Mae byd y dosbarthiad pŵer trydanol yn newid yn gyflym ac mae tueddiadau newydd mawr fel effeithlonrwydd ynni, cysylltedd a gridiau craff bellach yn tyrru ar y llwyfan. Mae'r tueddiadau hyn yn arwain at gymwysiadau newydd a gofynion y farchnad y mae torwyr cylchedau foltedd isel ABB SACE yn gallu eu bodloni ag ansawdd uchel, cywirdeb a dibynadwyedd.
Mae yna rai modelau o dorrwr cylched ABB:
SH201-C16, GSH201-C2, SH201-C20, GSH201-C63, SH201-C63, GSH201-C32, GSJ201 AC-C20/0.03, GSH201 AC-C10/0.03, GSJ201 AC-C25, GSH201 AC-C63/0.03, GSH201 AC-C32/0.03, GSN201L-C16, S201M-C16, S203-C50, S201M-K16, GSH202AC-C40, GSH202-C63,S202M-C6DC, S202M-C10DC, S202M-C16DC, S202M-C20DC, S203-C63, S203-C80, SH203-C50, S203-C100, SH203-C32, SH204-C25, SH204-C40, SH204-C63, T6N630, T1N160, T7S1250, T5N630, T5N400, T3N250, T2S160, T1C160, A2N150, A2B250, A1N125, A1C125, A1A125, T5S400 PR22
1sda054396r1 1sda068059r1 1sda054929r1 abb pr221ds gosodiadau uned trip 1sda054117r1 1sda068126r1 1sda054333r1 abb sace tmax t5n 400 torrwr cylched
2CCA880100R0001
Synhwyrydd CMS-100PS 18mm, 80A AC, DC, TRMS, mowntio ar gyfer pro M compact & SMISSLINE 1 darn
2CCA880101R0001
Synhwyrydd CMS-101PS 18mm, 40A AC, DC, TRMS, mowntio ar gyfer pro M compact & SMISSLINE 1 darn
2CCA880102R0001
Torri Cylchdaith Achos Mowldiedig ABB Tmax XT1C160 TMD 63A80A100A160A Newid Aer 3P / 4P
Torri Cylchdaith Achos Mowldiedig ABB Tmax XT1N160 / XT3N250 3P / 4P80A100A160A250A Awyr Agored
Model: XT3N250 MA200 / 1200-2400 3c FF
Synhwyrydd CMS-102PS 18mm, 20A AC, DC, TRMS, mowntio ar gyfer pro M compact & SMISSLINE 1 darn
2CDS200909R0001
S2C-A1 S2C-A1 - Trip Shunt 1 darn
2CDS200909R0002
S2C-A2 S2C-A2 - Trip Shunt 1 darn
2CDS200912R0001
S2C-H6R S2C-H6R - Cyswllt Ategol 1 darn
2CDS200918R0001
S2C-NT S2C-NT - Niwtral 1 darn a weithredir â llaw
2CDS200922R0001
S2C-S / H6R S2C-S / H6R - Cyswllt Arwydd / Ategol 1 darn
2CDS200936R0001
Brand: ABB
Cyfres: Tmax XT
Ffrâm cregyn wedi'i graddio ar hyn o bryd: 250A
Nifer y Pwyliaid: 3P
Cerrynt â sgôr: 200A
Capasiti torri eithaf graddedig: 36kA
Math rhyddhau: MA
Math rhyddhau: electromagnetig
S2C-H11L S2C-H11L - Cyswllt Ategol 1 darn
2CDS200936R0002
S2C-H20L S2C-H20L - Cyswllt Ategol 1 darn
2CDS200936R0003
S2C-H02L S2C-H02L - Cyswllt Ategol 1 darn
2CDS200946R0001
S2C-H6-11R S2C-H6-11R - Cyswllt Ategol 1 darn
2CDS200946R0002
S2C-H6-20R S2C-H6-20R - Cyswllt Ategol 1 darn
2CDS200946R0003
XT2N160 TMD1.6-16 FF 36 1.6 10137776 10137881
XT2N160 TMD2-20 FF 36 2 10137777 10137882
XT2N160 TMD2.5-25 FF 36 2.5 10137778 10137883
XT2N160 TMD3.2-32 FF 36 3.2 10137779 10137884
S2C-H6-02R S2C-H6-02R - Cyswllt Ategol 1 darn
2CDS200970R0001
S2C-H01 S2C-H01 - Cyswllt Ategol 1 darn
2CDS200970R0002
S2C-H10 S2C-H10 - Cyswllt Ategol 1 darn
2CSS200911R0001
Dull gosod: sefydlog
Dull gweithredu: Gweithrediad Ontoleg
Dull weirio: Gwifrau o flaen y bwrdd
S2C-UA 12 DC S2C-UA 12 DC - Rhyddhau tan-foltedd 1 darn
2CSS200911R0002
S2C-UA 24 AC S2C-UA 24 AC - Rhyddhau tan-foltedd 1 darn
2CSS200911R0003
