHIHUURIXQGLGR
6LVWHPDGHYHGDomR7UL6HDOŠFRPURWRUHVÁXWXDQWHVLQGHSHQGHQWHV7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRž&
0RGHOR
(VWiJLRV
‘6XFomR
SRO
‘5HFDOTXH
SRO
$3/,&$d¯(6*(5$,6
6LVWHPDVGHSUHVVXUL]DomRDEDVWHFLPHQWRGRPpVWLFRGHiJXDOLPSDVLVWHPDVGHDUFRQGLFLRQDGRFLUFXODomRHWUDQVIHUrQFLDGH
OtTXLGRVQDLQG~VWULDHDJULFXOWXUDLUULJDomRHPKRUWLFXOWXUDVLVWHPDVGHODYDomRLQGXVWULDO
Potência
(cv)
34 - ME-HI
0(+,
0(+,
0(+,
0(+,
0(+,
0(+,
1
1,5
2
3
1,5
3
2
3
4
5
2
3
1
1
1
1
0RWRU:(*,3SRORV+]5RWRUHVIHFKDGRVFRUSRHL[RHGLIXVRUHVGHDoRLQR[
3DUDERPEHDPHQWRGHiJXDDFLPDGHž&XWLOL]HVHORPHFkQLFRGH9LWRQŠ7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRž&
30
0RWRU7ULIiVLFR9
Motor Monofásico com Capacitor
9
&yGLJR
3UHoR5
&yGLJR
3UHoR5
1.204
1.702
1.833
1.976
1.853
1.909
1.436
2.030
2.074
2.451
2.097
2.336
Sistemas de abastecimento de água e pressurização
•Alta resistência • Fácil instalação • Economia de espaço
paço
Aplicações Gerais:
Abastecimento predial, irrigação, indústrias, alimentação de caldeiras,
s.
transporte de água a longa distância, lavação de ambientes, veículos e máquinas.
Principais Características:
• Rotores fechados, difusores e carcaça de aço inox
o
• Selo mecânico constituído de aço inox AISI-316, EPDM, carbeto de tungstênio
‡,QWHUPHGLiULREDVHHÁDQJHVGHIHUURIXQGLGRFRPSLQWXUDDIXQGR(&2$7
• Mancais intermediários de carbeto de tungstênio, que eliminam a vibração e
estabilizam os rotores
• Motor WEG IP-55 com rolamento de contato angular, que garante
longa vida ao motor, 2 polos, 60Hz
MOTOBOMBAS CENTRÍFUGAS MULTIESTÁGIOS
$90()HUUR)XQGLGRFRP
pintura a fundo E-COAT (*)
1,5
4
‘6XFomR
SRO
‘5HFDOTXH
SRO
(VWiJLRV
90(
Potência (cv)
0RGHOR
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOLUULJDomRLQG~VWULDVDOLPHQWDomRGHFDOGHLUDVWUDQVSRUWHGH
iJXDDORQJDGLVWkQFLDODYDomRGHDPELHQWHVYHtFXORVHPiTXLQDV
1
1
0RWRU7ULIiVLFR9ROWDJHQV
9
0RWRU7ULIiVLFR9
&yGLJR
3UHoR5
&yGLJR
3UHoR5
2.531
-
90(
2
6
1
1
3.042
-
90(
3
1
1
3.571
-
90(
4
11
1
1
4.241
-
90(
5
13
1
1
4.600
-
90(
3
6
3.348
-
90(
4
3.907
-
90(
5
10
4.524
-
90(
12
5.408
5.408
90(
14
5.766
5.766
90(
10
15
6.840
6.840
90(
3
3
3.442
-
90(
4
5
3.996
-
90(
5
6
4.895
-
90(
6.038
6.038
90(
10
10
7.529
7.529
90(
10
12
7.845
7.845
90(
15
14
9.395
9.395
6pULHV90(90(90(0RWRU:(*,3SRORV+]5RWRUHVIHFKDGRVGLIXVRUHVHFDUFDoDGHDoRLQR[
,QWHUPHGLiULREDVHHÁDQJHVGHIHUURIXQGLGRFRPSLQWXUDDIXQGR(&2$77HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRž&
31
MOTOBOMBAS CENTRÍFUGAS MULTIESTÁGIOS
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOLUULJDomRLQG~VWULDVDOLPHQWDomRGHFDOGHLUDVWUDQVSRUWHGH
iJXDDORQJDGLVWkQFLDODYDomRGHDPELHQWHVYHtFXORVHPiTXLQDV
Potência (cv)
(VWiJLRV
‘6XFomR
SRO
‘5HFDOTXH
SRO
%90($oR,QR[
90(
1,5
4
2.790
-
90(
2
6
3.379
-
90(
3
3.924
-
90(
4
11
4.568
-
90(
5
13
4.929
-
90(
3
6
3.614
-
90(
4
4.156
-
90(
5
10
4.806
-
0RGHOR
0RWRU7ULIiVLFR9
&yGLJR
3UHoR5
&yGLJR
3UHoR5
90(
12
5.750
5.750
90(
14
6.100
6.100
90(
10
15
7.257
7.257
90(
3
3
4.213
-
90(
4
5
4.685
-
90(
5
6
5.676
-
90(
6.731
6.731
90(
10
10
8.328
8.328
90(
10
12
8.622
8.622
90(
15
14
10.130
10.130
6pULHV90(90(90(0RWRU:(*,3SRORV+]
(*) Todos os componentes em contato com o líquido bombeado, de aço inox.. Temperatura máxima do líquido bombeado: 120 ºC.