S2C-UA 48 AC S2C-UA 48 AC - Rhyddhau tan-foltedd 1 darn
2CSS200911R0004
S2C-UA 110 AC S2C-UA 110 AC - Rhyddhau tan-foltedd 1 darn
2CSS200911R0005
S2C-UA 230 AC S2C-UA 230 AC - Rhyddhau tan-foltedd 1 darn
2CSS200911R0006
XT2N160 TMD4-40 FF 36 4 10137780 10137885
XT2N160 TMD5-50 FF 36 5 10137781 10137886
XT2N160 TMD6.3-63 FF 36 6.3 10137782 10137887
XT2N160 TMD8-80 FF 36 8 10137783 10137888
XT2N160 TMD10-100 FF 36 10 10137784 10137889
XT2N160 TMD12.5-125 FF 36 12.5 10137785 10137890
2CDS273001R0164
S2C-UA 400 AC S2C-UA 400 AC - Rhyddhau tan-foltedd 1 darn
2CSS200911R0007
S2C-UA 24 DC S2C-UA 24 DC - Rhyddhau tan-foltedd 1 darn
2CSS200911R0008
S2C-UA 48 DC S2C-UA 48 DC - Rhyddhau tan-foltedd 1 darn
2CSS200911R0009
S2C-UA 110 DC S2C-UA 110 DC - Rhyddhau tan-foltedd 1 darn
2CSS200911R0010
S4N160 PR211-LI R100 FF S4N160 PR212-LSI R100 FF S4N160 PR212-LSIG R100 FF S4N160 PR211-LI R160 FF S4N160 PR212-LSI R160 FF S4N160 PR212-LSIG R160 FF S4N250 PR211 LI250 -LSIG R4 FF S250N212 PR250-LI R4 FFC S250N212 PR250-LSI R4 FFC S160N211 PR100-LSIG R4 FFC
S2C-UA 230 DC - Rhyddhau tan-foltedd S2C-UA 230 DC 1 darn
2CSS200998R0001
S2C-BP - Dyfais faglu mecanyddol darn S2C-BP 1
2CSS200999R0001
S2C-EST - Sylfaen Plug-in S2C-EST 1 darn
2CSS201997R0013
S2N160 R12.5 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R16 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R20 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R25 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R32 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R40 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R50 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R63 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R80 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R100 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R125 TM 10Ith FFC 4P + RC212 / 2V
S2N160 R160 TM 10Ith FFC 4P + RC212 / 2V
S3N160 R32 TM 10Ith FF 4P + RC212 / 3V
S3N160 R40 TM 10Ith FF 4P + RC212 / 3V
S3N160 R50 TM 10Ith FF 4P + RC212 / 3V
S3N160 R63 TM 10Ith FF 4P + RC212 / 3V
S3N160 R80 TM 10Ith FF 4P + RC212 / 3V
S3N160 R100 TM 10Ith FF 4P + RC212 / 3V
S3N160 R125 TM 10Ith FF 4P + RC212 / 3V
S3N160 R160 TM 10Ith FF 4P + RC212 / 3V
S3N250 R200 TM 10Ith FF 4P + RC212 / 3V
S3N250 R250 TM 10Ith FF 4P + RC212 / 3V
S2N160 R12.5 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R16 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R20 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R25 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R32 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R40 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R50 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R63 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R80 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R100 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R125 TM 10Ith FFC 4P + RC212 / 2H
S2N160 R160 TM 10Ith FFC 4P + RC212 / 2H
S3N160 R32 TM 10Ith FF 4P + RC212 / 3H
S3N160 R40 TM 10Ith FF 4P + RC212 / 3H
S3N160 R50 TM 10Ith FF 4P + RC212 / 3H
S3N160 R63 TM 10Ith FF 4P + RC212 / 3H
S3N160 R80 TM 10Ith FF 4P + RC212 / 3H
S3N160 R100 TM 10Ith FF 4P + RC212 / 3H
S3N160 R125 TM 10Ith FF 4P + RC212 / 3H
S3N160 R160 TM 10Ith FF 4P + RC212 / 3H
S3N250 R200 TM 10Ith FF 4P + RC212 / 3H
S3N250 R250 TM 10Ith FF 4P + RC212 / 3H
Gosodwr cylched cerrynt gweddilliol integredig integredig gosodiad fertigol S2 / 3 + RC212-R (gyda thorrwr cylched cyfres S2 / S3)
Capasiti torri: 35kA
Uned trip: Taith magnetig thermol TM
Gwylio taith electromagnetig (Im): 10Ith
Ffurflen weirio: FF (gwifrau blaen), FFC (gwifrau cebl blaen)
model
S2N160 R12.5 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R16 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R20 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R25 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R32 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R40 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R50 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R63 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R80 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R100 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R125 TM 10Ith FFC 4P + RC212-R / 2V
S2N160 R160 TM 10Ith FFC 4P + RC212-R / 2V
S3N160 R32 TM 10Ith FF 4P + RC212-R / 3V
S3N160 R40 TM 10Ith FF 4P + RC212-R / 3V
S3N160 R50 TM 10Ith FF 4P + RC212-R / 3V
S3N160 R63 TM 10Ith FF 4P + RC212-R / 3V
S3N160 R80 TM 10Ith FF 4P + RC212-R / 3V
S3N160 R100 TM 10Ith FF 4P + RC212-R / 3V
S3N160 R125 TM 10Ith FF 4P + RC212-R / 3V
S3N160 R160 TM 10Ith FF 4P + RC212-R / 3V
S3N250 R200 TM 10Ith FF 4P + RC212-R / 3V
S3N250 R250 TM 10Ith FF 4P + RC212-R / 3V
Nodyn: Mae RC212-R yn adrodd yn unig * Dim taith, dim ond ar gyfer amddiffyn rhag tân
Gosodwr llorweddol S2 / 3 + RC212-R torrwr cylched cerrynt gweddilliol integredig (gyda thorrwr cylched cyfres S2 / S3)
Capasiti torri: 35kA
Uned trip: Taith magnetig thermol TM
Gwylio taith electromagnetig (Im): 10Ith
Ffurflen weirio: FF (gwifrau blaen), FFC (gwifrau cebl blaen)
model
S2N160 R12.5 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R16 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R20 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R25 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R32 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R40 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R50 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R63 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R80 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R100 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R125 TM 10Ith FFC 4P + RC212-R / 2H
S2N160 R160 TM 10Ith FFC 4P + RC212-R / 2H
S3N160 R32 TM 10Ith FF 4P + RC212-R / 3H
S3N160 R40 TM 10Ith FF 4P + RC212-R / 3H
S3N160 R50 TM 10Ith FF 4P + RC212-R / 3H
S3N160 R63 TM 10Ith FF 4P + RC212-R / 3H
S3N160 R80 TM 10Ith FF 4P + RC212-R / 3H
S3N160 R100 TM 10Ith FF 4P + RC212-R / 3H
S3N160 R125 TM 10Ith FF 4P + RC212-R / 3H