32
0RWRU7ULIiVLFR9ROWDJHQV
9
MOTOBOMBAS CENTRÍFUGAS MULTIESTÁGIOS
36-A - ME-1N - 5RWRUHV)HFKDGRVGH$OXPtQLR6HOR%XQD
0RGHOR
(IP-21)
Potência
(cv)
(VWiJLRV
‘6XFomR
SRO
‘5HFDOTXH
SRO
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOLUULJDomRODYDomRGHDPELHQWHVYHtFXORV
HPiTXLQDVDOLPHQWDomRGHFDOGHLUDVWUDQVSRUWHGHiJXDDORQJD
GLVWkQFLDQHEXOL]DomRGHDYLiULRVHHVWXIDVPRWRERPEDMRFNH\SDUD
SUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
0($/1
0($/1
2
3
3
5
1
1
1
1
%RPED0DQFDOL]DGDVHPPRWRU
Motor Monofásico com Capacitor
9
0RWRU7ULIiVLFR9
&yGLJR
3UHoR5
&yGLJR
3UHoR5
&yGLJR
3UHoR5
1.151
1.442
1.199
1.703
1.555
2.031
0RWRUHOpWULFR,3SRORV+]5RWRUHVIHFKDGRVGHDOXPtQLR3DUDERPEHDPHQWRGHiJXDDFLPDGHž&XWLOL]H0(%5
36-B - ME-1N - 5RWRUHV)HFKDGRVGH$OXPtQLR6HOR6,&(3'0
0RGHOR
(IP-55)
Potência
(cv)
(VWiJLRV
‘6XFomR
SRO
‘5HFDOTXH
SRO
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOLUULJDomRODYDomRGHDPELHQWHVYHtFXORV
HPiTXLQDVDOLPHQWDomRGHFDOGHLUDVWUDQVSRUWHGHiJXDDORQJD
GLVWkQFLDQHEXOL]DomRGHDYLiULRVHHVWXIDVPRWRERPEDMRFNH\SDUD
SUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
0($/1
0($/1
0($/1
4
5
1
1
1
1
1
1
%RPED0DQFDOL]DGD
(sem motor)
&yGLJR
0RWRU7ULIiVLFR9ROWDJHQV
9
3UHoR
(R$)
1.626
1.722
1.811
&yGLJR
0RWRU7ULIiVLFR9
3UHoR
(R$)
2.384
2.649
4.190
&yGLJR
3UHoR
(R$)
4.190
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
3.918
4.218
6.100
0RWRUHOpWULFR,3SRORV+]5RWRUHVIHFKDGRVGHDOXPtQLR3DUDERPEHDPHQWRGHiJXDDFLPDGHž&XWLOL]H0(%5
36-C - ME-1N - 5RWRUHV)HFKDGRVGH%URQ]H6HOR9LWRQŠ
0RGHOR
(IP-21)
Potência
(cv)
(VWiJLRV
‘6XFomR
SRO
‘5HFDOTXH
SRO
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOLUULJDomRODYDomRGHDPELHQWHVYHtFXORV
HPiTXLQDVDOLPHQWDomRGHFDOGHLUDVWUDQVSRUWHGHiJXDDORQJD
GLVWkQFLDQHEXOL]DomRGHDYLiULRVHHVWXIDVPRWRERPEDMRFNH\SDUD
SUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
0(%51
0(%51
2
3
3
5
1
1
1
1
%RPED0DQFDOL]DGDVHPPRWRU
Motor Monofásico com Capacitor
9
0RWRU7ULIiVLFR9
&yGLJR
3UHoR5
&yGLJR
3UHoR5
&yGLJR
3UHoR5
1.342
1.913
1.354
1.999
1.791
2.457
0RWRUHOpWULFR,3SRORV+]5RWRUHVIHFKDGRVGHEURQ]H2VHORPHFkQLFRGH9LWRQŠpSDUWHLQWHJUDQWHGRSURGXWR
36-D - ME-1N - 5RWRUHV)HFKDGRVGH%URQ]H6HOR6,&(3'0
0RGHOR
(IP-55)
Potência
(cv)
(VWiJLRV
‘6XFomR
SRO
‘5HFDOTXH
SRO
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOLUULJDomRODYDomRGHDPELHQWHVYHtFXORV
HPiTXLQDVDOLPHQWDomRGHFDOGHLUDVWUDQVSRUWHGHiJXDDORQJD
GLVWkQFLDQHEXOL]DomRGHDYLiULRVHHVWXIDVPRWRERPEDMRFNH\SDUD
SUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
0(%51
0(%51
0(%51
4
5
1
1
1
1
1
1
%RPED0DQFDOL]DGD
(sem motor)
&yGLJR
3UHoR
(R$)
2.292
2.449
2.621
0RWRU7ULIiVLFR9ROWDJHQV
9
&yGLJR
3UHoR
(R$)
2.935
3.278
5.000
0RWRU7ULIiVLFR9
&yGLJR
3UHoR
(R$)
5.000
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
4.468
4.826
6.736
0RWRUHOpWULFR,3SRORV+]5RWRUHVIHFKDGRVGHEURQ]H2VHORPHFkQLFRGH6,&(3'0pSDUWHLQWHJUDQWHGRSURGXWR
33
MOTOBOMBAS CENTRÍFUGAS MULTIESTÁGIOS
37-A - ME-AL 1 e ME-AL 2 - 5RWRUHV)HFKDGRVGH$OXPtQLR6HOR%XQD
‘5HFDOTXH
SRO
0($/
‘6XFomRSRO
0($/
(VWiJLRV
0RGHOR
Potência (cv)
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOLUULJDomRODYDomRGHDPELHQWHVYHtFXORV
HPiTXLQDVDOLPHQWDomRGHFDOGHLUDVWUDQVSRUWHGHiJXDDORQJD
GLVWkQFLDQHEXOL]DomRHPDYLiULRVHHVWXIDVPRWRERPEDMRFNH\SDUD
SUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
(*) 1
2
1
1
1.306
-
981
-
1.259
1.259
(*) 1,5 3
1
1
1.397
-
1.171
-
1.404
1.404
%RPED0DQFDOL]DGD
(sem motor)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
Motor Trifásico
9
&yGLJR
Motor Monofásico com
&DSDFLWRU9
9
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
Motor Monofásico
com Capacitor
9
&yGLJR
3UHoR
(R$)
0($/
(*) 2
4
1
1
1.487
-
1.306
-
1.709
1.709
0($/9
(*) 2
4
1
1
1.487
-
1.306
-
1.709
1.709
0($/9
(*) 3
5
1
1
1.557
-
1.839
-
2.194
2.194
0($/
(*) 3
6
1
1
1.654
-
1.916
-
2.266
2.266
0($/9
(*) 3
6
1
1
1.654
-
1.916
-
2.266
2.266
0($/9
4
6
1
1
1.654
2.482
-
-
4.138
-
0($/
4
1
1
1.860
2.669
-
-
4.326
-
0($/
5
1
1
1.956
2.999
-
-
4.745
0($/
(*) 3
2 1.332
-
1.652
-
0($/
4
2 1.332
2.212
-
-
0($/
4
3 1.588
2.382
-
-
0($/9
5
2 1.332
2.494
-
-
0($/
5
2 1.332
2.494
-
-
0($/
5
3 1.588
2.665
-
0($/
-
2.042
4.042
-
4.213
-
4.357
-
4.357
-
-
4.529
-
2.042
5
4 1.803
3.096
-
-
4.960
-
0($/9
2 1.332
3.023
-
3.023
5.399
-
0($/9
3 1.588
3.260
-
3.260
5.561
-
0($/
3 1.588
3.260
-
3.260
5.561
-
0($/
4 1.803
3.691
-
3.691
5.997
-
0($/
5 1.985
3.860
-
3.860
6.159
-
0($/9
10
3 1.588
4.261
-
4.261
6.181
-
0($/9
10
4 1.803
4.733
-
4.733
6.659
-
0($/
10
4 1.803
4.733
-
4.733
6.659
-
0($/
10
5 1.985
4.902
-
4.902
6.822
-
0($/
10
6 2.292
5.075
-
5.075
6.996
-
0($/
10
2.506
5.237
-
5.237
7.159
-
0($/9
12,5
3 1.588
4.799
-
4.799
6.722
-
0($/9
12,5
4 1.803
5.116
-
5.116
7.161
-
0($/
12,5
4 1.803
5.116
-
5.116
7.161
-
0($/
15
4 1.803
5.559
-
5.559
8.394
-
0($/
15
5 1.985