S3N160 R160 TM 10Ith FF 4P + RC212-R / 3H
S3N250 R200 TM 10Ith FF 4P + RC212-R / 3H
S3N250 R250 TM 10Ith FF 4P + RC212-R / 3H
Nodyn: Mae RC212-R yn adrodd yn unig * Dim taith, dim ond ar gyfer amddiffyn rhag tân
Torri cylched integredig ras gyfnewid gyfredol gweddilliol S5 + RCQ (CL110mm) (gyda thorrwr cylched cyfres S5)
Capasiti torri: 35kA
Uned trip: Trip magnetig thermol (TM), rhyddhau gor-redeg microbrosesydd (PR211-LI, PR212-LSI)
Ffurflen weirio: FF (gwifrau blaen)
model
S5N400 R320 TM FF 4P + RCQ (CL110mm)
S5N400 R400 TM FF 4P + RCQ (CL110mm)
S5N630 R500 TM FF 4P + RCQ (CL110mm)
S5N400 PR211-LI R320 FF 4P + RCQ (CL110mm)
S5N400 PR211-LI R400 FF 4P + RCQ (CL110mm)
S5N630 PR211-LI R630 FF 4P + RCQ (CL110mm)
S5N400 PR212-LSI R320 FF 4P + RCQ (CL110mm)
S5N400 PR212-LSI R400 FF 4P + RCQ (CL110mm)
S5N630 PR212-LSI R630 FF 4P + RCQ (CL110mm)
Torri cylched integredig ras gyfnewid gyfredol gweddilliol S5 + RCQ (CL185mm) (gyda thorrwr cylched cyfres S5)
Capasiti torri: 35kA
Uned trip: taith magnetig TM-thermol, uned trip electronig (PR211-LI, PR212-LSI)
Ffurflen weirio: FF (gwifrau blaen)
model
S5N400 R320 TM FF 4P + RCQ (CL185mm)
S5N400 R400 TM FF 4P + RCQ (CL185mm)
S5N630 R500 TM FF 4P + RCQ (CL185mm)
S5N400 PR211-LI R320 FF 4P + RCQ (CL185mm)
S5N400 PR211-LI R400 FF 4P + RCQ (CL185mm)
S5N630 PR211-LI R630 FF 4P + RCQ (CL185mm)
S5N400 PR212-LSI R320 FF 4P + RCQ (CL185mm)
S5N400 PR212-LSI R400 FF 4P + RCQ (CL185mm)
S5N630 PR212-LSI R630 FF 4P + RCQ (CL185mm)
S2C-CM1 - Dyfais gweithredu modur S2C-CM1 1 darn
2CSS203997R0013
S2C-CM2 / 3 S2C-CM2 / 3 - Dyfais gweithredu modur 1 darn
2CSS204997R0013
S2C-CM4 - Dyfais gweithredu modur S2C-CM4 1 darn
GHS2001901R0003
S2C-DH S2C-DH - Affeithwyr Mecanyddol 1 darn
1
TORRI CYLCH: MCCB; T2H160MA20; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: GWEITHGYNHYRCHWR T2H160MA20: ABB
2
TORRI CYLCH: MCCB; T2H160MA32; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: GWEITHGYNHYRCHWR T2H160MA32: ABB
3
TORRI CYLCH: MCCB; T2H160MA52; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: GWEITHGYNHYRCHWR T2H160MA52: ABB
4
CIRCUIT BREAKER:MCCB;T2H160MA80;ABB1.0each5CIRCUIT BREAKER:MCCB;T2H160MF12.5;ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2H160MF12.5 GWEITHGYNHYRCHWR: ABB
6
TORRI CYLCH: MCCB; T2H160MF6.5; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2H160MF6.5 GWEITHGYNHYRCHWR: ABB
7
TORRI CYLCH: MCCB; T2H160TMD25; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2H160TMD25 GWEITHGYNHYRCHWR: ABB
8
TORRI CYLCH: MCCB; T2H160TMD40; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2H160TMD40 GWEITHGYNHYRCHWR: ABB
9
TORRI CYLCH: MCCB; T2S160MA20; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2H160TMD40 GWEITHGYNHYRCHWR: ABB === TORRI CYLCH = = MATH NEU DEFNYDDIO: MCCB
MODEL: NODWEDDION ARBENNIG SACE-TMAX: RHIF CYFRIFOL ACHOS WERTHU: T2S160MA20 MANUFACTURER: ABB
10
TORRI CYLCH: MCCB; T2S160MA32; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2S160MA32 GWEITHGYNHYRCHWR: ABB
11