5.763
-
5.763
8.598
-
0($/9
15
6 2.292
6.198
-
6.198
9.021
-
6pULHV0(H0(0RWRU:(*,3SRORV+]DWpFY
0RWRU:(*,3SRORV+]DSDUWLUGHFY
5RWRUHVIHFKDGRVGHDOXPtQLR
3DUDERPEHDPHQWRGHiJXDDFLPDGHž&XWLOL]H0(%5
FyGLJRGRSURGXWRHP9
34
Motor Trifásico
9ROWDJHQV
9
MOTOBOMBAS CENTRÍFUGAS MULTIESTÁGIOS
37-B - ME-BR 1 e ME-BR 2 - 5RWRUHV)HFKDGRVGH%URQ]H6HOR9LWRQŠ
0(%5
0(%5
‘6XFomRSRO
‘5HFDOTXH
SRO
0(%5
(VWiJLRV
0RGHOR
Potência (cv)
$3/,&$d¯(6*(5$,6
$EDVWHFLPHQWRSUHGLDOLUULJDomRODYDomRGHDPELHQWHVYHtFXORV
HPiTXLQDVDOLPHQWDomRGHFDOGHLUDVWUDQVSRUWHGHiJXDDORQJD
GLVWkQFLDQHEXOL]DomRGHDYLiULRVHHVWXIDVPRWRERPEDMRFNH\SDUD
SUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
(*) 1
2
1
1
(*) 1,5 3
(*) 2
4
%RPED0DQFDOL]DGD
(sem motor)
&yGLJR
3UHoR
(R$)
1.516
Motor Trifásico
9ROWDJHQV
9
&yGLJR
3UHoR
(R$)
-
Motor Trifásico
9
Motor Monofásico com
&DSDFLWRU9
9
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
1.096
-
&yGLJR
3UHoR
(R$)
1.375
Motor Monofásico
com Capacitor
9
&yGLJR
3UHoR
(R$)
1.375
1
1
1.691
-
1.340
-
1.662
1.662
1
1
1.909
-
1.586
-
2.094
2.094
0(%59
(*) 2
4
1
1
1.909
-
1.586
-
2.094
2.094
0(%59
(*) 3
5
1
1
2.066
-
2.159
-
2.654
2.654
0(%5
(*) 3
6
1
1
2.249
-
2.271
-
2.774
2.774
0(%59
(*) 3
6
1
1
2.249
-
2.271
-
2.774
0(%59
4
6
1
1
2.308
3.004
-
-
4.659
-
-
0(%5
4
1
1
2.646
3.338
-
-
4.995
-
0(%5
5
1
1
2.832
3.712
-
-
5.430
-
0(%5
(*) 3
2 1.569
-
1.854
-
0(%5
4
2 1.569
2.546
-
-
2.377
4.375
-
-
0(%5
4
3 2.017
2.906
-
-
4.736
-
0(%59
5
2 1.569
2.829
-
-
4.692
-
0(%5
5
2 1.569
2.829
-
-
4.692
-
0(%5
5
3 2.017
3.190
-
-
5.054
-
0(%5
5
4 2.387
3.774
-
-
5.636
-
0(%59
2 1.569
3.438
-
3.438
5.744
-
0(%59
3 2.017
3.785
-
3.785
6.086
-
0(%5
3 2.017
3.785
-
3.785
6.086
-
0(%5
4 2.387
4.370
-
4.370
6.676
-
0(%5
5 2.731
4.683
-
4.683
6.986
-
0(%59
10
3 2.017
4.794
-
4.794
6.713
-
0(%59
10
4 2.387
5.415
-
5.415
7.336
-
0(%5
10
4 2.387
5.415
-
5.415
7.336
-
0(%5
10
5 2.731
5.730
-
5.730
7.650
-
0(%5
10
6 3.219
6.053
-
6.053
7.975
-
0(%5
10
3.551
6.366
-
6.366
8.286
-
0(%59 12,5
3 2.017
5.428
-
5.428
7.459
-
0(%59 12,5
4 2.387
5.807
-
5.807
7.853
-
0(%5
12,5
4 2.387
5.807
-
5.807
7.853
-
0(%5
15
4 2.387
6.250
-
6.250
9.085
-
0(%5
15
5 2.731
6.618
-
6.618
9.452
-
0(%59
15
6 3.219
7.084
-
7.084
9.918
-
6pULHV0(H0(0RWRU:(*,3SRORV+]DWpFY
0RWRU:(*,3SRORV+]DSDUWLUGHFY
5RWRUHVIHFKDGRVGHEURQ]H
2VHORPHFkQLFRGH9LWRQŠpSDUWHLQWHJUDQWHGRSURGXWR
FyGLJRGRSURGXWRHP9
35
MOTOBOMBAS CENTRÍFUGAS MULTIESTÁGIOS
38 - ME-3 - 5RWRUHV)HFKDGRVGH)HUUR)XQGLGR6HOR%XQD
‘5HFDOTXH
SRO
‘6XFomRSRO
(VWiJLRV
0RGHOR
Potência (cv)
$3/,&$d¯(6*(5$,6
,UULJDomRDOLPHQWDomRGHFDOGHLUDVWUDQVSRUWHGHiJXDDORQJD
GLVWkQFLDVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLR
abastecimento predial, indústrias.
&yGLJR
3UHoR
(R$)
Motor Trifásico
9ROWDJHQV
&yGLJR
0RWRU7ULIiVLFR9
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
(R$)
0($
12,5
2
3
6.138
7.552
7.552
10.777
0($
12,5
2
3
6.138
7.552
7.552
10.777
0($
15
2
3
6.138
8.088
8.088
11.542
0($
15
2
3
6.138
8.088
8.088
11.542
0($
20
3
3
6.746
10.507
10.507
-
0($
25
3
3
6.746
11.660
11.660
-
0($
30
4
3
7.332
14.025
14.025
-
0($
40
4
3
7.332
19.804
19.804
-
0(%
12,5
2
3
6.138
7.552
7.552
10.777
0(%
15
2
3
6.138
8.088
8.088
11.542
0(%
15
2
3
6.138
8.088
8.088
11.542
0(%
15
2
3
6.138
8.088
8.088
11.542
0(%
20
2
3
6.138
10.112
10.112
-
0(%
20
3
3
6.746
10.507
10.507
-
0(%
20
3
3
6.746
10.507
10.507
-
0(%
25
2
3
6.138
11.157
11.157
-
0(%
25
3
3
6.746
11.660
11.660
-
0(%
30
3
3
6.746
13.625
13.625
-
0(%
30
4
3
7.332
14.025
14.025
-
0(%
40
3
3
6.746
19.371
19.371
-
0(%
40
4
3
7.332
19.804
19.804
-
0(%
50
4
3
7.332
20.641
20.641
-
0(%
50
4
3
7.332
20.641
20.641
-
0(&
15
2
3
6.138
8.088
8.088
11.542
0(&
15
2
3
6.138
8.088
8.088
11.542
0(&
20
2
3
6.138
10.112
10.112
-
0(&
25
2
3
6.138
11.157
11.157
-
0(&
25
2
3
6.138
11.157
11.157
-
0(&
25
2
3
6.138
11.157
11.157
-
0(&
25
3
3
6.746
11.660
11.660
-
0(&
30
3
3
6.746
13.625
13.625
-
0(&
30
2
3
6.138
13.311
13.311
-
0(&
30
4
3
7.332
14.025
14.025
-
ME33400 C165
40
3
3
6.746
19.371
19.371
-
0(&
40
3
3
6.746
19.371
19.371
-
0(&
40
4
3
7.332
19.804
19.804
-
0(&
50
3
3
6.746
20.216
20.216
-
0(&
50
3
3
6.746
20.216
20.216
-
0(&
50
4
3
7.332
20.641
20.641
-
0RWRU:(*,3SRORV+]5RWRUHVIHFKDGRVGHIHUURIXQGLGR
3DUDERPEHDPHQWRGHiJXDDFLPDGHž&FRQVXOWHD)iEULFD
%RFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
36
%RPED0DQFDOL]DGD
(sem motor)
MOTOBOMBAS VÓRTEX
6pULHV0%90%9H0%9PRWRERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHiJXDFRPVyOLGRVHPVXVSHQVmRERPEHDPHQWRGH
HÁXHQWHVQmRÀEURVRVDJULFXOWXUDFDELQHVGHSLQWXUDLQG~VWULDV
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
0%9)
‘6XFomR
SRO
0RGHOR
Potência (cv)
39 - MBV-01 F
2
3
2
2
2
2
10
10
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
R$
803
803
Motor Trifásico
9
&yGLJR
Motor Monofásico com
&DSDFLWRU9
3UHoR
R$
1.397
1.597
&yGLJR
3UHoR5
1.816
1.993
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHiJXDFRPVyOLGRVHPVXVSHQVmRERPEHDPHQWRGH
HÁXHQWHVQmRÀEURVRVDJULFXOWXUDLQG~VWULDV
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
5
10
0%95
12,5
15
20
25
‘6XFomR
SRO
0RGHOR
Potência (cv)
40-A - MBV-21 R
3
3
3
3
3
3
3
15
15
15
15
15
15
15
Motor Trifásico
9ROWDJHQV
9
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
R$
1.701
1.701
1.701
1.701
1.701
1.701
1.701
&yGLJR
3UHoR
R$
3.014
3.627
4.717
5.082
5.553
7.305
8.205
Motor Trifásico
9
&yGLJR
3UHoR
R$
3.627
4.717
5.082
5.553
7.305
8.205
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
R$
4.967
6.079
6.793
7.380
8.431
-
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHiJXDFRPVyOLGRVHPVXVSHQVmRERPEHDPHQWRGH
HÁXHQWHVQmRÀEURVRVDJULFXOWXUDLQG~VWULDV
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
5
10
0%9)
12,5
15
20
25
‘6XFomR
SRO
0RGHOR
Potência (cv)
40-B - MBV-21 F
3
3
3
3
3
3
3
15
15
15
15
15
15
15
Motor Trifásico
9ROWDJHQV
9
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
R$
2.088
2.088
2.088
2.088
2.088
2.088
2.088
&yGLJR
3UHoR
R$
3.386
3.998
5.088
5.474
5.926
7.676
8.579
Motor Trifásico
9
&yGLJR
3UHoR
R$
3.998
5.088
5.474
5.926
7.676
8.579
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
R$
5.303
6.436
7.150
7.736
8.786
-
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHiJXDFRPVyOLGRVHPVXVSHQVmRERPEHDPHQWRGH
HÁXHQWHVQmRÀEURVRVDJULFXOWXUDLQG~VWULDV
Ø Máximo dos
6yOLGRVPP
0%95$
0%95%
‘5HFDOTXH
SRO
0%95
‘6XFomRSRO
0RGHOR
Potência (cv)
41-A - MBV-22 R
15
20
25
30
30
2
2
2
2
2
10
10
10
10
10
Motor Trifásico
9ROWDJHQV
9
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
R$
1.934
1.934
1.934
1.934
1.934
&yGLJR
3UHoR
R$
5.588
7.355
8.255
10.256
10.256
Motor Trifásico
9
&yGLJR
3UHoR
R$
5.588
7.355
8.255
10.256
10.256
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
R$
8.480
-
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHiJXDFRPVyOLGRVHPVXVSHQVmRERPEHDPHQWRGH
HÁXHQWHVQmRÀEURVRVDJULFXOWXUDLQG~VWULDV
Ø Máximo dos
6yOLGRVPP
0%9)$
0%9)%
‘5HFDOTXH
SRO
0%9)
‘6XFomR
SRO
0RGHOR
Potência (cv)
41-B - MBV-22 F
15
20
25
30
30
2
2
2
2
2
10
10
10
10
10
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
3UHoR
R$
2.286
2.286
2.286
2.286
2.286
Motor Trifásico
9ROWDJHQV
9
&yGLJR
3UHoR
R$
5.953
7.698
8.598
10.598
10.598
6pULH0%9PRWRU:(*,3SRORV+]6pULHV0%9H0%9PRWRU:(*,3SRORV+]6pULH0%9URWRUYyUWH[GHIHUURIXQGLGRQRGXODU
3DUDERPEHDPHQWRGHiJXDDFLPDGHƒ&XWLOL]HVHORPHFkQLFRGH9LWRQŠ3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
0RGHOR5ERFDLVURVFDGRV0RGHOR)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
Motor Trifásico
9
&yGLJR
3UHoR
R$
5.953
7.698
8.598
10.598
10.598
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR
R$
8.812
-
MOTOBOMBAS VÓRTEX
6pULHV0%9PRWRERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHiJXDFRPFHUHDLVRXJUmRVHPVXVSHQVmR
ERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVDJULFXOWXUDLQG~VWULDV
Ø Máximo dos
6yOLGRVPP
0%95
‘5HFDOTXH
SRO
0%95
‘6XFomR
SRO
0RGHOR
Potência (cv)
$0%95SRORV
2
3
4
5
2
3
4
5
2
2
2
2
2
2
2
2
15
15
15
15
15
15
15
15
%RPED0DQFDOL]DGD
(Sem Motor)
0RWRU7ULIiVLFR9ROWDJHQV
9
3UHoR
R$
1.773
1.773
1.773
1.773
1.784
1.784
1.784
1.784
&yGLJR
&yGLJR
3UHoR
R$
2.551
2.707
3.008
3.154
2.563
2.745
3.053
3.188
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR5
4.394
4.763
5.588
6.637
4.405
4.774
5.606
6.664
$3/,&$d¯(6*(5$,6
%RPEHDPHQWRGHiJXDFRPFHUHDLVRXJUmRVHPVXVSHQVmR
ERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVDJULFXOWXUDLQG~VWULDV
Ø Máximo dos
6yOLGRVPP
0%9)
‘5HFDOTXH
SRO
0%9)
‘6XFomR
SRO
0RGHOR
Potência (cv)
%0%9)SRORV
2
3
4
5
2
3
4
5
2
2
2
2
2
2
2
2
15
15
15
15
15
15
15
15
%RPED0DQFDOL]DGD
(Sem Motor)
&yGLJR
0RWRU7ULIiVLFR9ROWDJHQV
9
3UHoR
R$
2.106
2.106
2.106
2.106
2.119
2.119
2.119
2.119
&yGLJR
3UHoR
R$
2.819
2.996
3.298
3.431
2.832
3.008
3.311
3.466
Motor Monofásico com
&DSDFLWRU9
&yGLJR
3UHoR5
4.656
5.025
5.850
6.900
4.667
5.036
5.863
6.911
6pULH0%9PRWRU:(*,3SRORV+]5RWRUYyUWH[GHIHUURIXQGLGRQRGXODU3DUDERPEHDPHQWRGHiJXDDFLPDGHž&XWLOL]HVHORPHFkQLFRGH9LWRQŠ
3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV0RGHOR5ERFDLVURVFDGRV0RGHOR)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
MOTOBOMBAS CENTRÍFUGAS SUBMERSÍVEIS
6pULH%&6PRWRERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
Ø Máximo dos
6yOLGRVPP
%&66
‘5HFDOTXH
SRO
0RGHOR
Potência (cv)
$3/,&$d¯(6*(5$,6
/LPSH]DGHFDL[DVG·iJXDSRoRVUHVHUYDWyULRVFLVWHUQDVGUHQDJHPGHSHTXHQDVSLVFLQDVSRU}HV
JDUDJHQVDODJDPHQWRVUHVLGHQFLDLV
43 - BCS-S1
&yGLJR
1
2
Motor Monofásico
115 V
230 V
3UHoR5
&yGLJR
3UHoR5
536
536
0RWRU,3SRORV+]5RWRUVHPLDEHUWRGH1\ORQ
$3/,&$d¯(6*(5$,6
'UHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVUHEDL[DPHQWRGHOHQoROIUHiWLFROLPSH]DGHFDL[DVG·iJXD
ERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
0RGHOR
Potência (cv)
44 - BCS-C5
Motor Trifásico
220 V
&yGLJR
380 V
3UHoR
R$
&yGLJR
MRWRU0RQRIiVLFRFRP&DSDFLWRU
440 V
3UHoR
R$
&yGLJR
127 V
3UHoR
R$
&yGLJR
220 V
3UHoR
R$
&yGLJR
3UHoR
R$
2
5
1.636 1.636 1.636 1.759 1.759
1
2
5
1.710 1.710 1.710 2.124 2.124
%&6&
0RWRU:(*,3SRORV+]5RWRUVHPLDEHUWRGHIHUURIXQGLGR0RGHORV%&66H%&6&WHPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRž&
3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV9HGDGDDXWLOL]DomRSDUDERPEHDPHQWRGHiJXDSRWiYHO
MOTOBOMBAS CENTRÍFUGAS SUBMERSÍVEIS
6pULH%&6PRWRERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
%&6
‘5HFDOTXH
SRO
Potência (cv)
0RGHOR
Ø Máximo dos
6yOLGRVPP
$3/,&$d¯(6*(5$,6
'UHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVUHEDL[DPHQWRGHOHQoROIUHiWLFROLPSH]DGHFDL[DVG·iJXD
ERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
45 - BCS-205
Motor Trifásico
220 V
&yGLJR
380 V
3UHoR
R$
&yGLJR
440 V
3UHoR
R$
3UHoR
R$
&yGLJR
2
2
5
2.645
2.645
2.645
3
2
5
2.942
2.942
2.942
$3/,&$d¯(6*(5$,6
'UHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVUHEDL[DPHQWRGHOHQoROIUHiWLFROLPSH]DGHFDL[DVG·iJXD
ERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
Ø Máximo dos
6yOLGRVPP
%&6
‘5HFDOTXH
SRO
0RGHOR
Potência (cv)
46 - BCS-305
&yGLJR
3
3
5
3.304
3.304
3.304
4
3
5
3.884
3.884
3.884
Motor Trifásico
220 V
380 V
3UHoR
R$
440 V
&yGLJR
3UHoR
R$
&yGLJR
3UHoR
R$
$3/,&$d¯(6*(5$,6
'UHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVUHEDL[DPHQWRGHOHQoROIUHiWLFROLPSH]DGHFDL[DVG·iJXD
ERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
%&6
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
0RGHOR
Potência (cv)
47 - BCS-220
Motor Trifásico
220 V
380 V
3UHoR
R$
&yGLJR
&yGLJR
MRWRU0RQRIiVLFRFRP&DSDFLWRU
440 V
3UHoR
R$
127 V
3UHoR
R$
&yGLJR
&yGLJR
220 V
3UHoR
R$
3UHoR
R$
&yGLJR
2
20 1.902 1.902 1.902 2.035 2.035
1
2
20 1.970 1.970 1.970 2.551 2.551
2
2
20 2.784 2.784 2.784
-
-
3
2
20 3.113 3.113 3.113
-
-
%&6
Ø Máximo dos
6yOLGRVPP
Potência (cv)
0RGHOR
‘5HFDOTXH
SRO
$3/,&$d¯(6*(5$,6
'UHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVUHEDL[DPHQWRGHOHQoROIUHiWLFROLPSH]DGHFDL[DVG·iJXD
ERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
48 - BCS-320
Motor Trifásico
220 V
&yGLJR
380 V
3UHoR
R$
&yGLJR
440 V
3UHoR
R$
3UHoR
R$
&yGLJR
2
3
20
3.099
3.099
3.099
3
3
20
3.481
3.481
3.481
4
3
20
4.085
4.085
4.085
0RGHORV%&6PRWRU:(*,3SRORV+]
$3/,&$d¯(6*(5$,6
'UHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVUHEDL[DPHQWRGHOHQoROIUHiWLFRHVWDo}HVGHWUDWDPHQWR
GHHVJRWRERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
%&6
‘5HFDOTXH
SRO
Ø Máximo dos
6yOLGRVPP
0RGHOR
Potência (cv)
%&6SRORV
220 V
&yGLJR
380 V
3UHoR
R$
&yGLJR
Motor Monofásico com Capacitor
440 V
3UHoR
R$
&yGLJR
127 V
3UHoR
R$
&yGLJR
220 V
3UHoR
R$
&yGLJR
3UHoR
R$
3
50 2.936 2.936 2.936 2.981 2.981
1
3
50 3.293 3.293 3.293 3.819 3.819
2
3
50 3.991 3.991 3.991
-
-
3
3
50 4.378 4.378 4.378
-
-
0RGHOR%&6PRWRU:(*,3SRORV+]6pULH%&6URWRUVHPLDEHUWRGHIHUURIXQGLGR
7HPSHUDWXUDPi[LPDGROtTXLGRERPEHDGRž&9HGDGDDXWLOL]DomRSDUDERPEHDPHQWRGHiJXDSRWiYHO
3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
40
Motor Trifásico
MOTOBOMBAS INJETORAS
$3/,&$d¯(6*(5$,6
3RoRVFRPDOWXUDGHVXFomRVXSHULRUDPFDUHVLGrQFLDVFKiFDUDV
,
Ø Retorno
SRO
%,5
‘5HFDOTXH
SRO
,
‘6XFomR
SRO
0RGHOR
Potência (cv)
Injetor
50 - BIR-2008
1
909
909
1
1
976
976
1
918
918
1
1
984
984
0RWRU0RQRIiVLFRFRP&DSDFLWRUH3URWHomR7pUPLFD
127 V
220 V
&yGLJR
3UHoR5
&yGLJR
3UHoR5
0RWRU:(*,3FRPFDSDGHSURWHomRSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHSRORV+]
$3/,&$d¯(6*(5$,6
3RoRVFRPDOWXUDGHVXFomRVXSHULRUDPFDUHVLGrQFLDVFKiFDUDV
Ø Retorno
SRO
,
‘5HFDOTXH
SRO
0%,
‘6XFomR
SRO
0RGHOR
Potência (cv)
Injetor
51 - MBI-98
1
0RWRU0RQRIiVLFRFRP&DSDFLWRUH3URWHomR7pUPLFD
127 V
220 V
&yGLJR
3UHoR5
&yGLJR
3UHoR5
671
671
0RWRU:(*,3FRPÁDQJHLQFRUSRUDGDSURWHomRWpUPLFDHFDSDFLWRUSHUPDQHQWHSRORV+]
0RGHORV%,5H0%,URWRUIHFKDGRGH1RU\OŠFRPGHÀEUDGHYLGURPDLRUUHVLVWrQFLD(TXLSDPHQWRGHVHQYROYLGRSDUDXVRH[FOXVLYDPHQWHUHVLGHQFLDO
$3/,&$d¯(6*(5$,6
3RoRVFRPDOWXUDGHVXFomRVXSHULRUDPFDUHVLGrQFLDVFKiFDUDVDJULFXOWXUD
0%,
0%,
0%,
,
,
,
,
Ø Retorno
SRO
0%,
,
‘5HFDOTXH
SRO
0%,
‘6XFomRSRO
,
Potência (cv)
0RGHOR
Injetor
52 - MBI
1
667
885
-
814
1
769
1.022
1.152
994
1
1
769
1.046
1.220
1.037
1,5
1
769
1.136
1.335
-
1
669
899
-
822
1
669
933
-
916
1
1
669
955
-
987
1
669
899
-
843
1
669
933
-
916
1
1
669
955
-
987
1
1
776
1085
1229
1044
1,5
1
776
1.173
1.302
-
2
1
776
1.249
1.528
-
3
1
776
1.424
1.724
-
1,5
1
898
1.301
1.451
-
2
1
898
1.377
1.684
-
3
1
898
1.556
1.835
-
5RWRUIHFKDGRGHDOXPtQLR0RGHORV0%,0%,H0%,PRWRU:(*,3SRORV+]
6pULHV%,5H0%,GLkPHWURGRVLQMHWRUHV, PP, PP, PP
Temperatura máxima do líquido bombeado: 45 ºC.