TORRI CYLCH: MCCB; T2S160MA52; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2S160MA52 GWEITHGYNHYRCHWR: ABB
12
TORRI CYLCH: MCCB; T2S160MA80; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2S160MA80 GWEITHGYNHYRCHWR: ABB
13
TORRI CYLCH: MCCB; T2S160MF12.5; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2S160MF12.5 GWEITHGYNHYRCHWR: ABB
14
TORRI CYLCH: MCCB; T2S160MF6.5; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T2S160MF6.5 GWEITHGYNHYRCHWR: ABB
15
TORRI CYLCH: MCCB; T2S160TMD10; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: GWEITHGYNHYRCHWR T2S160TMD10: ABB
16
TORRI CYLCH: MCCB; T2S160TMD100; ABB1.0each
17
TORRI CYLCH: MCCB; T2S160TMD125; ABB1.0each
18
TORRI CYLCH: MCCB; T2S160TMD16; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: GWEITHGYNHYRCHWR T2S160TMD16: ABB
19
TORRI CYLCH: MCCB; T2S160TMD25; ABB1.0each
=== TORRI CYLCH
20
TORRI CYLCH: MCCB; T2S160TMD50; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: GWEITHGYNHYRCHWR T2S160TMD50: ABB
21
TORRI CYLCH: MCCB; T2S160TMD80; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: GWEITHGYNHYRCHWR T2S160TMD80: ABB
22
TORRI CYLCH: MCCB; T4H250R250; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T4H250R250 GWEITHGYNHYRCHWR: ABB
23
TORRI CYLCH: MCCB; T4L250MA160; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T4L250MA160 GWEITHGYNHYRCHWR: ABB
24
TORRI CYLCH: MCCB; T4L250MA200; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T4L250MA200 GWEITHGYNHYRCHWR: ABB
25
TORRI CYLCH: MCCB; T4S250MA200; ABB1.0each
=== TORRI CIRCUIT === MATH NEU DDEFNYDDIO: MODEL MCCB: NODWEDDION ARBENNIG SACE-TMAX: ACHOS WERTH
RHIF DIFRIFOL: T4S250MA200 GWEITHGYNHYRCHWR: ABB
26
TORRI CYLCH: MCCB; T4S250R250; ABB1.0each
=== CIRCUIT BREAKER === MATH NEU DDEFNYDDIO: MOD MCCB
RHIF DIFRIFOL: T4S250R250 GWEITHGYNHYRCHWR: ABB
MAGNETIG THERMAL - 4 PC
NIFER Y POLE 3
NIFER Y CAM 3
CYFRADD GWIRFODDOL 480 V.
CYFRADD PRESENNOL 100 A.
CYFRADD AMRYWIAETH 50/60 HZ
TORRI CYFLEUSTER 50 KA YN 415 V.
MATH FRAME T2-100A
Data ychwanegol
TORRI CYLCH GYDA SWITCH ROTARY
3 POLE, MATH UNED T2S 100,480V, 50 / 60HZ, 40 DEG.C.
MATH CYNNYRCH ABB: # T2S 100/100 PR221DS
MFR: ABB Automation Inc.
# T2S100 / 100PR221DS
# TMAX-T2S 100
Gofyniad tystysgrif
TYSTYSGRIF CYNHADLEDD
Nodweddion strwythurol torrwr cylched achos plastig ABB cyfres Tmax XT:
Insulation Inswleiddio dwbl;
Operation Gweithrediad dibynadwy;
Performance Perfformiad ynysu;
Compat Cydnawsedd electromagnetig;
Conditions Amodau tymheredd a lleithder yr amgylchedd;
◆ Gwrth-effaith a dirgryniad;
Line Llinell i fyny neu linell is;
Position Safle gosod hyblyg torwyr cylched achos plastig ABB, a all fod yn llorweddol, yn fertigol neu'n wastad, heb ddadfeilio;
◆ Nid oes angen dirprwyo torrwr cylched achos wedi'i fowldio ABB pan gaiff ei osod a'i ddefnyddio o dan ddau gilometr uwch lefel y môr. Os yw'n fwy na dau gilometr, bydd y newid mewn amodau atmosfferig yn cael effaith benodol ar baramedrau'r offer, felly mae angen defnyddio'r dull derating. defnyddio.