1mRLQVWDOHD%,5RXD0%,VHPRLQMHWRUSRLVRPRWRUVRIUHUiVXSHUDTXHFLPHQWR
3DUDXPDFRUUHWDLQVWDODomRHXWLOL]DomRGRSURGXWRVLJDDVRULHQWDo}HVFRQWLGDVQR0DQXDOGH,QVWUXomR
%RPED0DQFDOL]DGD
(sem motor)
Motor Trifásico
9
0RWRU0RQRIiVLFR9
Com Capacitor
Sem Capacitor
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
&yGLJR
3UHoR
(R$)
41
%20%$6&(175Ì)8*$6SDUDHTXLSDPHQWRYHLFXODU
6pULH%&$9HLFXODUERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
,UULJDomRIHUWLUULJDomRRUJkQLFDWUDQVSRUWHHDVSHUVmRGHFKRUXPHERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRV
Potência mínima
para motor a
combustão (cv)
5RWDomR0i[LPD
na Bomba (rpm)
‘6XFomRSRO
‘5HFDOTXHSRO
Ø Máximo dos
6yOLGRVPP
%&$9HLFXODU
%&$(*D[HWD
64
3450
4
3
10
6.094
%&$(*D[HWD
4
3
10
8.550
%&$'*D[HWD
3500
4
3
10
8.550
%&$(6HOR0HFkQLFR
64
3450
4
3
10
6.268
%&$(6HOR0HFkQLFR
4
3
10
8.709
%&$'6HOR0HFkQLFR
3500
4
3
10
8.709
0RGHOR
%RPED0DQFDOL]DGD6HP0RWRU
5RWDomRGDWRPDGDGHIRUoDUSP
&yGLJR
3UHoR
R$
0RGHOR%&$9HLFXODUURWRUVHPLDEHUWRGHIHUURIXQGLGRSDUDSRWrQFLDGHFYHGHIHUURIXQGLGRQRGXODUSDUDSRWrQFLDGHFY
0RGHOR%&$(VHQWLGRGHURWDomRDQWLKRUiULRHVTXHUGRYLVWRSHORODGRGHWUiVGRDFLRQDPHQWR
0RGHOR%&$'VHQWLGRGHURWDomRKRUiULRGLUHLWRYLVWRSHORODGRGHWUiVGRDFLRQDPHQWR
&RQVXOWHD)iEULFDVREUHOLPLWHGHDXWRDVSLUDomRSDUDOtTXLGRVFRPSHVRHVSHFtÀFRVXSHULRUDJFPó
3DUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
6pULH0'&H0(0XOWLSOLFERPEDVFRPVLVWHPDGHWUDQVPLVVmRSRUYDULDomRGHURWDomRDWUDYpVGHPXOWLSOLFDGRU
$3/,&$d¯(6*(5$,6
6LVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQFLRFDPLQK}HVSLSDLQG~VWULDV
5RWRUIHFKDGRGHGXSORVHQWLGRGHIHUURIXQGLGR
6HQWLGRGHURDWDomRDQWLKRUiULRYLVWRSHORODGRGHWUiVGRPXOWLSOLFDGRU
6LVWHPDGHWUDQVPLVVmRFRPYDULDomRGHURDWDomRDWUDYpVGHPXOWLSOLFDGRUFRPUHODomRGHWUDQVPLVVmRSDGUmRGH[
3DUDVLVWHPDVGHWUDQVPLVVmR[[[[FRQVXOWHFyGLJRFRPD)iEULFD
%RFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
42
‘6XFomRSRO
‘5HFDOTXHSRO
0'&)9$0XOWLSOLF
5RWDomR0i[LPD
na Bomba (rpm)
0RGHOR
Potência mínima
para motor a
combustão (cv)
0'&)9$0XOWLSOLF
50
3450
3
2
64
3450
3
2
3450
3
2
9HUVmRFRP0XOWLSOLFDGRU
&yGLJR
3UHoR5
14.074
'HÀQLUUHODomRGHWUDQVPLVVmRH
FRQVXOWDUFyGLJRFRPD)iEULFD
14.074
14.074
%RPEDVSDUDDFRSODPHQWRHPPRWRUHVHVWDFLRQiULRVFRPEXVWmR,QWHUQD
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDUHVLGrQFLDVFKiFDUDVDJULFXOWXUDLQG~VWULDV
6+%&7&HQWUtIXJDV
Potência (cv) 5RWDomRUSP (L[R[)ODQJH
SRO[PP
0RGHOR
‘6XFomR
SRO
‘5HFDOTXH
SRO
&yGLJR
3UHoR
R$
990
6+%&7%
4
3600
[
1
6+%&7%
5,5
3600
[
1
990
6+%&75
5,5
3600
[
1.171
5RWRUIHFKDGRGHDOXPtQLR
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDQHEXOL]DomRGHDYLiULRVHHVWXIDVDJULFXOWXUDLQG~VWULDV
6+%&7$9&HQWUtIXJD
Potência (cv) 5RWDomRUSP (L[R[)ODQJH
SRO[PP
0RGHOR
6+%&7$9
4
3600
[
‘6XFomR
SRO
‘5HFDOTXH
SRO
&yGLJR
3UHoR
R$
1.361
5RWRUIHFKDGRGHDOXPtQLR
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDUHVLGrQFLDVFKiFDUDVQHEXOL]DomRGHDYLiULRVHHVWXIDV
DJULFXOWXUDLQG~VWULDV
57 - SH MBA-ZL - Autoaspirante
0RGHOR
Potência (cv) 5RWDomRUSP
6+0%$=/
4
3600
(L[R[)ODQJH
SRO[PP
‘6XFomR
SRO
‘5HFDOTXH
SRO
&yGLJR
3UHoR
R$
[
1
1
1.304
5RWRUIHFKDGRGHDOXPtQLR
0RGHORV6+%&$H6+%&$ERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6/RFDLVVHPHQHUJLDHOpWULFDGUHQDJHPGHiJXDVVHUYLGDVH
SOXYLDLVFDSWDomRÁXYLDOLUULJDomRIHUWLUULJDomRRUJkQLFDWUDQVSRUWHHDVSHUVmRGH
FKRUXPHERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
58 - SH BCA-41 - Autoaspirantes
Ø Máximo
(L[R[)ODQJH ‘6XFomR ‘5HFDOTXH GRV6yOLGRV
SRO[PP
SRO
SRO
(mm)
&yGLJR
3UHoR
R$
4
1.948
5
1.948
5
1.948
6
1.948
1.948
Potência
(cv)
5RWDomR
(rpm)
6+%&$
4
3600
[
6+%&$
5,5
3600
[
6+%&$
6,5
3600
[
6+%&$
3600
[
6+%&$
13
3600
[
0RGHOR
5RWRUVHPLDEHUWRGHIHUURIXQGLGR
$3/,&$d¯(6*(5$,6/RFDLVVHPHQHUJLDHOpWULFDGUHQDJHPGHiJXDVVHUYLGDVH
SOXYLDLVFDSWDomRÁXYLDOLUULJDomRIHUWLUULJDomRRUJkQLFDWUDQVSRUWHHDVSHUVmRGH
FKRUXPHERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVLQG~VWULDV
59 - SH BCA-42 - Autoaspirante
0RGHOR
Potência
(cv)
5RWDomR
(rpm)
6+%&$
20
3600
Ø Máximo
(L[R[)ODQJH ‘6XFomR ‘5HFDOTXH GRV6yOLGRV
SRO[PP
SRO
SRO
(mm)
[
3
3
6
&yGLJR
3UHoR
R$
2.082
5RWRUVHPLDEHUWRGHIHUURIXQGLGR
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDSRoRVFRPDOWXUDGHVXFomRVXSHULRU
DPFDUHVLGrQFLDVFKiFDUDVDJULFXOWXUD
60 - SH MBI - Injetora
5RWRUIHFKDGRGHDOXPtQLR
'LkPHWURGRVLQMHWRUHV, PP, PP
6pULHV6+2PRWRUQmRpSDUWHLQWHJUDQWHGRSURGXWR
0RGHOR
Potência
(cv)
5RWDomR
(rpm)
6+0%,,
4
3600
Ø Máximo
(L[R[)ODQJH ‘6XFomR ‘5HFDOTXH GRV6yOLGRV
SRO[PP
SRO
SRO
(mm)
[
1
&yGLJR
3UHoR
R$
1.344
Lançamentos
43
%RPEDVSDUDDFRSODPHQWRHPPRWRUHVHVWDFLRQiULRVFRPEXVWmRLQWHUQD
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDLUULJDomRDJULFXOWXUDIRQWHVHFDVFDWDVVLVWHPDVGH
SUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
6+%&5&HQWUtIXJDV
Potência
(cv)
5RWDomR
(rpm)
6+%&5
4
3600
[
2
6+%&5
5,5
3600
[
2
6+%&5
6,5
3600
[
6+%&5
6,5
3600
[
0RGHOR
(L[R[)ODQJH ‘6XFomR ‘5HFDOTXH
SRO[PP
SRO
SRO
&yGLJR
3UHoR
R$
1.401
1.401
1.393
2
1.428
6+%&5
3600
[
3
1.513
6+%&5
13
3600
[
3
1.513
6+%&5
20
3600
[
3
1.513
5RWRUIHFKDGRGHIHUURIXQGLGR
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDLUULJDomRDJULFXOWXUDIRQWHVHFDVFDWDVDEDVWHFLPHQWR
SUHGLDOVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
6+%&)&HQWUtIXJDV
0RGHOR
Potência
(cv)
5RWDomR
(rpm)
(L[R[)ODQJH ‘6XFomR ‘5HFDOTXH
SRO[PP
SRO
SRO
&yGLJR
3UHoR
R$
6+%&)
3600
[
3
1.785
6+%&)
13
3600
[
3
1.785
6+%&)
20
3600
[
3
1.785
5RWRUIHFKDGRGHIHUURIXQGLGR%RFDLVÁDQJHDGRVFRQIRUPH1RUPD',1
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDLUULJDomRDEDVWHFLPHQWRSUHGLDOVLVWHPDVGH
UHIULJHUDomRVLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLRLQG~VWULDV
6+%&5&HQWUtIXJDV
0RGHOR
Potência
(cv)
5RWDomR
(rpm)
(L[R[)ODQJH ‘6XFomR ‘5HFDOTXH
SRO[PP
SRO
SRO
&yGLJR
3UHoR
R$
6+%&5%
5,5
3600
[
6+%&5%
6,5
3600
[
1
1.485
1
6+%&5
3600
[
1.485
6+%&5
13
3600
1.564
[
6+%&5
20
3600
1.564
[
2
1.581
0RGHORV6+%&5%H6+%&5URWRUIHFKDGRGHDOXPtQLR6K%&5URWRUIHFKDGRGHIHUURIXQGLGR
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDUHGHGHKLGUDQWHVUHGHGHVSULQNOHUV
VLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLR
6+%3,5&HQWUtIXJDV
0RGHOR
Potência
(cv)
5RWDomR
(rpm)
(L[R[)ODQJH ‘6XFomR ‘5HFDOTXH
SRO[PP
SRO
SRO
&yGLJR
3UHoR
R$
6+%3,5
5,5
3600
[
1.463
6+%3,5
6,5
3600
[
1.463
1.513
6+%3,5
3600
[
6+%3,5
13
3600
[
1.513
6+%3,5
20
3600
[
1.513
5RWRUIHFKDGRGHIHUURIXQGLGR
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDUHGHGHKLGUDQWHVUHGHGHVSULQNOHUV
VLVWHPDVGHSUHYHQomRHFRPEDWHFRQWUDLQFrQGLR
6+%3,)&HQWUtIXJDV
0RGHOR
Potência
(cv)
5RWDomR
(rpm)
&yGLJR
3UHoR
R$
6+%3,)
5,5
3600
[
1.548
6+%3,)
6,5
3600
[
1.548
6+%3,)
3600
[
1.722
6+%3,)
13
3600
[
1.722
6+%3,)
20
3600
[
1.722
5RWRUIHFKDGRGHIHUURIXQGLGR0RGHORV5ERFDLVURVFDGRV0RGHORV)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',1IRUQHFLGRVVHPRFRQWUDÁDQJH
.LWFRQWUDÁDQJHGLVSRQtYHODSDUWHYLGHSiJLQDGDVERPEDV%3,6pULHV6+2PRWRUQmRpSDUWHLQWHJUDQWHGRSURGXWR
44
(L[R[)ODQJH ‘6XFomR ‘5HFDOTXH
SRO[PP
SRO
SRO
%RPEDVSDUDDFRSODPHQWRHPPRWRUHVHVWDFLRQiULRVFRPEXVWmRLQWHUQD
6+0(0XOWLHVWiJLRV
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDLUULJDomRODYDomRGHDPELHQWHVYHtFXORV
HPiTXLQDVWUDQVSRUWHGHiJXDDORQJDGLVWkQFLDLQG~VWULDV
5RWRUHV)HFKDGRVGH$OXPtQLR6HOR%XQD
0RGHOR
Potência
(cv)
(VWiJLRV
5RWDomR (L[R[)ODQJH ‘6XFomR ‘5HFDOTXH
(rpm)
SRO[PP
SRO
SRO
6+0($/
4
4
3600
[
1
6+0($/
5,5
6
3600
[
1
&yGLJR
3UHoR
R$
1
1.486
1
1.722
5RWRUHVIHFKDGRVGHDOXPtQLR
6+0(0XOWLHVWiJLRV
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDLUULJDomRODYDomRGHDPELHQWHVYHtFXORV
HPiTXLQDVWUDQVSRUWHGHiJXDDORQJDGLVWkQFLDLQG~VWULDV
Rotores Fechados de Bronze - 6HOR9LWRQŠ
0RGHOR
Potência
(cv)
(VWiJLRV
5RWDomR (L[R[)ODQJH ‘6XFomR ‘5HFDOTXH
(rpm)
SRO[PP
SRO
SRO
6+0(%5
4
4
3600
[
1
6+0(%5
5,5
6
3600
[
1
&yGLJR
3UHoR
R$
1
1.705
1
2.041
5RWRUHVIHFKDGRVGHEURQ]H
6+0(0XOWLHVWiJLRV
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDLUULJDomRODYDomRGHDPELHQWHVYHtFXORV
HPiTXLQDVWUDQVSRUWHGHiJXDDORQJDGLVWkQFLDLQG~VWULDV
5RWRUHV)HFKDGRVGH$OXPtQLR6HOR%XQD
0RGHOR
Potência
(cv)
(VWiJLRV
5RWDomR (L[R[)ODQJH ‘6XFomR ‘5HFDOTXH
(rpm)
SRO[PP
SRO
SRO
&yGLJR
3UHoR
R$
6+0($/
6,5
3
3600
[
1.703
6+0($/
3
3600
[
1.707
6+0($/9
13
3
3600
[
1.707
6+0($/
20
5
3600
[
2.161
5RWRUHVIHFKDGRVGH$OXPtQLR
6+0(0XOWLHVWiJLRV
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDDEDVWHFLPHQWRSUHGLDOWUDQVSRUWHGHiJXDDORQJD
GLVWkQFLDLUULJDomRODYDomRGHDPELHQWHVYHtFXORVHPiTXLQDVLQG~VWULDV
Rotores Fechados de Bronze - 6HOR9LWRQŠ
0RGHOR
Potência
(cv)
(VWiJLRV
5RWDomR (L[R[)ODQJH ‘6XFomR ‘5HFDOTXH
(rpm)
SRO[PP
SRO
SRO
&yGLJR
3UHoR
R$
6+0(%5
6,5
3
3600
[
2.002
6+0(%5
3
3600
[
2.031
6+0(%59
13
3
3600
[
2.031
6+0(%5
20
5
3600
[
2.680
5RWRUIHFKDGRGH%URQ]H6pULHV6+2PRWRUQmRpSDUWHLQWHJUDQWHGRSURGXWR
45
%RPEDVSDUDDFRSODPHQWRHPPRWRUHVHVWDFLRQiULRVFRPEXVWmR,QWHUQD
6pULHV6+06$%RPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRV
GUHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVLUULJDomRLQG~VWULDV
6+06$5&HQWUtIXJDV
0RGHOR
Potência 5RWDomR (L[R[)ODQJH ‘6XFomR ‘5HFDOTXH Ø Máximo
GRV6yOLGRV
(cv)
(rpm) SRO[PP
SRO
SRO
(mm)
&yGLJR
3UHoR
R$
1.445
6+06$5
5,5
3600
[
2
6+06$5
6,5
3600
[
6
1.429
6+06$5
6,5
3600
[
2
1.445
6+06$5
3600
[
3
12
1.562
6+06$5
13
3600
[
3
12
1.562
6+06$5
20
3600
;
3
12
1.562
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRV
GUHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVLUULJDomRLQG~VWULDV
6+06$)&HQWUtIXJDV
0RGHOR
Potência 5RWDomR (L[R[)ODQJH ‘6XFomR ‘5HFDOTXH Ø Máximo
GRV6yOLGRV
(cv)
(rpm) SRO[PP
SRO
SRO
(mm)
&yGLJR
3UHoR
R$
6+06$)
3600
[
3
12
1.851
6+06$)
13
3600
[
3
12
1.851
6+06$)
20
3600
[
3
12
1.851
6pULH6+06$%RPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRV
GUHQDJHPGHiJXDVVHUYLGDVHSOXYLDLVLUULJDomRLQG~VWULDV
6+06$5&HQWUtIXJDV
0RGHOR
Potência 5RWDomR (L[R[)ODQJH ‘6XFomR ‘5HFDOTXH Ø Máximo
GRV6yOLGRV
(cv)
(rpm) SRO[PP
SRO
SRO
(mm)
6+06$5
3600
[
6+06$5
13
3600
[
6+06$5
20
3600
[
&yGLJR
3UHoR
R$
6
1.580
6
1.580
6
1.580
6pULH6+06$URWRUVHPLDEHUWRGHIHUURIXQGLGRQRGXODU
6pULHV6+0%9ERPEDVSDUDOtTXLGRVFRPVyOLGRVHPVXVSHQVmRFRQIRUPHWDPDQKRHVSHFLÀFDGRQDWDEHOD
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDERPEHDPHQWRGHiJXDFRPVyOLGRVHP
VXVSHQVmRERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVDJULFXOWXUDLQG~VWULDV
6+0%959yUWH[
0RGHOR
Potência 5RWDomR (L[R[)ODQJH ‘6XFomR ‘5HFDOTXH Ø Máximo
GRV6yOLGRV
(cv)
(rpm) SRO[PP
SRO
SRO
(mm)
3UHoR
R$
6+0%95
6,5
3600
[
3
15
1.808
6+0%95
3600
[
3
15
1.808
6+0%95
13
3600
[
3
15
1.808
6+0%95
20
3600
[
3
15
1.808
$3/,&$d¯(6*(5$,6
/RFDLVVHPHQHUJLDHOpWULFDERPEHDPHQWRGHiJXDFRPVyOLGRVHP
VXVSHQVmRERPEHDPHQWRGHHÁXHQWHVQmRÀEURVRVDJULFXOWXUDLQG~VWULDV
6+0%9)9yUWH[
0RGHOR
Potência 5RWDomR (L[R[)ODQJH ‘6XFomR ‘5HFDOTXH Ø Máximo
GRV6yOLGRV
(cv)
(rpm) SRO[PP
SRO
SRO
(mm)
&yGLJR
3UHoR
R$
6+0%9)
6,5
3600
[
3
15
2.148
6+0%9)
3600
[
3
15
2.148
6+0%9)
13
3600
[
3
15
2.148
6+0%9)
20
3600
[
3
15
2.148
6pULH6+0%9URWRUYyUWH[GHIHUURIXQGLGRQRGXODU6pULHV6+0%9H6+06$SDUDERPEHDPHQWRGHiJXDFRPPDWHULDODEUDVLYRFRQVXOWHD)iEULFDSDUDHVSHFLÀFDomRGRVPDWHULDLV
0RGHORV5ERFDLVURVFDGRV0RGHORV)ERFDLVÁDQJHDGRVFRQIRUPH1RUPD',16pULHV6+2PRWRUQmRpSDUWHLQWHJUDQWHGRSURGXWR
46
&yGLJR
OUTROS PRODUTOS
$3/,&$d®2*(5$/
$XWRPDWL]DomRQRFRQWUROHGHQtYHOGHUHVHUYDWyULRV
$XWRPiWLFRGH1tYHO
0RGHOR
Partida Direta
&yGLJR
3UHoR5
$XWRPiWLFRGH1tYHO
$WpFY0RQRIiVLFR
9
68
(Produto vendido somente
HPP~OWLSORVGHXQLGDGHV
$3/,&$d®2
3URWHomRGRFRQMXQWRPRWRERPEDFRQWUDTXHGDGHHQHUJLD
0RGHOR
(*) Potência
(cv)
&KDYHV0DJQpWLFDVSDUD0RWRERPEDV
&yGLJR
Monofásica 220 V
3UHoR Faixa de
(R$) Ajuste
&yGLJR
Trifásica 220 V
3UHoR Faixa de
(R$) Ajuste
&yGLJR
Trifásica 380 V
3UHoR Faixa de
(R$) Ajuste
&yGLJR
3UHoR Faixa de
(R$) Ajuste
236
236 -
-
236
236 -
-
249
233 215
241 251 236 223
241 293 314 223
241 1
3':
Monofásica 127 V
293 314 223
241 1,5 293 316 223
241 2
347 324 223
3
576 324 304 241 241 4
-
358 308 335 5
-
493 321 335 -
945 358 347 10
-
1.008 490 347 $WHQomRVHOHFLRQHDFKDYHPDJQpWLFDYHULÀFDQGRDFRPSDWLELOLGDGHGDIDL[DGHDMXVWHFRPDFRUUHQWHPi[LPDGRPRWRU$SRWrQFLDpRULHQWDWLYDSRUpPHPDOJXQVFDVRVSRGHQmRVHUFRPSDWtYHO
$FHVVyULRV+LGUiXOLFRV
(**) IPI dos Produtos
$FHVVyULR
0RGHOR
%LWRODSRO
&yGLJR
3UHoR
(R$)
0RWRERPEDV&HQWUtIXJDVDWpPóK
5%
0RWRERPEDV&HQWUtIXJDVDFLPDGHPóK
0%
Motobombas Submersíveis
5%
7DQTXHVGH3UHVVmR
5%
Injetor
5%
,QMHWRU,
[
154
,QMHWRU,
[
154
,QMHWRU,
[
154
5HJLVWUR&RQWUROH
0%
,QMHWRU,
[
164
Manômetro
0%
,QMHWRU,
[
164
$XWRPiWLFRGH1tYHO
0%
,QMHWRU,
[
164
&KDYHV0DJQpWLFDV
5%
,QMHWRU,
;
Manômetro
$
&RQVLGHUDo}HV
FRPURVFD
$
65
3HUFHQWXDLVVXMHLWRVDDOWHUDo}HV
&RQVXOWHDOHJLVODomRYLJHQWH
0%,
$
‡/LVWDGHSUHoRVEUXWRVH[SUHVVRVHP5HDLV
‡'HVFRQWRVHWD[DVÀQDQFHLUDVYLGHFLUFXODUGR
'HSDUWDPHQWR&RPHUFLDO
5HJLVWUR&RQWUROH